Majandus- ja kommunikatsiooniminister — Methodology for calculating the energy performance of buildings — RT V, 2014, 2

This regulation is made in accordance with subsection 73 of section 3 of the Building Act.

Chapter 1 GENERAL PROVISIONS § 1. Scope of application of the Regulation This regulation establishes the methods for calculating the energy performance of buildings to prove their compliance with the minimum requirements for energy performance. § 2. Definitions (1) The terms in this regulation are defined as follows: 1) major renovation – renovation is deemed to be major if the costs of modification of the building’s envelope elements and of modification or replacement of the building’s loadbearing or stiffening elements, or of modification of the building envelope and the building’s technical systems or parts thereof, or the complete replacement of a technical system, exceed one quarter of the average building cost of a construction work that is equivalent to the construction work which is being renovated; 2) technical systems – the heating system and the system of hot household water including the corresponding heat sources, the ventilation system, the cooling system, lighting and the systems which generate heat or electricity locally and are included in the energy calculation in accordance with this regulation; 3) indoor climate control – the use of energy for the purpose of ensuring the quality of indoor air, including maintaining, increasing or reducing indoor temperature, in compliance with the ventilation and room temperature requirements established in this regulation, and for the purpose of lighting under the building’s standard use; 4) heated area – net area of rooms with indoor climate control; 5) energy network – a system for the transmission of energy and for the distribution of energy to consumers (such as the power network, district heating and district cooling network, natural gas network); 6) heat gain – solar radiation which enters the building, as well as internal heat gains from occupants, lighting, equipment and technical systems; 7) building leakage rate – the parameter which characterises the air tightness of the building envelope and which is determined by means of an air leakage test at a pressure difference of 50 Pa. The building’s average leakage rate [m3/(h m2)] is expressed per square metre of the buildingenvelope. The area of the envelope is calculated on the basis of the internal dimensions of the building. 8) ESEER – the average cooling season energy efficiency ratio of cooling and refrigeration equipment issued by their manufacturer, calculated according to the European standards and on the basis of the base usage profile and use conditions of an average European cooling device, excluding the electricity use of the fans and pumps of the condenser; 9) SEER – the average cooling season energy efficiency ratio which is stated in the energy performance certificate of air conditioners and air-to-air heat pumps whose capacity is up to 12 kW and which is calculated as the ratio of the energy need for cooling during the cooling season to electricity use under standard conditions; 10) SCOP – the annual average seasonal coefficient of performance which is stated in the energy performance certificate of air conditioners and air-to-air heat pumps whose capacity is up to 12 kW and which is calculated as the ratio of energy need of heating to electricity use under standard conditions. (2) The terms used in this regulation in relation to energy performance and energycalculation are defined as follows: 1) test reference year for energy calculations – the body of outdoor weather data required for indoor climate and energy calculations and compiled following the Estonian standard EVS-EN ISO 15927–4:2005 on the basis of weather data collected in the entire territory of Estonia during the period 1970–2000; 2) exported energy – the heat or electricity which is generated within the building or on the building site and which is not used in the building but is fed into energy networks; 3) local renewable energy – the heat or electricity generated from solar, wind, water and geothermal energy sources within the building or on the building site. In the case of heat pumps, the renewable energy harvested from the energy source is taken into account in the energy calculation according to the heat pump’s coefficient of performance; 4) delivered energy – the electricity obtained from power networks or the heat obtained from district heating networks in kilowatt-hours per annum (kWh/y) or the energy content (in kilowatt-hours) of fuel which is obtained from fuel suppliers and which is used to cover the building’s annual aggregate energy use in so far as this is not covered by local renewable energy. Any fuel obtained from the building site is deemed to constitute delivered energy; 5) total energy use (kWh/y) of the building – use of heat and electricity by the building’s technical systems required for indoor climate control, the heating of household water and the operation of electrical equipment, excluding local renewable energy (excepting heat pumps). The building’s total energy use includes all energy losses of the technical systems, including heat sources and the distribution systems of local energy generation, and the conversion of energy (e.g., coefficient of performance of a heat pump, energy efficiency ratio of a cooling plant, cogeneration, fuel cell); 6) primary energy – the amount of primary energy from renewable and non-renewable sources which is required for the generation of one kilowatt-hour of delivered energy, including any losses involved in harnessing an energy source and in the generation, transmission and distribution of energy; 7) energy carrier conversion factors – factors which take into account the use of primary energy required for the generation of delivered energy and the environmental impact involved; 8) specific use – the annual energy use in kilowatt-hours per square metre of heated area of a building [kWh/(m2 y)]; 9) total weighted specific use of exported energy – the sum of the products, calculated separately for each energy carrier, of the energy fed into the corresponding energy network and the energy carrier conversion factor; 10) total weighted specific use of delivered energ – the sum of the products, calculated separately for each energy carrier, of the delivered energy and the energy carrier conversion factor; 11) standard use of a building – the normal use of a building in relation to the verification of compliance with the minimum requirements for energy performance. The determination of the standard use takes into account the building’s purpose of use, its outdoor and indoor climate, the time during which the building and its technical systems are used, and heat gains; 12) energy performance indicator [kWh/(m2 y)]– calculated total weighted specific use of delivered energy consumed in the course of standard use of the building, from which the weighted specific use of exported energy is subtracted; 13) appliances – appliances which belong to the end user, such as home appliances, electronic devices, office appliances, and which do not constitute a part of any technical system; 14) usage profile – the usage rate of a room, calculated as the ratio of the heat gain from lighting, equipment and occupants to the maximum heat gain; 15) specific heat loss of the building envelope [W/K] – specific heat loss via the building envelope in watts when the difference between outdoor and indoor temperature is one degree Celsius; 16) total specific heat loss of the building envelope per square metre of heated area [W/(m2K)] – total specific heat loss via the building envelope per square metre of heated area of the building at a difference of one degree Celsius between indoor and outdoor temperature. The specific heat loss is the sum of the heat losses that result from conduction and infiltration through the building envelope; 17) energy need – the electrical and thermal energy (without taking into account system losses and conversions from one energy type to another) required for indoor climate control, the heating of household water, lighting, and the operation of equipment. The energy need comprises: energy need for space heating, space cooling, the heating of ventilation air, the cooling of ventilation air, ventilation, the heating of household water, lighting and the operation of equipment; 18) energy need for space heating – the amount of thermal energy required for the heating of rooms to indoor temperature, taking into account heat gains, heat losses that result from conduction and infiltration through the building envelope and the heating of ventilation supply air to indoor temperature; 19) energy need for space cooling – the amount of thermal energy required for the cooling of rooms to indoor temperature, including both latent and sensible heat, taking into account heat gain, conduction and infiltration through the building envelope and the temperature of ventilation supply air; 20) energy need for the heating of household water – the amount of thermal energy required for the heating of household water; 21) energy need for the heating of ventilation air – the amount of thermal energy required for the heating of ventilation air to supply temperature, from which recovered heat is deducted; in the case of a ventilation system without heat recovery, the amount of thermal energy required for the heating of ventilation air from the outdoor temperature to indoor temperature. 22) energy need for the cooling of ventilation air – the amount of thermal energy required for the cooling of air, including both latent and sensible heat; 23) energy use – use of electrical or thermal energy at a given point in the system. Energy use is calculated on the basis of energy need, taking into account system losses and energy conversion losses. At the end-point of a technical system of the building (usually the connection point to the corresponding energy network), the energy use of the utility system equals the sum of delivered energy and local renewable energy; 24) system boundary of delivered and exported energy – the system boundary which is used in energy calculation and which determines the relations between the energy flows to be included in the calculation (Figure 1).

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Figure 1. System boundary of delivered and exported energy. Chapter 2 INPUT PARAMETERS OF THE ENERGY PERFORMANCE CALCULATION § 3. Energy calculation (1) In order to verify the compliance of a building with the minimum requirements of energy performance, the energy calculation is performed with respect to the standard use of the building, using the input parameters which are set out in this regulation and which characterise the indoor and outdoor climate, the periods of use and operation of the building and the utility systems, heat gains and the building’s air leakage rate. The other necessary input parameters are taken from the building design documentation. (2) For the purposes of the energy calculation, it is not necessary to perform a detailed division of the building into zones. Small residential buildings and buildings with a single purpose of use may be regarded as a single zone for the purposes of the energy calculation. Large buildings are to be divided into as many zones as required according to their purposes and periods of use. (3) In this regulation, the buildings’ purposes of use are the purposes of use set out in the regulation entitled Minimum Requirements for Energy Performance enacted in accordance with subsection 72 of section 3 of the Building Act. § 4. Outdoor climate Regardless of the building’s location, the energy calculation and the verification of compliance with the summertime indoor temperature requirement are performed on the basis of the data of the Estonian test reference year. The test reference year represents the typical outdoor climate of three decades (1970–2000) and therefore is not suited to be used for the calculation of the heating power need. Where the test reference year is used for calculating the cooling load, it should be borne in mind that the results are not applicable to the cooling load in the case of a warmer than average summer. § 5. Indoor climate (1) The energy calculation uses the indoor temperature set-points and ventilation air flow rates set out in the regulation entitled Minimum Requirements for Energy Performance enacted in accordance with subsection 72 of section 3 of the Building Act. (2) In the case of a simplified calculation which treats indoor temperature as a constant, the indoor temperature set-points are used as the indoor temperature value (e.g., in residential buildings 21 °C for heating and 27 °C for cooling). In the case of a dynamic calculation, the relevant values are used as the heating and cooling set-points of a thermostat. Where the building lacks a cooling system, the difference between the summertime indoor temperatures and the cooling set-point must be calculated. (3) Outside of occupied hours, the ventilation air flow rate of a non-residential building is deemed to be 0.15 l/(sm2) in the out of operation mode of the ventilation system. (4) In the case of a variable air volume ventilation system in which the air flow rate varies and whose control function operates in accordance with the quality of air (the carbon dioxide (CO2) content or a combination of CO2 content and, for example, temperature or humidity values), the air flow rates set out in the regulation entitled Minimum Requirements for Energy Performance enacted in accordance with subsection 72 of section 3 of the Building Act are used as the maximum air flow rates of the relevant rooms. Where a system with a variable air flow rate is used for the purpose of cooling, the maximum air flow rate is determined according to the cooling need. The minimum air flow rate and the ventilation control function must, in general, be selected such as to avoid exceeding the 1000 ppm maximum volume fraction of CO2 while the corresponding value in outdoor air is 400 ppm. Chapter 3 STANDARD USE OF THE BUILDING § 6.Occupied hoursand heat gain (1) The standard use of buildings and the corresponding heat gain from appliances and lighting and from occupants are provided in Table 1 which shows the building’s number of occupied hours per 24-hour day, the number of days of use per week and the maximum heat gain from lighting and appliances and the maximum heat gain from occupants during the building’s occupied hours. The heat gain figures do not include heat gain from the building’s technical systems, which is calculated as part of the calculations made for the technical systems according to the requirements set out in Chapter 5 of this regulation. Table 1. Standard use of buildings and the corresponding maximum values of heat gain per square metre of heated area Building’s purpose of use Occupied hours Usage rate Lightinga W/m2 Appliances W/m2 Occupantsb W/m2 Occupants m2/person Hours h/24h d/7d Small residential building 00:00-00:00 24 7 0.6 8c 2.4d 2 42.5 Multi-apartment building 00:00-00:00 24 7 0.6 8c 3d 3 28.3 Office building, library or research building 07:00-18:00 11 5 0.55 12 12 5 17.0 Commerce building or terminal 07:00-21:00 14 7 0.55 20 1 5 17.0 Accommodation building 00:00-00:00 24 7 0.5 8 1 4 21.3 Food service building or service building 12:00-22:00 10 7 0.4 20 4 14 6.1 Public building 08:00-22:00 14 7 0.5 14 0 5 17.0 Educational buildinge 08:00-16:00 8 5 0.6f 15 8 14 5.4 Pre-school institution for children 07:00-19:00 12 5 0.4 15 4 20 3.8 Healthcare building 00:00-00:00 24 7 0.6 9 4 8 10.6 a the figures shown assume the use, in non-residential buildings, of fluorescent lights or other lighting equipment of similar effectiveness. The heat releases shown include both the nominal power of the fluorescent light and the nominal power of the starter which accounts for approximately 25% of the nominal power. b the internal heat gain from occupants only includes the sensible heat. In order to include latent heat, the relevant values must be divided by the factor 0.6. c the usage rate of lighting in residential buildings is 0.1. d to obtain the electricity use of the appliances in residential buildings, the heat release value must be divided by the factor 0.7. e excluding pre-school institutions for children. f during the summer break from 15 June to 15 August, the usage intensity is 0.1 and the ventilation operates in the non-use-hours mode. (2) Usage rate means the average use intensity of lighting and appliances and the average presence of occupants during the building’s occupied hours. The maximum heat release value (usage rate = 1) is used in the calculations of summertime indoor temperatures and cooling loads, except in the case of buildings referred to under subsections 8 and 9. For the purposes of the energy calculation, the maximum heat release value is multiplied by the usage rate value. The annual heat release Q [kWh/(m2y)] of lighting and appliances and the internal heat gain from occupants is calculated using the following formula

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where k is the rate of usage; P is heat release W/m2; τd is the building’s number of occupied hours per 24-hour day; τw is the building’s number of days of occupancy per week. (3) For the purposes of the energy calculation, the use of electricity by lighting and appliances equals the heat released by the lighting and appliances. In residential buildings, the use of electricity by appliances is obtained by dividing the heat release of appliances with the factor 0.7. (4) Lighting which is characterised by wattage lower than that given in Table 1 may be used if it provides the same level of illuminance and a separate calculation of illuminance in standard rooms is provided as part of the input parameters of the energy calculation. The general index of illuminance in rooms, uniformity of illuminance, glare and colour rendition and other lighting-related guidelines are provided in the standard EVS-EN 12464-1. (5) Where the building’s lighting is controlled on a demand basis, the number of use hours of the lighting is calculated using the occupied hours shown in Table 1. The model used for the calculation of the average wattage of lighting must be room-based and the lighting of rooms must ensure the level of illuminance which corresponds to the relevant purpose of use. Where the calculation of the average wattage of lighting is performed in respect of different room types, the average wattage of lighting in heated areas is the weighted average of the areas of the rooms which represent those types. (6) In calculating the ventilation need, ventilation is held to start one hour before the building’s start hour of use and to switch to the non-use-hours mode one hour after the end hour of use of the building (except for buildings which are used on a 24 hour basis). (7) The dynamic energy calculations of residential buildings, office buildings, libraries, research buildings, educational buildings (excluding pre-school institutions for children and other educational buildings), and pre-school institutions for children use the detailed usage profiles of buildings set out in Table 2 below. Table 2. Detailed usage rate values for the energy calculation Time Residential building, lighting Residential building, lightning Residential building occupants Office building, library, research building Educational building Pre-school institution for children 00:00-01:00 0 0.5 1 0 0 0 01:00-02:00 0 0.5 1 0 0 0 02:00-03:00 0 0.5 1 0 0 0 03:00-04:00 0 0.5 1 0 0 0 04:00-05:00 0 0.5 1 0 0 0 05:00-06:00 0 0.5 1 0 0 0 06:00-07:00 0.15 0.5 0.5 0 0 0 07:00-08:00 0.15 0.7 0.5 0.2 0 0.4 08:00-09:00 0.15 0.7 0.5 0.6 0.6 0.8 09:00-10:00 0.15 0.5 0.1 0.6 0.6 0.8 10:00-11:00 0.05 0.5 0.1 0.7 0.6 0.3 11:00-12:00 0.05 0.6 0.1 0.7 0.4 0.3 12:00-13:00 0.05 0.6 0.1 0.4 0.3 0.8 13:00-14:00 0.05 0.6 0.2 0.6 0.6 0.1 14:00-15:00 0.05 0.6 0.2 0.7 0.6 0.1 15:00-16:00 0.05 0.5 0.2 0.7 0.3 0.4 16:00-17:00 0.2 0.5 0.5 0.6 0 0.3 17:00-18:00 0.2 0.7 0.5 0.2 0 0.3 18:00-19:00 0.2 0.7 0.5 0 0 0.3 19:00-20:00 0.2 0.8 0.8 0 0 0 20:00-21:00 0.2 0.8 0.8 0 0 0 21:00-22:00 0.2 0.8 0.8 0 0 0 22:00-23:00 0.15 0.6 1 0 0 0 23:00-00:00 0.15 0.6 1 0 0 0 (8) The verification of compliance of residential buildings and open office rooms with the summertime indoor temperature requirement is performed using the detailed energy calculation usage profiles of buildings as set out in Table 2. (9) The verification of compliance of single room offices, conference rooms, classrooms and the rooms of pre-school institutions with the summertime indoor temperature requirement and the dynamic calculation of the cooling load of such premises are performed using the detailed usage profiles of rooms as set out in Table 3. For classrooms and conference rooms, the heat gain values provided in Table 4 are used. For other rooms, the heat gain values provided in Table 1 are used. Table 3. Usage rate values for the verification of compliance with summertime indoor temperature requirement Time Single-room office Conference room Classroom Playing room in a pre-school institution for children Sleeping room in a pre-school institution for children 00:00-01:00 0 0 0 0 0 01:00-02:00 0 0 0 0 0 02:00-03:00 0 0 0 0 0 03:00-04:00 0 0 0 0 0 04:00-05:00 0 0 0 0 0 05:00-06:00 0 0 0 0 0 06:00-07:00 0 0 0 0 0 07:00-08:00 0 0 0 0.5 0.2 08:00-09:00 1 1 0.8 1 0.2 09:00-10:00 1 1 0.8 1 0.2 10:00-11:00 1 1 0.8 0.4 0.2 11:00-12:00 1 1 0.8 0.4 0.2 12:00-13:00 0 0 0.5 1 0.2 13:00-14:00 1 1 0.8 0.2 1 14:00-15:00 1 1 0.8 0.2 1 15:00-16:00 1 1 0.8 0.5 0.5 16:00-17:00 1 1 0 0.4 0.2 17:00-18:00 0 0 0 0.4 0.2 18:00-19:00 0 0 0 0.5 0.2 19:00-20:00 0 0 0 0 0 20:00-21:00 0 0 0 0 0 21:00-22:00 0 0 0 0 0 22:00-23:00 0 0 0 0 0 23:00-00:00 0 0 0 0 0 Table 4. Internal heat gain values for the verification of compliance with summertime indoor temperature requirement Purpose of use of the room Lighting W/m2 Appliances W/m2 Occupants W/m2 Occupants m2/person Conference room 15 50 25 3.4 Classroom 15 12 35 2.1 Computer class 15 75 35 2.1 (10) In dynamic calculations, the total internal heat gain from one occupant is taken to amount to 125 W (sensible heat 85 W). In educational buildings, including pre-school institutions for children, the total internal heat gain fromoccupants is held to amount to 110 W (sensible heat 75 W) per occupant. These values correspond to 1.2 and 1.0 metabolic units (met), with body surface area amounting to 1.8 m2. The thermal resistance of clothing is held at 1.1 clo in wintertime and 0.6 clo in summertime. The heat gain from occupants is calculated in relation to heated area using the heat gain values given in Table 1 in respect of occupants. § 7.Domestic hot water use For the specific use of hot household water, the figures to be used are given in Table 5 in litres per square metre of heated area per annum. The temperature difference between hot and cold water is taken to amount to 50°C. Table 5. Specific use of hot household water and energy need per square metre of heated area Building’s purpose of use Specific use of hot water l/(m2 y) Energy need kWh/(m2 y) Small residential buildings 430 25 Multi-apartment buildings 520 30 Office buildings, libraries and research buildings 100 6 Commerce buildings and terminals 65 4 Accommodation buildings 520 30 Food catering and service buildings 400 23 Public buildings 340 20 Educational buildings (excl pre-school institutions for children) 180 10 Pre-school institutions for children 460 27 Healthcare buildings 520 30 § 8. Stoves, fireplaces and sauna stoves (1) The stoves and fireplaces may be included in the energy calculation as part of a combined heating system, provided the fireplaces store heat and are equipped with a combustion air duct. Fireplaces which do not store heat and which use indoor air for combustion are not included in the energy calculation. Stoves which use indoor air for combustion are not included in the energy calculation. Where stoves are used as the main heating system, they are included in the energy calculation regardless of whether or not they have a combustion air duct. (2) In calculating the heat release of the stoves and fireplaces which are taken into account in the energy calculation those stoves and fireplaces are deemed to be heated once every 24 hours. (3) Wood-burning sauna stoves are not included in the energy calculation. The electricity use of electric sauna stoves of small residential buildings and apartments is deemed to amount to 500 kWh per year. The heat release of electric sauna stoves is not taken into account as heat gain. § 9. Air leakage of buildings Where the building’s air leakage rate has not been measured or proved in any other manner, the energy calculation uses the base values of air leakage of buildings given in Table 6. Where the design air leakage value is greater than the base value in Table 6, the design air leakage value is used. Where air leakage is measured according to the standard EVS-EN 13829 or has been proved by the supplier of the house, the measured or proved value is used in the energy calculation. Table 6. Base values of air leakage of buildings per square metre of building envelope. Purpose of use Base value of air leakage m³/(hm²) New building, major renovation Renovation, existing building Detached houses 6 9 Other buildings 3 6 Chapter 4 CALCULATION OF ENERGY NEED AND SUMMERTIME INDOOR TEMPERATURES Division 1 Calculation of energy need § 10. Principles of calculation of energy need and summertime indoor temperatures (1) The calculation of energy need follows the principles of the standard EVS-EN ISO 13790 which are applied in accordance with this section. (2) The calculation of the energy need for space heating takes into account the need to heat infiltration air and the heating of ventilation supply air in the room from supply air temperature to indoor temperature. (3) When calculating the energy need for the heating of ventilation air, the heat recovery of the ventilation system is taken into account. The energy need for the heating of ventilation supply air includes the heating of the ventilation air before and/or after heat recovery or, in ventilation systems without heat recovery, the heating of the supplied outdoor air from the outdoor temperature to indoor temperature. (4) Heat gain is calculated following the requirements specified in section 6. The calculation of solar radiation which enters the building through glass surfaces takes into account different solar protection solutions (such as solar protection glass, internal and external window blinds, grates, awnings) as provided in the design solution, as well as the shadows cast on glass surfaces by surrounding objects and by parts of the building itself. (5) The energy need for the heating of household water is calculated in accordance with section 7. (6) The parameters set out in section 6 are used in calculating the summertime indoor temperature and the energy need for space cooling. The cooling of rooms by air change achieved through the opening of windows is not taken into account in the calculations for non-residential buildings. In the case of residential buildings, only the opening of windows to the airing position and the air change driven by the difference between outdoor and indoor temperature are taken into account (the windows are closed when the temperature falls to the heating set-point). The verification of compliance with the summertime indoor temperature requirement provided in the regulation entitled Minimum Requirements for Energy Performance established in accordance with subsection 72 of section 3 of the Building Act takes into account the fact that the degree hours requirement applies to the occupied hours of the building and that outside those hours the indoor temperature may be higher, but will not be taken into account. Division 2 Calculation of heat loss through the building envelope § 11. Principles of calculation of heat loss through the building envelope (1) In the calculation of heat losses, the area of the building envelope is calculated on the basis of internal dimensions of the building (the dimensions between internal surfaces of walls or ceiling and floor together with rooms and load-bearing and non-load-bearing partitions). Where heat losses are calculated separately for each room, the area of the relevant envelope section is calculated using the centre-line measures of partitions and inserted ceilings. (2) The heat losses of the building envelope (exterior walls, floors and roofs) are calculated on the basis of the thermal transmittance of the envelope and its area as calculated on the basis of the internal dimensions of the building. Regular thermal bridges (e.g., stiffeners, masonry anchors) are taken into account in accordance with their thermal transmittance values. The heat losses of irregular thermal bridges (e.g., the junctions of exterior wall and exterior wall, exterior wall and inserted ceiling, floor and exterior wall, warm roof and exterior wall, as well as window to wall fixing junctions) are taken into account separately in accordance with the thermal transmittance values of linear and point thermal bridges. If necessary, the total specific heat loss (heat loss in watts at a temperature difference of one degree) of the building envelope calculated according to the method described above is converted into average thermal transmittance of the building envelope by dividing the total specific heat loss of the envelope with the area of the envelope which is determined according to the rules of the calculation software used. (3) The thermal transmittance of the building envelope is based on the data obtained from the building design documentation. The specific thermal conductivity of materials should be calculated according to the standard EVS-EN ISO 10456:2008 and the thermal resistance of homogeneous and non-homogeneous material layers according to the standards EVS-EN ISO 6946 and EVS 908-1. (4) The building’s heat loss to the ground is determined on the basis of a dynamic one-dimensional calculation which assumes a heat-accumulating soil layer whose thickness is at least one metre and below which the temperature remains constant at 7 °C, or on the basis of a dynamic three-dimensional calculation, or by using tabulated values of the temperature of the ground beneath the building, or according to the standard EVS-EN ISO 13370. Where more precise data are unavailable, the following parameters may used in for calculation purposes: for drained surfaces, specific thermal conductivity 1.4 W/(m K) and specific heat 1.5 MJ/(m3K); for undrained surfaces, specific thermal conductivity 2.0 W/(m K) and specific heat 2.0 MJ/(m3K); for homogeneous rock, specific thermal conductivity 3.0 W/(m K) and specific heat 2.0 MJ/(m3K). § 12. Thermal bridge calculation (1) The thermal transmittance values of thermal bridges are obtained from the building design documentation. The thermal transmittance of thermal bridges should be calculated using either the detailed or simplified method in accordance with the corresponding standard (e.g., EVS-EN ISO 10211, EVS-EN ISO 10077, EVS-EN ISO 14683, ISO 15099), or the thermal transmittance values provided by the manufacturer of the material or construction product. Where more precise data are unavailable, the values provided in Table 7 may be used in respect of residential buildings. Table 7. Thermal transmittance values of linear thermal bridges of the building envelope Thermal transmittance of linear thermal bridges , W/(m·K) New buildings Buildings undergoing major renovation Buildings undergoing renovation Existing buildings External corner of an exterior wall 0.2 0.3 0.5 1.0 Internal corner of an exterior wall -0.1 -0.2 -0.2 0.3 Junction of an exterior and an interior wall 0.1 0.1 0.2 0.9 Junction of an exterior wall and an inserted ceiling 0.1 0.2 0.3 0.8 Junction of the roof and an exterior wall 0.2 0.2 0.4 0.4 Junction of an exterior wall and the slab floor 0.3 0.3 0.4 0.4 Junction of an exterior wall and the floor above vented crawl space 0.3 0.3 0.4 0.4 Junction of a window and an exterior wall (window in the insulation layer, its frame covered with insulation which amounts to at least 40% of the total thickness of the insulation layer) 0.1 0.1 0.2 0.2 Junction of a window and an exterior wall (window in the load-bearing layer) 0.2 0.3 0.4 0.5 Junction of a balcony and an exterior wall 0.3 0.5 0.6 0.8 (2) The thermal transmittance ΔΨ (W/K) of the thermal bridges of the building envelope is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAALAAAAAdCAYAAAAKNeZuAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAASVSURBVHhe7Vq9TuNAEM475A1SUPIKKbiamoo+ TwAVBYcoIzoUpXVJRIdoEAoFxRW5Ap0ACQkkJAoapFSk8mksjbXezHpnd8bO+bQnnXQXj+fnm2/H 367dy9OfhECHEeh1OPeUekIgTwROJOg0AonAnW5fSj4ROHGg0wg4CbxafedPTy9rxcHvh3s7+c7e Yf69WhXXz4/2816vV/7dPzovfqdstdC6uZhUYprx6/49GOzmX8tlmUbT9SyXX/nuYJBPLm60Sif9 aOHRaJINOHcS+HlxVyGpGRubbjYF7IE4d4vn0hRAtQmjWQPGtOO6YoA9lU+T9UDMfn87f3n/0Cyd 9KWFR+OJKgZwEhinqklIjEtNrY/3l3y4NSwb1eT0NevHycMlSTY+XiNTk/U0vYhtLmjgocivxl2R BAYyTrOsePShHKAmsCkjNkVgU8Jwpv3b40OrBIZBYOIU2lGQIKMfo4rs8fnA4ROLh89/6HV88r1+ vBacQolHDcdQ3ySB768uiyYDEC4Q7Gs2gdvSflAwxgJgYsnSRD042akhwG1UDIE18MD8oK/b/X4F V/yNq+upBSVd2JjfGoGh+MlkVlyvS9QuzCQwNo4zAewNoLkB48oCM1e4P4YwWvWYxESfkkkTQ2AN PHAwnBycFZv12WRSPAVCB5NLStYNR+7iBrs1AsO4R8B9OhavU7v+GBKFJE7ZmpsY7nSgpJFWPRob uFgCQ11SPBbzeSldbq+vCyID8UJ6Sw1BjScTOYHBcTbNyuMxMIJNAWcS2hJCSsbY+83jJMnk06gn dgNnEo9aTCGLU4LH5+dn0QbkxSwbB0s0ahGHSpA6LlQmMDi+vLqv2OMjw7fqNBoeS1r7PpQlvpzr 4sXUA40+HY3KTaJL59l2dXlIJjD6leKBE5MzyKhe2PsSjScTOYFR51BJ+PRsTMMhjpYGNnMGgCTk RQ1pHguGLq5Qrejyr0FgKR6xWt4lFbT0b0UDQ5LH44zEkXpJYRtybEJJEGNfV0eIv5h6zNh1TQ/J UUrgkFgUPpyFCFiNs1nxhtY8CaIwcJHa5QNzQilky6dSQnBeRbqOqFyvkkMIo2ELgI1GpxUNH+M3 th5oAgJc95g07Xz5SQisgQdgsTUc5g+Pb85UwcaUF/B/wKFO/9r7E5cPNoF9QP7r16HReOTjy9Xc XftsQ65DEzgbR65dSGzbVgMPGGowtP78/uV8FU7p+VDJwvVB4fZffI0GAJwdnLDeVlEnLRKi4L3c jRnXTpKTBh7m9DQXvL34qYUSSmCOD1xM+AEZuYmTgLape0MJIdWE0s2WRBJwMNbAw9auSFrIfT5f VNKgZApKCE6+YCPx0fkJTH2c4wJO8/zRjsHVm1w7bvNtOykeFEa4P6JOouwv/GLOviU+OkvguuM3 37fBHJ0aSiDuxoxrFxp/U3hA3J/TafmRju+4lapL4qOzBA5tcNP23I0Z167pfDX845GYZCBIfSQC CzuJ58W+r+C4dsJ0Wr1dQ89LfSQCt9ryFEwbgURgbUSTv1YRSARuFe4UTBuBRGBtRJO/VhFIBG4V 7hRMG4G/+jY0LSwCKAUAAAAASUVORK5CYII=

where Ψj is the thermal transmittance of the linear thermal bridge in W/(mK); ljis the length of the linear thermal bridge in metres; χp is the thermal transmittance of the point thermal bridge in W/K; np is the number of similar point thermal bridges in the building envelope. (3) The thermal transmittance of windows Ua (W/(m2K)) is obtained from the data provided by the manufacturer. Where no such data are available, thermal transmittance is calculated using the detailed method provided in the standards (for example, EVS-EN ISO 10077 or EVS-EN ISO 15099) or by means of the following simplified formula

iVBORw0KGgoAAAANSUhEUgAAAMIAAAAyCAYAAAAOcwQoAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAXfSURBVHhe7V2/TpwxDL93uDe4gZGN+QY6IoZO LLBf90qwsFRi7IpQpU43VCp9BBYegB2JDYkV6SZu+lpflbuQS+LYsb8/nCtVavsljv2zf0mcBHfU 2C9DwBBoRoaBIWAINEYECwJDABCwFcHiwBAwIlgMGAL/ERjMirBcvjXnJ4fN4cl587Zcbvnv5fmp 2R+Pm5vbO5ZvnfzRaMSWwRr4XydN29q0K2bH9eVZA5i632eX1yuYMJtTWC4Wr83xZCLuo8EQwQHg gAyBeny4X4F9//DIise725tmPN5vptO9JjUGS3BBJ03b2rbLBbg/IcV8A3pNJsfN62JRgNCmCcgC Pz09v5D6YY0HQwQ346cC3TmcA5AfiCAntepgYHK/a9nWhV2xmR7sm+5N18HLXQ0AXy6BMN8Mhgi5 QK8B1oHrZhmYcTgzVQxoCMTZpxk662nZ5suVsKvEHm0iwFZLY6IaDBEAgFSAYluL3GwQ5haSS29J 4IBuGrZp2MW1J1wRuPt8RzKNresgiIDN+DWJchiE2DYFW2L97yWBo2Wbhl0l9oD9DkM3c/tEcPZy Vl1J34R+HAQRsEDn5gcuifMTO+5sxd0aadimZVcpEfxTIf/EKDw5okwq0FZytR4kEbATodzWIgW2 f6wo7ayYPPdv4fGutG3Sdjn9UjaVHFeHWyMqAVx7rUQZ5A9iRcjN+Ln8AAiSOmXKBSD0C/ehOVkp x5bMoFzbUmNS7aIEZYk9MXlUIqSwTiXKHN98uBUh5Xhw2unBUfS82ZEndfoQAp6TlQukksDJBS62 WoRjU+2ikADalthTS4QU1qktK9c3gySCW+7DixQXKLFTBJiFZrOr9S00zLzuws3/c8xx4RKck1VL BI5tYPfnr9+2btopdqVk1NoT608hdArrn79/rV4OhCs81zdZImidYFBnnlR752h/v5rb+jiC+DO8 S05zR3BhUgZ/j8nC7KLMoBTbYtspql2cAwaKPQ6b1BOL3NYuhnUqUeb6JksE7DyewmwsSLS/g6O/ z/+sZs3ac2dJWRJ2Q3CVJKm5sSRkSNgSyqBiTW2f0vldsoyd03JmEQ2wMJn+ycmP+bw5OjhFb3dT MiVlYXqXfAd9rmazqrc2EjJKdKW2oWJNbZ/T5x0RtK76qYDUtvcTKAcW9zGepKxau6B/uCfmyJSQ wRkX60PFmtq+mAgaV/2Y8RrfYwkU932KpCwJW/09MVeehAzu2Ll+VKyp7YuI0EaiHCZOftIr+bQW VjY/L3C5D2dVkJQlETygT21+ICFDwpZYfkDxm6Rv1lsjjat+DbBMpiGggcCaCNiJEOcZg4bCJtMQ 0EBgTQTpq35JZXNvd+zb5scgDYttLErjsGhFwFaL0sHayhFK9bF2hoBDYE0EzlU/CPGDm3syY+4w BNpAwN3exw4btl6fUq/6/Sy/r7eVbYBsY/QfARIRaswxItSgZ33bQCD1ZLvq5xFie37OWX0bAPRh jDZrDJXY2zd9SnSuaZOrUMImAiTQfk4g9S68xtC+93Unc13UToph0zd9uvSfGBHsniHvxi5qDOU0 6ps+XZIAxmYTITwx+nJxUfXKs2sgtMeXrjHk9OX8jAD01dJHG0ct+VVE0FLqo8nVqDFUQwRNfYbq OyNCC57TqDFUQwRNfVqAU2UII4IKrBuhWjWGuETQ1kcZTjXxRgQ1aDelz1NvgLg/QsqtNSRd80gR utZFGxEUIafWGOLU56Eky1R9FKHpnWgjgpJLqDWGuPcwpUSg6qMES2/FGhGUXEOpMQQqcOvzlBKB og+n5pESjK2JNSIoQE2tMQQqcOvzlBCBqs9QqpVIus6IIIlmhSyp+jwVKqy77uLjSSOCRORUypCs z1Opyuo/+autm1SrQxf9jQhdoB6MKVmfp9acvtY8qrUL629EwBBq4btkfZ5adfta86jWLqy/EQFD qIXvkvV5atXta82jWruw/kYEDCH7vhMIGBF2ws1mJIaAEQFDyL7vBAJGhJ1wsxmJIfAXj5jFyHzo ysAAAAAASUVORK5CYII=

where Uk is the thermal transmittance of the glazing in W/(m2K); Ak is the area of the glazing in m2; Ur is the thermal transmittance of the frame and the sash in W/(m2K); Ar is the area of the frame and the sash in m2; Ψk is the thermal transmittance of the linear thermal bridge of the glazing unit (largest perimeter of the visible limit of the glazed area) in W/(mK); lk is the length of the perimeter of the glazing unit in metres. (4) The thermal transmittance of the glazing and frame and the parameters of the linear thermal bridge of the glazing unit are obtained from the data provided by the manufacturer. If more precise data are unavailable, the thermal transmittance of the frame unit is held at 1.6 W/(m2K) in the case of plastic windows; at 1.7 W/(m2K) in the case of timber windows whose frame and sash unit are 70 mm thick; 1.7 W/(m2K) in the case of timber-aluminium windows whose frame and sash unit are 110–130 mm thick; 1.1 W/(m2K) in the case of timber-aluminium windows whose frame is 130 mm thick and whose sash is 170 mm thick; 4.0 W/(m2K) in the case of metal profiles with a thermal break; 7.0 W/(m2K) in the case of metal profiles without a thermal break. (5) The thermal resistance of the frame and sash unit of timber windows may be calculated as the thermal resistance of a layer which consists of homogeneous material with an average thickness of the frame and sash unit and which is multiplied by the factor 0.7 to account for two-dimensional heat conduction. (6) Where more precise data are unavailable, the linear thermal bridge of the glazing unit is taken to be 0.06W/(mK); in the case of plastic and timber windows, 0.08W/(mK); in the case of metal profiles without a thermal break; 0.02W/(mK); in the case of metal profiles with a thermal break. Division 3 Infiltration § 13. Determination of the infiltration air flow rate (1) The infiltration air flow rate qi (l/s) is calculated by means of the formula

iVBORw0KGgoAAAANSUhEUgAAAGgAAAAwCAYAAAD9wT87AAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAPgSURBVHhe7Vs7TiNBEPUdfAMHhGTEDtgQIYck kM8JICJaEW+GuAPSngAhcQCCzZAsESA5RXKEo17VSDUql/tT7XG1u2faEsL29PSnXlfVq9fjiamv rC0wyXp2dXKmApT5JqgAVYAyt0Dm06seVAHK3AKZT696UAVI3wKbzY+5uzo3k8mk/Xt6fjEf729m Nrs03+u1/gQURyjeg9brb3M5m5mb+8fWTAjWYrEw51d35mezUTSfftfFA/R4f7PjKeA96En6JtQd oWiA0HsgpNHX6mtpTqdT8/b+oWu9BL0XDZALCPCg6fTULL9WCUyoO0TRALmAeHl+2gp78BkJBPyn 5AG9EL7PMWcVDZDNgzhpgP0NecoW7pBQ4DUAEsmGrl/Iey8aIDQw7nxKtzEvwXcPTWMNdwBm86vp qDgAfnF2nRU1Lxog2Ic0REGY+vv62tJu9Ap+HdrgNQCkaR46Kg5tr88u1HKXbQOFfKl4gPgCeV4C EOYn887o1KOgLc072gBBCAXyMp+fiEPp4ADiBMG2QzEnpfQgmhthjlJCsgNQybIJzj2U6BGglDkI vQeof4wMtQXQEGUTHsYAxD+3v1sigIAiodBiccg2cZyYOm0LoEPKJtAXrT3o+9RFJK2D+Ngp6iBu 1xilowNoDLJJiDFpXLfpgi5b28bvABqDbKIBgK9Pns95RAnlSui7A0gqm6Ck7yr++hrBFRZz/962 bvQem4oBYS8KIKlsIgUgpxwknfMh22EYc9FpsI+EanceJJFNcAG8fjjkwobSFxIT15EHrdewLT82 2QpxEtkEjQeua+tsKMbtuw6MRr4QRlOKGKCQbILXXepw34WN+X6XTb1Sj0028anDYzZwn7X7pB8n QC7ZhMsjfSbmu5eSjNjCFtkTMj8JW9JaR99+o8XSFASBV94+umoLy5QdSfJBXyNq3h8NkDZBsNF9 qQjqqtAlCremkfv0HQ1Qn8H2vVcKUIwIGTMXmwfjnGLDb8y4OzQ79uZU7alU7xsTPeVz9dmeqh4y B/HCEj5rg5M9QDTZS+ourCeo4aTeF9psNPSGitBQXzHXiwhxIdkEF+wq+A4V+iizlGyYGCBcbYsA CCYvCXOuNjEs0GfUYzDCYgCSGNnlKb57fTILBYse7KX81UR2ALnOpSQexI+W0cAxzwDYPIiG2OXy X/vc92hDnC2px5xA8pqHP3cQmxfwfuo1tkcDYvuVts/Og3Di/DyJ71hf2OJSz767HTeG6zmGffuV gpM9zQ4tBLxlCD8x8a0zWw8KgTMWVb1YgLQ1wdAGSXW9WIBSGejY41SAjo1AYPwKUOYA/Qcl+0v9 RSESrAAAAABJRU5ErkJggg==

where q50 is the average air leakage rate in m3/(h·m2) of the building envelope, calculated in accordance with section 9 of this regulation; A is the area of the building envelope (including floors) in m2; x is the factor which is 35 in the case of a single-storey building, 24 in the case of a two-storey building, 20 in the case of a three or four-storey building and 15 in the case of a five-storey or higher building, the height of a storey being 3 metres; 3,6 is the factor which converts the airflow rate unit from m3/h to l/s. (2) Where exhaust air flow rate exceeds supply air flow rate, the infiltration air flow rate may be calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAL0AAABSCAYAAAABxdVnAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAmgSURBVHhe7V0/ixVJEN/vsN9ggw3NjB+cBhfs eQYXmKhgdO++wOoFBiKGh5GybPrgQDzMLjiQBYPNzlzYbEFBBGEjNxqpd9Rcvdqu7uqZ6nk9M3Vw gfuqu6t//euaqv5TvdP4f47AzBDYmVl/vbuOQOOkdxLMDgEn/eyG3DvspHcOzA4BJ33GkH94/67Z 2dlp/7/3+KW69NvXR8myFxdfm1t7exty0F5OO2qFlIKXl9+ah3durHU6ev1WWapuMSe9cnyQ8O/e f1iXQIJqCImER9JgXbws/H1391pzdv5RqVV5MdAddFos9rc6+Sx76qRXoInWrgtJpckBZNrbu9V8 vbhoNQj9TaFeMRGqO+h2487D5tvlZbH2hqrYSa9A+uP5WXNtd/fK5136O60SZfALgb+hBaVW/eXj eyprSl0OdDvgK8EnkaJrURGqY4n6++rXtbyTXoGcRFy0hF18XSA4JSkS+fbt2xs+Pa+bfzloOUtL zCd0ja6XYuiCIk56BXLcn8ciOX49bYb7+FKMEHKr+GSBsqhfl8kndZ+3I018BXzViTjpFUNiSXop iJXUoBZW+rJYEzI0ifp81RQQDyripFfAbeXehCx8qnk64SQ9Qq4HXyJFV4oui4bcIR4v0CXabS+f prDS/u6kVyCVCmR5kBqqEtyFLmvdlPSSXx1a9YH2uF5IaPw7lAutSIGeoT5pA20FpFsVcdIr4O+z ZAnVo9WNTY7YKg9a6ZBMKK4AfZ8tl1fW+0F2eXPZLpNCfQfX77b/xrqkgBhIbxksK6AvIuKkV8La dXNKs6wJKoQmFv4NA1T8NxJP2i0N7ezChANdlstn7Vo7yN29ftBOjtTkrG0fQTl0V8Sc9BnIpY4h hAJe7ltTHzm0+4puEMrxrwMn9JuTk/XRBSoH5F7sL1oyo+VfrY43LDUlPU7O2A7zVJYtnfQZpNeI Ask1Pr6mLo2MlogwmY5Xq6il17Q3BRknveEoSr60YRNXqtK6HEB6+CrEfPqSetZU9xXSD7XFXRMI VrqA1bXcIErpFQuwacAJcs8Pnzafvnxen5hEHUOrN6k2p/D7BumH2uKeAnC194HGEjR2SK3T194v C/02SG+5xc0DslQAZ9EZr8MR0CDQkn6oLW6NUi7jCJREoCV9zhZ3SYW8bkegNAIt6XO2uEuuUvCz Hv7v/68nOhZpLDQTJmrpux6dhYbdp9fA7zLbQKAlvXaLG5Tk29nbUNzbnCcC6IZLO9YUFelUa3DJ EisMbXFDpUOvR89zeL3XHAF+Vogft+DyKtLzQpKfHzq26kPkCJRGAPjIzwaluBj6PXoMIbTFXTKI LQ2a1z8tBLjlD1n60FFokfTSFjc/kz0tGOvrDb/4UZ+GdhrlGFR+7DpHi+wDZx7E5sDbTzbls/ar vc7SGjL3va+bTXoPYochy9yNC7jWocN7Fpfgs0k/zJDPuxU8FUmzn80REX43wYLwgKOTvkI2SVau QlWLqgRuzNPD5+31RukWWu6lHSd90WHLr9yt/CZmJW6iOenzeVm0hMdMm/CWiG2c9EUpnF95CcuW r0U9JUp8+Zz09YzvOg0IXOvTBLC1XessqY+1IXDSV0R6HrhJqtV2rbO0PtYun5O+ItKD//rkj1VS I8trncnGFAKl9dHiolB1LeKk1yI1gJxmcGu71jmEPhpccobHSZ+DVmHZf//5s/n19+NoKyWudUoP vNGbWtIrJyX04QCAfvd/+cksiZaTvjCRc6o/ffWieXB4FC2Sc60zp+2uskPo46TvOjojKKcJ2LSZ i4fq7lD6WK7guKUfih2KdjSk117rDB0Bh4DTOgNbjj70jdzcowOzIT3Pn67gTVKEn9+gN3H4/Uue fYAPVCqLMSqTI6chpSZzMT+bXmJnE/un0YdOuC7jOgvSI5CWz0TyO5Oa95+khwq0+eq1ckAgjaUP zWrNtc7UtbqktcgQCOkTescqo8r1wxa5Xwep/irdG2oZrUgvpTNJZf0FsvA88vyTjuDyt2FzXzDp SnqpD3haU7vplUPCmGwM0xCemnYnTXr6ckeKkPTzSlNQh0CMPW8jPU0vvSKiJb1UXvp7F9JLEwu/ HOC+WRImRdCQPjw7cpej05Z9qNLSU8upsfR97u2GdhOx/dhvkttCLyJLE03a0OlC+hgJof3fHj3a OJOeIm2J36FfdBy7BNROejYyXUkv5UWB6jXZ3Xjgy4PQ0HM8sbqtSY99sPKF+0wImvEu9sSP1IaT 3oD0qSCW++d8MLhvip91atFySa/ZnOpDvDGXPTp80Lx4dWrShdG6N3wZkC8vxpb+YhaeujbS85GS T87dllz3xkkvc9pJ38PSax4xTrk2kgXnQVwqkOVuh4b0U81cnDLhTvqOpEcLn/JxU7futZY+d8lS Q/oUOab6u5O+A+klooZIIm32UFmNT4/LhvTZ+dhXxDqQndIE8EC2A+ml9BFASL5Onwpi6ZIqdTek GMD6GMKUyKzty2xIrwVkKnJu6eWRdNJPheWsH2MmPb0Yrjk0lzuETvpcxEYiP2bSo0u4WOxfySFv Ab+T3gLFCusYK+lpcA7klGKbPpA76fugV3FZa9KXzEVDYaSBPz9nYwW3k94KycrqsVynL52LBqHj S8Ga5d5c2P+7I3tr2ufpc0GZirwmG4K2r6Vz0aAevJ3Uxp5WfyrnpO+C2kjKAOl/vv+kt7ZD5KIB JUO3ofq+EhLqPEykmz/+4Ja+NzMqrMAqqdEQuWh4vMDPBHU5PiwNiRUuWH/Vpywr5GVRlayu9Ul+ degmGt+pxqPR9LJ3aDVGOnQHAIHLY0l66wDfSV+UxnmV52QtjtWck4smdGGcv2jIr/tJl+Wpn2+5 bGm5cgM6OunzeFlc+vTvN83Z+cde7Whz0UhPWPKbaDxlR+q0qvZus7aTfx0dqdKXa+tz0muRGkjO 6lOuyUUTymEJx655jhyQu3v9YD0Z8SsSc18sly2tXD46fE76gcisbcbKxeHthYgIBF7sL9ovC1r+ 1ep4Y1eVkl7bDys5a9fG3RurkTGup0uKjJQKWpcDfPzj1apZLp+1r/pti/QlrLyTPsWULf1ube1j uXF4F4H0b05OGppHqEsaPgvoSlh5J73FyBSqo2TuSVQZXB66yoKT7dOXz83DOzfaZK989aZQlzeq tYptQrq6Tz/ECHZsYwji03V6eoMstU7fsUuqYkB4y3V+3qiTXjUM2xMqcZZle72Jt5zjhvXpg5O+ D3pedpQIOOlHOWyudB8EnPR90POyo0TAST/KYXOl+yDgpO+DnpcdJQLfAe3YDNK9d+SHAAAAAElF TkSuQmCC

where q50 is the average air leakage rate in m3/(h·m2) of the building envelope, calculated in accordance with section 9 of this regulation; A is the area of the buildings envelope in m2; qv is the exhaust air flow rate in l/s; qs is the supply air flow rate in l/s. (3) Where the formulae set out in subsections 1 and 2 are used simultaneously, the infiltration air flow rate is determined on the basis of the formula which yields the lower air flow rate. Chapter 5 RULES FOR THE CALCULATION OF THE ENERGY USE OF THE BUILDING’S TECHNICAL SYSTEMS Division 1 Heating systems § 14. Principles of calculations concerning heating systems (1) The calculations concerning heating systems include the calculation of the energy use for space heating, of the heating of ventilation air and of household water. The corresponding energy use (kWh/y) values are calculated on the basis of the relevant energy need. Rather than totalling the use of heat and electricity, these are treated separately in order to make it possible to calculate use figures by source of delivered energy. (2) The use of electrical and thermal energy by a heating system is calculated on the basis of the efficiency of the heating system (or, where a heat pump system is used, that system’s coefficient of performance) and of the electricity use of any auxiliary devices. The inclusion in the calculation of the efficiency factor of the heating system allows losses in the thermal energy source (e.g., losses in the boiler or the heat exchanger of the district heating system) as well as losses related to the distribution and output of heat and to inaccuracies in regulating room temperature to be taken into account. The energy use of the heating system is obtained by dividing its energy need by its efficiency factor. The efficiency factor of the heating system is obtained as the product of the efficiency factor of the thermal energy source and the efficiency factor of the distribution and output of heat. In heat pump systems, the coefficient of performance is used instead of the efficiency factor. The efficiency factor of the thermal energy source is calculated on the basis of the data provided by the manufacturer; the efficiency values provided in Table 8 may be used instead of the calculated value. The efficiency of the distribution and output of heat and the electricity use of auxiliary devices are calculated using a computer simulation; the parameters provided in Table 9 may be used instead of the calculated value. Where the radiators of the system are not equipped with thermostatic valves, the efficiency values listed in Table 9 are reduced by 0.1 units. Table 8. Efficiency factors of thermal energy sources on the basis of the lowest calorific value of the consumable substance of the fuel Thermal energy source Efficiency factor District heating substations 1.0 Oil or gas boilers 0.85 Oil, condensing boilers 0.90 Gas, condensing boilers 0.95 Pellet boilers 0.85 Other types of solid fuel boilers 0.75 Electric boilers 1.0 Stoves 0.6 Table 9. Efficiency factors of the distribution and output of heat and the electricity use of auxiliary devices Building type Manner of heating Efficiency factor Electricity use of the circulation pumps of hydronic systems1, kWh/(m2 y) Small residential buildings Radiators 0.97 1 Floor heating slab floors or floors above vented crawl space 0.85 2 Floor heating in inserted ceiling 1.0 2 Ceiling heating in a warm roof 0.90 2 Ceiling heating in an inserted ceiling 1.0 2 Other buildings Radiators 0.97 0.5 Floor heating slab floors or floors above vented crawl space 0.85 1 Floor heating in inserted ceiling 1.0 1 1 electricity use per square metre of heated area, in the case of electric radiators, cables and electric ceiling heating and heat pump systems, kWh/(m2 y) (3) The losses of the heating system and the electricity use of auxiliary devices are not taken into account as internal heat gain in the energy calculation. The losses accounted for in the efficiency factor of the heating system are not utilisable. § 15. Calculations concerning heating systems incorporating heat pump systems (1) The calculation concerning the heat pump system is based on the coefficient of performance that shows how many kWh of thermal energy are obtained for each kWh of electrical energy consumed by the heat pump. (2) A heat pump operated as part of a combined heating system is taken into account in the calculation if a part of the peak thermal power need is satisfied by another heat source (e.g., an electric heating element or an oil or gas-fired boiler). Geothermal heat pumps which produce thermal energy from water or ground energy may satisfy the entire thermal power need or a part of it. Other heat pumps are always considered part of a combined heating system. § 16. Calculations concerning combined heating systems incorporating heat pump systems (1) In combined heating systems, the heat generated by the heat pump is calculated on the basis of the heat pump’s thermal capacity, instant heating need and the heat gain which reduces heating need in accordance with section 6. With respect to space heating and the heating of ventilation air, the instant power need (which for the purposes of this subsection does not mean the dimensioning capacity of the heat pump system) depends on the outdoor temperature. (2) The thermal power need of the heating system is calculated for each hour. The thermal energy produced by the heat pump (kWh/y) is the sum of the power needs of the hours during which the capacity of the heat pump exceeds or equals the power need (calculated for each hour of the test reference year). The calculation takes into account the reduction of peak capacity as a function of the drop in outdoor temperature and the calculations are conducted for the relevant temperature ranges. (3) The thermal energy produced by another source of such energy (kWh/y) consists of the power need that is not covered by the heat pump and is calculated as the sum of the differences between the power need and the heat pump’s power (for each hour of the test reference year, taking into account the fact that the power of the heat pump is equal to or less than the power need of the heating system). The energy use of the other source of thermal energy is calculated in accordance with the requirements set out under subsection 2 of section 14. (4) To calculate the use of electrical energy by the heat pump system, the thermal energy produced by the heat pump is divided by the average coefficient of performance which characterises the heat pump system during the heating period, and which accounts for the electricity use of the circulators and any other auxiliary devices connected to the heating system, as well as, in accordance with section 14, the efficiency factor of the distribution and emission of heat. The coefficient of performance is determined on the basis of the values set out in Table 10 or of the calculation performed using data provided by the manufacturer, which account for the operation of the heat pump at part load and at different outdoor temperatures. When using the data set out in Tables 9 and 10, the average coefficient of performance of the heat pump system equals the product of the coefficient of performance value set out in Table 10 and the efficiency factor value set out in Table 9. Tabel 10. Average values of the coefficient of performance of heat pumps for the heating period and for the heating of household water1 Type of heat pump Average coefficient of performance for the heating period2 Performance coefficients at different outdoor temperatures (°C) and different part load values (%) -15°C/100%; -7°C/100%; 2°C/50%; 7°C/50% Geothermal heat pump, Geothermal heat pump, 40°C/33°C 3.6 3.4 Geothermal heat pump, 5°C/35°C Geothermal heat pump, 50°C/35°C 3.2 3.0 Geothermal heat pump, heating of household water 2.7 Exhaust air heat pump3 3.0 Air-to-air heat pump4 - 2.0 2.4 3.0 4.0 Air-to-water heat pump, 40°C/33°C4 - 1.7 2.1 2.7 3.5 Air-to-water heat pump, heating of household water 2.0 1 The coefficient of performance accounts for the use of electricity by the pump unit, circulators and auxiliary devices. 2 In relation to the heating of household water the coefficient of performance reflects the year’s average value. 3 The temperature difference of exhaust air before and after entering the heat pump amounts to 21-5=16 °C and a part of the heat pump capacity is utilised for the heating of household water. 4 The capacity and the coefficient of performance of the heat pump depend considerably on the outdoor temperature. (5) In the case of heat pumps which extract thermal energy from outdoor air the calculation of electrical energy use is performed separately for the relevant temperature ranges. With respect to air-to-air heat pumps whose capacity is up to 12 kW the calculation of electrical energy use may be performed using the yearly average coefficient of performance which for the present purposes is to be found in the energy performance certificate of the heat pump as the SCOP value corresponding to the coldest climate zone. The use of SCOP value requires that the air-to-air heat pump is dimensioned to a load that corresponds to the oudoor temperature of -7 °C. Division 2 Ventilation systems § 17. Calculation of air flow rates of ventilation systems (1) For the purpose of using it in the energy calculation, the value of the outdoor air flow rate of the building’s ventilation system is calculated according to the regulation entitled Minimum Requirements for Energy Performance established in accordance with subsection 72 of section 3 of the Building Act. Heat recovery and the electricity use of the ventilation system are calculated for ventilation units that correspond to those described in design documentation and produce the air flow rate described in the previous sentence (ventilation units which correspond to those described in design documentation have sufficient capacity to guarantee the required air flow rates). The calculation takes into account the possible difference in the flow rates of supply and exhaust air, both with respect to the given ventilation unit and in the case of separate fans. Where the volume of exhaust air exceeds the volume of supply air, the difference between the exhaust and supply air flow rates is regarded as an additional supply of outdoor air without heat recovery. (2) The energy use of ventilation units whose hours of operation differ is calculated separately. The air flows of ventilation units with identical hours of operation are usually totalled. (3) The infiltration air flow is not included in the air flow calculation of the ventilation system and is calculated separately according to section 13, which makes provision for accounting for the possible difference between the supply and exhaust air flow rates by introducing the corresponding adjustment in the formula of the infiltration air flow rate. § 18. Calculation of heat recovery (1) Heat recovery in the ventilation system is calculated simultaneously with the energy need for space heating and for the heating of ventilation air. (2) The calculation of heat recovery is based on the temperature ratio value of the heat exchanger (the difference between the temperature of the heated air stream before and after the heat exchanger divided by the maximum temperature difference over the heat exchanger), the temperature of supply air and the measures designed to limit frost formation on the heat exchanger. Where manufacturer’s data are unavailable, the following ratios are used: 1) cross-flow plate heat exchangers, 0.6; 2) counterflow plate heat exchangers, 0.7; 3) rotary heat exchangers, 0.7; 4) run-around coil heat exchangers, 0.4. (3) In order to avoid frost growth on the heat exchanger at low outdoor temperatures, the minimum temperature of exhaust air (the air leaving the ventilation unit) is usually controlled by reducing the efficiency of the ventilation unit. Where more precise data are unavailable, the minimum temperature of exhaust air is controlled as follows: 1) in residential buildings, to +5 °C in the case of a plate heat exchanger and to 0 °C in the case of a rotary heat exchanger or a plate heat exchanger with humidity recovery; 2) in other non-residential buildings without humidification and significant humidity production, to 0 °C in the case of a plate heat exchanger and to –5 °C in the case of a rotary heat exchanger. (4) The additional power need and energy which are required for avoiding frost formation on the heat exchanger are included in the calculation concerning the ventilation system. (5) In order to avoid the overheating of rooms, the temperature of supply air is set below the indoor temperature. In systems in which the temperature of supply air is kept constant, it is usually set at 18 °C. The heating of supply air to the indoor temperature is included in the calculation of the energy need for space heating. § 19. Calculation of the electricity use of ventilation systems (1) The electricity use of a ventilation system mainly consists of the electricity use of the ventilation units and their control devices and to a lesser extent of the electricity use of pumps and other auxiliary devices. The efficiency of electricity use is assessed on the basis of specific fan power of the ventilation system at a calculated air flow rate. Specific fan power is the ratio of the total power of the system to the air flow rate (either supply or exhaust air flow rate, the higher to be selected) [(kW/(m3/s)]. (2) In the case of bigger ventilation units (air flow rate over 0.25 m3/s), electricity use is calculated separately in respect of each fan. The electricity use of a fan Ev (kWh/y) is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAHgAAAAuCAYAAADjs904AAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAARPSURBVHhe7Vo9TyMxEM1/yD9IcSUdNQVXIoSu ogl9kK48AQ0FIEpEh6K0KUF0JxqERHElPRISBVKKNEipSOW7iW4ix7u233i9Iay9EgXs7HjmPc+H x7RUfhqNQKvR3mXnVCa44ZsgE5wJbjgCDXcvR3AmuOEINNy9HMGZ4IYj0HD3ko/g56dH1Wq1Fn46 nW31PplUpr5O3ahxSRNMBOwdX6np9EOd93rq5W2E4uaVq1O3d3FNIGmCx+PxDAomQwKcT7ZO3b61 9fdJE8xAXB3vqcenZwg3iSwplMpDRgiEkid4MnlXve89qOaSbHd9C07lEt0CzkSiyRPsS88UgdSE tdtr6u7hTm2td6HNUFfqF7H7Tzh5gonA/vW9Gr29qNvffxbwu7/uq83dQ/UxnSqKxu1OZ/47ArRN N63FG4X1comgNcmeWE+BYOooD3c3C0cH/SjBTscyAtVTduxgu0JBIUBJh+lTWTomwqjrRh+Xbi4L 5NPOzs6sB5B282Rjv3/jNKdAMO+oUMBQ50PkbAAz8WijhKxNOk3SOSKR710yem2+6ffVw8PtPIuc XAwh9ShPBYLrAAuy2CPEmaVs4/E7SXT5bDIJ5jVibCLSdXlwpl5Hr7MIpLXIL4p4VD+l+bV22ytf IJgWoYYi5qHfByby3uVQHQTTehvfNuY4UPTGwoVT8XA4mBFEBJ8OBurs4HJW730Pp36kPBUIJkdi jep8hkreEwg2gOvKOjqQ+0dHqtc7hwhA/BpenKhu9+esI+c6LCmLxBPSCy0QjDRYEiNMR/nIYc5+ +Rjiyho2hziyY6ZnhKCqMno/QQRLggqtv2TjAsEMVhUSqzpe9r1v462avXVgoOtE62+BYFcarNto l/5V3XifhYmEp4UIppojSRXLclDikM+msvJQ9W/mmlX1md+b+iU8zQnmNIgU7rIZK3JGDK3BvsYv 1B7fZljF99ITw5xgLtxIs2JOXCiFxuwwdWARh5Zpz2eTbsODO36zH5kTzHXOlV70Y4p+DVbnlRha f5dlz2cTTOszmXo59RIsNZyH4hT56AFduoZEftXskdgeS7Ys0IJvk/iaTTJei+VImZ4Qe8yJEFKe 0AGDaaMvQ6IjShuG+s2XLhNMMBlM051ViF5ySGqPmdJ4GuYimWWQRhTZzCFXkIjeKASb95jShWPL S+yxNZSu4wd/U3a1GOpLzPm2zYbgCA51ahW+s02CXBctnAJPf/2AZsA+P9Hm0afH9z5Jgm2g2M7b +s1SaA021/Sd7X3Eoe8zwf+Rsh0zzHvoGARLZg4okTlFO5ByNVhmdxqD4GXeuScfwbbI5c5cv/Sn v8UgOIYONLKTJphn47brRvOcrE/5Qv+7Y5npmTZBsgQzedIBQ9Xok9zlolHqkkuS4CpHlKoEx7z6 RDZAkgRXSb1VCV5mg5V0ikZ2fxNkkozgJhCH+pAJRpH6onKZ4C9KHGp2JhhF6ovK/QVuf1z4XeOK BwAAAABJRU5ErkJggg==

where Pv is the wattage of the fan in kW; τd is the number of the operating hours of the fan at a calculated air flow rate per 24-hour period; τw is the number of the fan operating days per week at a calculated air flow rate d; t is the period of 8760 hours in respect of which the calculation is performed. (3) The wattage of the fan Pv (W) is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAFcAAAA1CAYAAAA09Hc9AAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAPuSURBVHhe7ZqxTuNAEIbzDnmDFJS8AgXUFFdR 0Zv+BGko7hDliQ5ZtClBdHQ0FJTUIEWiQEqLlIpUe/dHmtx6M+udcWzHXvYkdJF3vN799t/ZmbEH Jv1rjMCgsZ5TxybBbVAECW6C2yCBkq4Xiy9zdrRv9o/OzNdioR5EUq4amfyGBFfOSm2Z4KqRyW/o FVz4wNfXqXx2QkuJb317eTKDwcA8vbwJezX9CsUwwaqHS4jI9fmxGY0Ozed8vmY6n3+aw9HIHJ9f h7optPdKuQCgVY+UxuNtbobDXTP9mK3dUtZW1n9v4M4+puZmMgkqCAsAhQEIFgJ/EsWh/93hcG3b V1UtoPcG7vPD/VJVZduXfCeA5rePS1FJfSVBpPtIkVVV2xu4mHie3y3nSwpzIfjaCHhIvZydD7jU 1fRCuVAfndJlJzvsOL8JtUsOQteubJdIAHceLmBObiaF9NO3VXHdhShVLmDhfooYynaIBGwv3AIm ef/wXJgPd8j4FK3Z2rbyN1VtL+De5Tkbe7qTJ4iuckmN77N3kx1khb7Qh+27Sa2ISrjIQapYsuu0 W8Bkf/2ZsHNyowDY7u3smfH4ZOWf7a0NZV9m2SqORVuWXRbcDS0Qog2Jjw7BZuHSwClOtP/nTunQ Q6q227EqNxYbAsZM/pKSDTfhwHU6GO3fND47lNOkub75sXApEHdvksaMVWFucp8kIsBiQRxQ6MXp VaUarWaMa3Bp9TiFak5ezSA2tZWOC+Kg7K0OZYbGvQbXlwaiI+kkQg+tu10aEWBuJ+NxK6plowVf IA7jLrsFyYLRIrShWhauz3eRokNppDtJ+3BxDyVfFUoCqg82Bbdgn5bbjhT6AC80xgLcOlK+0AOl 7b7QqyvXJfMowC3zt5LOkk2RQAFuKJ/GgRBKIZPP/U9gBVcSZklSyO+oXsok3dxgBVfqb0MpZILL KFcKpe0UUjqubdtxtQp1VaztFHLb0CTP54r0bBIR6qztFDI0ni63q5XbdgrZZXihsanhhjpM7Rsc aF2FR+EQvUGwC+1tFWpcNlEoF4csYkyc2Af/XuXguy4qitPvbYgiCrgAR2cB3ovRx3Rltek2YEcD l6uL2O/V2oAZpVvApLj3fr5rqKz9+PnbXJ1esK/t61qIKJTLhYecS7ALT01+60uLEwVcbvvbnyZh sgTbrQdr36xoVB0FXHf7+yp8VBchN9J0iBYFXFdNviiBiitu6VSjRo1tlHBdlwAgNlCu6K+BJrWN Dq7PJdjfhnHfiUmBaeyig+srLFGpFHDs3xpYWtvo4PoA2IcZfdzSZKSAcXwbuFrV1WGf4NZB0dNH gpvgNkigwa7/Ap7E77CQKKApAAAAAElFTkSuQmCC

where Δpv is the fan pressure rise in Pa; V is the fan’s air flow rate in m3/s; ηft is the fan’s total efficiency which includes the efficiency of the fan, the efficiency of the belt transmission, the efficiency of the motor and the efficiency of the control of the possible rotation speed. (4) The total efficiency of the fan is obtained from the data provided by the manufacturer; the values set out in Table 11 may be used instead of relying on the manufacturer’s data. Table 11. Aggregate efficiency ηft of the fan Air flow V m3/s ηft 0.20 0.25 – 0.5 0.35 0.5 – 1 0.40 1 – 5 0.45 > 5 0.50 § 20. Calculation concerning the pressure rise of the fan (1) The pressure rise of the fan Δpv (Pa) is calculated by means of the following formula: Δpv = Δpm + Δpt, where Δpm is the pressure drop of the ventilation unit in Pa; Δpt is the pressure drop of the ducts in Pa. (2) The pressure drop of the ventilation unit Δpm includes the total pressure drop of the unit’s components and the pressure drop at the juncture of the fan and the ventilation unit. The pressure drop of filters is deemed to equal the average pressure drop over their period of use, to be calculated by adding to the initial pressure drop one third of the difference between the final and initial pressure drop values. (3) The pressure drop of ducts Δpt represents the total pressure drop of the ducts and of the terminal devices, including the pressure drop in the ducts leading both to and from the ventilation unit. (4) Where no data are available in the building design documentation concerning the pressure drop values, those values are calculated using the data set out in Table 12. Table 12. Pressure drop values for ventilation units and duct segments in systems whose air flow rate is ≥ 0,25 m³/s. The terminal surface velocity of ventilation unit components corresponding to low, normal and high pressure drop values is, respectively, 1.5, 2 and 2.5 m/s. Component Pressure drop in Pa Supply Low Normal High Heating element 40 80 120 Cooling element 60 100 140 Heat recovery unit 100 150 200 Coarse filter 30 60 100 Fine filter 70 100 200 Noise suppressor 30 50 80 Juncture of ventilation unit and ducts 20 50 70 Ducts: -constant air flow rate 100 200 300 -variable air flow rate 200 300 400 Terminal device 50 50 100 Exhaust Low Normal High Heat recovery unit 100 150 200 Filter 50 100 150 Noise suppressor 30 50 80 Juncture of ventilation unit and ducts 20 50 70 Ducts: Constant air volume 100 200 300 Variable air volume 200 300 400 Terminal device 20 30 50 (5) In performing the calculation of a variable air volume system in accordance with the simplified method, the pressure drop value of the ductwork is assumed to remain constant. The pressure drop of the variable air volume system Δpv (Pa) is calculated by means of the following formula: Δpv = Δpt + Δpmxp, where Δpt is the pressure drop of the ductwork and the terminal device in Pa; Δpm is the pressure drop of the ventilation unit in Pa; xp is the pressure drop factor of the variable air volume system, xp = 0,65. § 21. Auxiliary devices of ventilation systems (1) The wattage Phr (kW) of the pump of a run-around coil heat exchanger is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAANMAAAA4CAYAAABnhM2YAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAb9SURBVHhe7Vwxb1Q5EN7/kH+Q4ko6agooEYqu ooF+6U9HGgo4UUbXoVXaLYnokK6goUiBBCeddBJI2yHRIqUi1TtmTxPNesd+n71+z89+Q0M2ec+e +TzfzHg83kVn/wwBQyALAosso9gghoAh0BmZzAgMgUwIGJkyAWnDGALNkOn6+kf39OHd7u7Dp92P 62tbWUNgdASaIdPoyNmEhoCDgJHJTMIQyISAkSkTkDaMIVAdmZC90ZdP77vFYtG9//TFVtgQGA2B 6shEyLx69rg7Pn7Qfb+62gPq6up79+D4uHv87NVoINpEhgAhUCWZ3r1edUdHt7rN1297qxj6my25 ITAkAlWS6dvXTXfr6GgvjbOoNKSp2Nh9CFRJJibN6vW7Hf0sKvUtt/19SASqJBMXIeS+yEewIcC7 fPtGTTGHmMvGHBeBi9VK3YsjUlRJJi5CyG6HUFECAQJ9huZxIyL6rj03fQTIKT+6fT/JWVZLJkrp uKLHe6gYIydSxJbOac7Yd6ZvPiahiwBlPi+Xy2hCVUsmOkviil5sVErxPkTY5fKl9f3NhHtkI3/8 /mfUeldLJo5G5+u1WtmjNed9FB3gykNclxgUcfoOeS29mwmLhJqxa14tmSRRfJ3iEgwi0P3bj7ab S4pqXLygZ/o6zendO7/ciQ778zO/tjQmO/E1B2iaqmTidhz26PL/mH3JkNByRS8UUVgPrYR+tr7Y XtlAOiUocvURjnUluT5/3gypepaxa5FTKju2zLEVYpVM5K01I6u154304f2VJCGliBytfBaqleFD 1kwYocTLworEQWqRU6o3tsxIH6iUb49MPIAWgWINK3Gds7xG0UQ6BPpMOsniA+sTqtDx3gyJYFyy 79t/ZVHwwEHIwdQgp1SzhMzSEfdBvkcmX6sODVQTmdx8l/dPWvEhFEl8qaIGLI1N0S7UaMtRn4se ZNAoUX2LSQ5ieW8JHzYicrJjINlyyso61CIzUpxinfbIJEvO7uLVluaxJ5MG60Yszot90YnBRPaK 3BnhK9XLFJPHy4FprGH2ySkdJ2GXU9ZUMpWSOWb998jkq27Fpjt9IVEaulvo8HWE9405xN9Rz0QG vVpdbEXwHSJrv88R7WPIhMjp0yGHrClkKilzTGayQybpOadcyRuCNL4x0TydQOfo5tu4+qI+Up4P 6RxDJkROmmsoWVPIVFJmJhOSiu+QKaUtZ0zDLjEXQiYiz/p8vXNarnWwayX2VG8fOr6QqZnEDJWT 3skpK8tQs8zRZArtl9xFSeldykEGLWLm/p2UE0nzyAm9eXu5o557t8oXrWLPMjQM0ciEyCn3S25h JoessZGptMzJaR7a44YuXog8te2ZQgUIX9u+xJMN0TVQ2bCb6mzQ9UDkJBmGlDWWTKVlTipAxKQb XF6+WJ9tzyq45YJY/OtvL5r6Msg+z0RYPD9bqzyQlTpuSTo9fXKzt9LS6hQMETKhcnLxgdqn+mTl vRV3k5AtoAfWY8uszYf03mmZiY9gN3ummP0SLfjJyclNyZQPRFu86dpXxZRnML50kwzs4+VfN05H RmW3JJ+CIWKYqJz0bbjyjC4kK5HJPdREDJSjX9/ZWE6Z3WsV6C0A7dC2l0wxKYbbbsQAokDGzFX6 2diWklBVEPHaU8AQrS5q935kE/GYa4fITM+w85I/++QMrb32fnTXuAsgf/5ns0m6UDUm4KlzHbqv QVPo1EtpqXpp76GycnRx7/yUIBMqs2wpQ+4qhb5rRHOM0WRyUwr+/Pe/H5q9PHfoFQy0CoamHjnJ 446Fysp7K/fCZInIisrMREdvTMtrOwjm0WRyF5w/054AqcUjQk3xmTGMpIRXPwRrt//x0Ah+iCzI u2SrT05P4Ru0HMmQsemZaDIRgLJMzJ9jJ0YFnMpzY0SN2jAkB/Pi/Hzb2CurulNZM1/URb7HAynq uONHk2mKQHF1hfNYWQVCgEN1km0t6DutPodcX6lZ95Svc6ueTBwZyUve+/mNMuQl+d4S/5xzUddn z+36+k9AUzx3znUYciw3+0Lnqp5MXFUi4tBmmL/MP3QvCwXHV+0q1Up1iNz2LoaAe+yDvfX/U02Q SespdDfHMaDYs4ZACgJNkEnzJod4mBQg7R1DoHoyaTdlh0rxzFwMgRAC1ZNJS+e08w56LqUh08zH EEARqJ5Mbjrnay1JbchEgbTnDIHqyeQuoZbiTakh00yuXQSaI5OW4tG+agoNme2akWnWTGmcl9KX 4mmtQGP02pmJzQuBpiKT7zvwamvInJcJtqNtU2TyLUttDZntmNe8NGmeTK03ZM7LXKetbfNkarkh c9qmNT/pmifT/JbUNC6FgJGpFPI2b3MIGJmaW1JTqBQCRqZSyNu8zSFgZGpuSU2hUgj8B6FuPE4Y Ik2FAAAAAElFTkSuQmCC

where VSK is the flow rate of the heat exchange fluid in m3/s; ηp is the efficiency factor of the pump; Δpr is the pressure drop of the liquid side of the heat exchanger in kPa (kilopascal); Δpp is the pressure drop in kPa of the pipework which contains the heat exchange fluid ; Δpv is the pressure drop of the regulator valve in kPa. (2) The estimated pressure drop value of 0.2 kPa/m may be used as the pressure drop value of the pipework run-around coil. The pressure drop values of the fluid side of the heat recovery unit fall into the following ranges: 60 kPa (low), 100 kPa (normal) and 150 kPa (high). The pressure drop of the three-way valve (the regulator valve of the heat exchange fluid) may be deemed to equal 40% of the pressure drop for the entire system (including the pressure drop of the valve). Where the system is controlled by adjusting the rotation speed of the pump, the pressure drop of the regulator valve Δpp = 0 kPa. (3) The efficiency factor ηp of the pump may be deemed to equal 0.3. § 22. Electrical energy use of ventilation units in small residential buildings and apartments (1) The electrical energy use Ev (kWh/y) of small ventilation units whose air flow rate is lower than 0,25 m3/s is calculated by means of the following formula: Ev = Pvs tvsn xp, where Pvs is the wattage of the ventilation unit in kW at design air flow rate; tvsn is the annual number of operating hours of the ventilation unit at design air flow rate (in general, the value of tvsn is 8760 h, except in the case of systems controlled on a demand basis); xp is the pressure drop factor of the ducts. (2) The wattage Pvs of the ventilation unit is deemed to equal the value which is provided by the manufacturer of the ventilation unit for the design air flow rate and which has been measured in accordance with the standard EVS-EN 13141-7. (3) The pressure drop factor xp of the ducts is determined on the basis of the data set out in Table 13 of this regulation. Table 13. Pressure drop factor xp of the ducts Pressure drop factor Pressure drop level in ductwork Pressure drop in supply ductwork Low 35 Pa Normal 50 Pa High 100 Pa xp 0.8 1.0 1.2 Division 3 Cooling systems § 23. Calculation of the energy use of cooling systems (1) The energy use of a cooling system is composed of the energy use for the production of cooling energy and the electrical energy use by the auxiliary devices required for the distribution and emission of cooling energy. (2) The energy use for cooling during the cooling period Qj (kWh/y) including condensation losses and the thermal losses related to the distribution and emission of cooling energy is calculated on the basis of the energy need for cooling as follows

iVBORw0KGgoAAAANSUhEUgAAAN0AAAAdCAYAAAAuLGmuAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAT0SURBVHhe7Zu/S1xBEMfvf7j/4ApLO+srTCkW qWy0DFyXRrCySMAyrUjAykJQsE4hBxbpYmEnHFgIBkJAvDRetckcmee8vf0xs/ve23fvNhBQb9+b mc/Od3dm37ueyv8ygUygUQK9Rq1lY5lAJqCy6HISZAINE8iiaxh4NpcJZNHlHMgEGiZgFd3x4Z7q 9XrF/35/XU0enxp2783cdPqstgcDdXN7X/Lh6XGitjZ21fN0WptvYGO93y9YbO4cqNfZTGRvNntV Bzub6uTy2npd25hTR5eZP4c9xNoU/wXRYYLpiXV/ezNPOlfSiLJQMNgGDRNhMNiuTXTXlyeK3h/5 hHBwJS6Iuk3M6fR0gb+NPcTZdM6XRIfG9w6PjZIA4aXY8cCuLSFhIahLdMBjuDYs7fA4eSGiA6gg YhpLW5nTBOgKf509FVyTOV8SHWyvrtIJVzybg4LNiz3UlOR0t9F3ItON4R6jdyPxbgg89FhNQmQH 82+gHk9K5hwuXeJviiUF/0J03LLJ56QkATljfbtrXaIzlSO46Oh9JScOOgYZTiZ3817Rt2vWxZwj uq7xpyxT5XwhOh9cTJrQBNCbVO4hjc9eXaIDHli2ou9VldbgM9zr/OKUVa77GEhFj+M5ovPZXjb+ yB4OBevOedu8FKLjwMOVPuT0LiQxOPY4fnOSS/evjtISbeCh1Mf9D95+lMMghC1c4+PCsb1s/JE9 VCsc3zkMpPxFoos9RJA6x+khbeAQLt1R6c+uks520lVV/FjWcERXlU1d8BwuXeSP7Lmiq5o/zMNC T+fqV+jWrB8pH41GlT/H46wynNXKt6LriwEtLelndMLw7+CjNHZcEE4vzuc9XSrmPi7LwF+6kNOd zjSf+v1sOS+1S8cXojMBpis+/hx6chnT07keCdQhOlNpCdBMR84h8HEi7yaT+QNzWq5Xydznm090 cD2w6BJ/KqK6c97b08EA/SHhn5cX9eP7N++bGHDdpy9nvjkO+tzX7FYtOtsDd5sdGjuMwbLNtTiZ TtBQeKHMubbpJHBE11b+4Nf7/c/FovXr98/5G0vI31Y96AdDkpyX2MT5MLUxxtfATK/DDIdrC8+s aJ/gO/YOUtz/Zh9g2u5fteiwtHx4eihNos0+jIfP6C7oerRg6xdjmHNt63PAEZ2vp0nFXy/7gB/O ke3VQNdbKRz+Epti0dkEQgOjY+Dvsc+uXKK09VihQnZdZystXUyuxmO1u7FV6mnBZ9NuJy1Rfcwh kbi2Q3m1kb/OhfOaopQ9ltcoZqlNmy6iv2UQcpAgnXzuC6vS+5pWftNL1bb7YuxnZ19LL4fbSkzX SivxnTK3ndKG9t4mP9rG35VzkOim56mx7KU2XQKPFh2nRJEklG1sLDSOD9KVEGMfj6+cr8+B7SoT lzI3vRfJiVU6pk38oXwcjY6Kb3rAvNFFBn6n7UAV7KU2XXyjRac7I53Mtoz39S4mPzF2aOJpiec7 fIiNmTLXy8u6bcf67ltUOWcDeumul7+2kjzG9yptRosODxJiAlrWa2nstMyr61sPyEln3qTtNsyV vpNh78U5OQ71v0qb0aKr+xAlFFIT16WKPZXdJpiugo1g0eHq2tR7mG2ajFSxp7LbJvZd8CVYdF0I PseQCaQgkEWXgnq2udIEsuhWevpz8CkIZNGloJ5trjSBLLqVnv4cfAoCfwHPV2m+pxxqqAAAAABJ RU5ErkJggg==

where Qje is the energy need of the cooling coils of ventilation units in kWh/y; Qrs is the energy need of room conditioning units in kWh/y; βje is the factor describing heat losses related to the cooling coils of ventilation units; βrs is the factor describing heat losses related to the distribution of cooling energy between room units and the emission of cooling energy. § 24. Calculation concerning single-stage cooling systems (1) For compressor-driven cooling systems, the electrical energy delivered to the cooling system during the cooling period EQ (in kWh/y) is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAGoAAAAuCAYAAADA6IztAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAANKSURBVHhe7ZuxTuRADIbzDvsGW1DSUW/BlYia BvrwBNBQXEF5LaK/khe4gobiuqNHokPipNNJiL2GreZkJEeJ15N4nMxsPBokpNXuTuL5P9vj8WQr V/5MKFCZsLIY6QooI05QQBVQRhQwYqbpiLq5OnNVVTX/i8W+e355NSJ9mJkmQb2+PLv9xcIdnly4 j82mmfHT48MntNu7+zAVDHzbHCiEdHZ1w8oLsHKMLHOgIN3RSGoT22w+3MXJofOBNBA8rImmQGE0 DaW2IZgWYZkCJU1rBdSOXfH+7tYtl8fubb32WoKpry897ngaqtubiigJqPX6zR0vl9lVfqZA4Rr1 8Pjk9UqAyVV9EGnXdW12n2UKFJfWMIIAHr7OreIDrzQFCgymm91/7+/u188fTXfCtzbBuK/fvqvW hzkMMgcKRePaR6vVnnf/BBXjUFk/ByA+G8yC8k0IAHJA4P2+tW3OkNjUh+tAu9lJX1srfWMXEik0 24qoHMtbmFP9pe7df42JqBSabYHCDrTlNEFFh0Kirq87nfYxYOjYFJptgfLtQ6acWOpraQqJkChM odkWKFh0h9o0qYUeez9NIRECKoVmHVCSRXGKEpeW1rFOaTElaYofKahUmnVASY8Rxnq4hfFSUKk0 64CSHiNYEFpjI0agb2vCZZNUmnVASbrTVAAY055YrGqxb1+n/awPpjSiNJppnKgBpTnHoQd0ku42 GJlqjdIIgmMkoDSaaW1qQIV2niHkuUUa3s+hey0BFaoZdVKqH2YnLsU2oDAa+tJI+5zHV/LG3lxq PTJ0nARUqGYAou3EtC8pAhUykb7eWS6gQvTQfpdrIPsCQNU9B287PThiT0up12gnkeM4bm1uF1+g nW/PpwKFuRZvglH05+/vz+cVYlV+luHRNb3P2bl5qkHR/QPm1xwKiRgOQUGFtp3UoGAy3GK6y2ji 2jma9lEMULTiO7+8dEcHp+Kjl1Gg6IQklVIsEbgzoZwexJwUVCwIkutCdK/2VmYfBxuaYzagaCqe U8obgiD5PAtQKVs5ElFjfCcLUHT/keNPb7IARUtd3FjusgKdOqqyAIUVH/Ypc3uUAKBnAWpq753j 9QqoOVJhbCqgCigjChgx8z+NpyGdAixufQAAAABJRU5ErkJggg==

where Qj is the energy use for cooling in kWh/y, including condensation and heat loss; Ea is the electricity use of auxiliary devices in kWh/y; ε is the energy efficiency ratio of the cooling energy production process during the cooling period. (2) The thermal energy Qjt (in kWh/y) delivered to absorption cooling systems is calculated by means of the following formula, to which the electricity use Ea of auxiliary devices is added

iVBORw0KGgoAAAANSUhEUgAAAEkAAAAuCAYAAABkgjQ+AAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAALgSURBVGhD7ZqxTsMwEIbzDnmDDh15hQ5lRh2Z 2PMEMHVAqCNiq7oz9gU6sDB0QKKVkBiQuiGxVi0LmYwO6aIm2Lk723FxCBJS1Zxj35e78/1OE9X9 kQQS0qIzUB0kRhB0kDpIDAIMk+gjaTq+UEmSFP9peqI27x8M1/km0UL6eN+okzRVw/Mr9ZXnhcdv q8cfYLP5A58CYRklJAR0MZ5q3QNQPiMqSkiQYtUIOqSV51/q6nyoTBClIRYdJIwiKp0okBJQ0UHi ptK/hvQwn6le70xt93tjMGC61aVkqyOJA2m/36qzXs/bDhddumFNely9GYMBQFZ3N4iuSZZZ9VDR QdKlEkYOgMPPvnY2eBLRQYJFVxvJz91OPS8XRdetq0Uw5vr2XlKKCtsoIeHqdZJkMOhr+yPYFam2 wUQwakgmpwBeFQh8V1fH6kLMCCmEcLSKfYtBLkVbW5NCCkcLf62GQDHPTrPa3oodSaGFo5XHFoPA ryyblE4LJLcppRvVyvsWjpKFuti6FO1Suh1DOLo4LhnrUrRLkEIKx+qm0NTJIh7AuWq4It04msi3 cJREwzFtRZB8C8djOi6Zu4BkKxxhMuxDXjYbdXd5Y73VUgs/TEsfn6n58HoByYdwhBrAyf9QNYkL gbIrtQA2whEmgHGj0ejn7QU8YZ8KnHLA13Woyaa3LFpZIhGOsEjsQ1y3Wl8O29xHDMk0iU44gi18 v1g+Wx9q2TjVxBjTQ3Y+BcCi/fS6dtJHTTgtuSdEkqmeOkNC8bh+fXLSRxKHQts6Q0LxCCeDMRZs DnBnSFi0UQIcExS2MYc9FKcloUA5Q/orO5pODVCnGhScX80kdwDa+RKP0nlN9pD2g/7A6pURtQbn SKImCHkdm2FINx9p5hxJIZ2n5mr6dKIVkVTtcXyfoLYCEhTowx9RoKyyfYVUjdxWQMKdDbd+6lcn VPq2EpLUaal9KyJJ6rTUvoPEINZBYkD6BvW8V3JgxVq2AAAAAElFTkSuQmCC

where ε is the energy efficiency ratio of the cooling energy production process during the cooling period; Qj is the energy use for cooling in kWh/y, including condensation and heat loss in kWh/y. (3) The energy efficiency ratio ε of the cooling period is calculated on the basis of the full load and part load value given by the manufacturer of the unit respectively in accordance with the standards EVS-EN 14511-2 and EVS-EN 14825 or on the basis of the ESEER value given by the manufacturer; or taken to equal the value given in Table 14. When calculating the cooling factor on the basis of the ESEER value, the fact that that value is based on the capacity of the compressor module and does not include the electricity use of the condenserfans and pumps must taken into account and the corresponding amount deducted from the ESEER value. Table 14. Energy efficiency ratios describing the cooling energy production process during the cooling period Manner of production of cooling energy ε Compressor-driven cooler 3.5 Natural cooling, liquid cooler Natural cooling, ground loop (horizontal) Absorption cooling 5 30 0.7 (4) System losses are determined by means of a simulation calculation or by using the values given in Table 15. Where the calculation concerning the energy need of the cooling coil already accounts for condensation, the factor βje that states the relevant value without condensation losses must be used. If condensation has not been accounted for, the factor βjek that includes condensation losses must be used. Table 15. Factors describing the condensation losses of the cooling process and the heat loss of the distribution and emission of cooling energy Cooling water supply temperature βje βjek βrs 7 °C 0.3 0.6 0.2 10 °C 0.2 0.5 0.15 15 °C 0.1 0.2 0.1 18 °C 0.0 0.0 0.0 (5) The βje and ja βrs factors of split and VRV type units (local units with separate cooler and condenser elements) are deemed to equal zero because their heat losses have been accounted for as part of the energy efficiency ratio. (6) The SEER value stated in the energy performance certificate of air conditioning units and air-to-air heat pumps (split and VRV type) of up to 12 kW capacity may be used as the energy efficiency ratio with respect to the cooling period. The condensation losses of such units may be accounted for by using the values corresponding to the supply temperature +7 °C of cooling water as stated in Table 15. § 25. Calculation of the electrical energy use of cooling systems that utilise free cooling Where the cooling energy that is consumed in a building is derived from free cooling and harvested by means of a compressor-driven cooling unit, the delivered energy of the cooling system during the cooling period is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAALYAAAAyCAYAAADx0SHKAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAVISURBVHhe7Zy9ThtBEMf9Dn4DF5R01C5Iiahp oHdeAGgoEkQZ0SFEmzIPQAoUiSJd6JHokIgURUI4Da4uHstzWo/37mZ2b897uxMpEh+36/3P/G5u dmaPQaH/1AIJWmCQoCaVpBYoFGyFIEkLKNhJulVFKdjKQJIWULCXbr06OyoGg0H5fzjcLp6eX5Jz ei46swf75fmp2B4Oi92Dk+J9NitBfny4X0B+/e0uCbhz0YnOyhpsdPbR2ZUVXoA7hcidi07TiVmD DY9lGqlN48xm78XJwW5RBX5fQnkuOhXsuQUwijWlGk1QxA53LjqpH7KN2Nw0o+9g56JTwV5a4O7b dTEa7Rev02ll0MVUpC5diT1i56JTwRaAPZ2+FvujUa8rIxywU9CpYC8tgLnn/cNjZdAFKGxVEYjk F5NJL+rcuehUsJcWsKUZGLkAdvy67xWRXHQq2IYFaNPi39tb8evn97L7WJVbw7hPX77Gnl6X68tF p5b7CJK2NvN4vFVZv4ZKQ1OZMEbqc9EJts+23McBD0CwAQw/r8vNOXPHdE2KOtfAxpzMPBBEv+5z +csXqD5tHH20htYZmrM1sFMs/fg4mI4F+0w+TGrr321+3qbmCq0zNGdrYOOptpQetW3CARuxyeRi 5SRgm/PHMldonaE5WwO7qnYbi8E3vQ6XjWPo6BfCJqF1huZsDWzYSDS1mkMYUjInPsYg9zcbKF2s 3WXjKAV7k/rQD6F1hvbVCtichL6NMhctO0neXIFIYt548D00UbiHfSQ3kHktPjpdNs4SsDelD7V2 obMLzlbA5h5xdIXDdxysb7w1Xmllg5Euz48Xb8G0cdP5rtE2ngt2X/WhZonO0P5aATt01POFBiI9 bXHHegIPI19V2bSqPt4XfTTCS3R2wdkK2JyTYBROGGOKClVNqTrMU2ckGLO3c7hWmqur0bv+ru6m 5UQyqT68Htdrs7urlrpxvjphvAtn0qBYgu0S+eghfM5JMligS45tg7TuoBJGzBg2wlyw6U1YpQ9+ frizV6ZkthRGCkIb13N0unDmsrYSbOlpNgDHtpHCzZzLYurG0JsGv/98c1OcH18u6soQCSBywY0D 1ZLbH7fWiN322prm4zhcos9mY5cqRtO6pb/n6JRyRgMhZQ4zBpralWDTR5vtcURLa7bHX8jCvpn2 4FrMHTYVV5WKSB3mez3H4fiIRrtz9JmbNjOC+67XdTxHp5Qz8Lm576DnWhrBloipO0cQEmzJGuHa WMCWrltyPd7YsVaEJFo419oObNmeVk6n+2iOZy6I3mGcxYa6JnWwQ5+3COUXyby2/ZiZKQBvtpTY CWzMe/ADMEr/+ft78Y5gqMqIxCCpR2zuRl1qs5iup/u4uoBK1+0MNi2zYa4T06tUqUbsHKAGUCnY kja8M9gYEaGD1EUd2yWSSMG2tXpdWugua5WMob2Dulo2nbcvGnHdZiry8fSUXeXyApsajbMrljiw y2tt+Wrf/1iOzT/0z0mkphE1twp2lyC2/VmxNDna1mXOl4NGBdtCkFljtaUg0tQmJKSuc9dp5LTp XT+363EasecW57R5Y2rRu0DSpDHWNr2LVhijYM+NQGuh9M8Hx9aid3F2k8ZY2/QuWhXspdVoGQl3 4rQe3+dUhKsRQZLUjF3hCzlOI/bcuuarWFA6qzoR2GewuRoBthTa9Aq2IGz0GWyuzFTa9Ao21+Pz 61IHO6WOpoKtYC8skBLUunkUQI3Ot71qJpwmyst92vQxCtKIHaNXdE3eFlCwvU2oE8RoAQU7Rq/o mrwtoGB7m1AniNEC/wEmCGxO2P4EfAAAAABJRU5ErkJggg==

where α1 is an estimated proportion of the yearly cooling energy produced by means of production process 1; α2 is an estimated proportion of the yearly cooling energy produced by means of production process 2 (α1 + α2 = 1.0); ε1 is the energy efficiency ratio of production process 1 for the cooling period; ε2 the energy efficiency ration of production process 2 for the cooling period; Qj is the cooling energy use during the cooling period in kWh/y including any condensation losses and heat losses; Ea is the electrical energy use of auxiliary devices in kWh/y. § 26. Calculation of electrical energy use by auxiliary devices of cooling systems (1) Where it is not possible ot calculate the electrical energy use Ea (in kWh/y) of auxiliary devices which consume electrical energy (such as the pumps in the cooling system, the fans of fancoils as well as other auxiliary devices) with a higher accuracy, that use is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAFQAAAAdCAYAAAA0PEtlAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAKLSURBVGhD7Zi9TsMwEMfzDnmDDB3ZmDOUsWJm KXt4gnZhYGBkReyMfQEGFgY22JGQGCp1rQgLmYyu0kWOc86d4wsIyZUqVY19/t/P92EnM+mjSiBT tZaMmQRUOQgS0ARUmYCyuV6ENs23WZ3NTZZl3u/8bGW+m0ZZSri53fbdHOV5qzNE1+3lece/PD8y 79tduAhnRg9oXe/NaVGYu81jtPEpDTxu7kxRnJp9XR+WQbicbhznwn97fToA5uZzPvWAouGn1zdu 7p89ByjlrOxElCQQEOb55S2pHXyPjdQeUNj5WKNTk4Z0daFQkF0dMG+oLGC58wGX+NUDCovaqSQx 8ptjMBLtDEIQQ1klLQkcdM7XDlBJQ4qpMW4jsBufNCsgLXHD0Z5krjSdVYFKd5HbpSmfj013t4lR GjGgQk4Lrp1OhEp3cUpgQ7apdIfxkoYkASqxw/neASpZlDM45XM73e11MLMkNXRoDNWQIWqvq0p8 Rm2BaoQ7BzO2hlLpDmsCCC5NKf/siMffMR0etLRAxxq0IXFOccAl6e6eQKis8mlyD/Vfn5/m5flh 8KYFc65u7jvSYE3fJaAF6l7jqKun203BsL2j4EjMKWAIKKb7x+7jcJNDfe56Ek3UtbMsZ72zLeiB dak1WKAx0YNzpwTqS3dOd4gmaiz8R9Vd3/9Rr++omjjFldXX3SmYmpp8DWmoZo8GCqlg10xwenm8 EHdDLrLs55Kmg+mpqQl8qk6q9gWMRLMa0KmurCFnQ3eTYzVBX6mq66BXlaOBwm7Z6XWxXpvF8TJo NyU7HjpGUxPVkDg9UUA54//9ua/xDPmVgBJ08J3wmHN1AqqcRgloAqpMQNlcitAEVJmAsrkfj5ra RxJX2MoAAAAASUVORK5CYII=

where βa is the electricity use factor of the auxiliary devices of the system during the cooling period; Qj is the energy need in kWh/y for cooling the space served by the system during the cooling period. (2) The electricity use factor may be deemed to equal the following values: 1) for hydronic systems with chilled beams, 0.05 2) for hydronic systems with fancoils, 0.08 3) for VAV (variable air volume) ventilation systems, 0.05 4) for split and VRV (variable refrigerant volume) units, 0 (auxiliary devices are accounted for in the cooling factor). Division 4 Local renewable energy systems § 27. Use of solar energy for the production of thermal energy (1) The thermal energy produced by a solar collector and the electrical energy used by the circulation pump is calculated either by means of the relevant software or the formula set out under subsection 2 below. The software must allow the use of climatic parameters of the test reference year of the Estonian energy calculations, permit the accounting of the solar radiation flow which reaches the collector surface as a function of the collector’s orientation, tilt and shading, make provision for the heat loss of the collector and the system, take into account the particular manner of charging the accumulation tank and the use of thermal energy in the building, and include in the calculation the technical parameters provided by the manufacturer. (2) Where more precise data are not available, the thermal energy of the hot household water provided by the collector may be calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAMcAAAAbCAYAAADI+ZuSAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAUMSURBVHhe7Vs9SyRBEN3/sP9ggwvNjA28UESM TNZ8hQvlNDE4D0O5TBbTDRWzQwNZMDAQVBAMhAUDwVTYyI3mqIEaasrqr5nu6ebogwN3p6f79at6 1VU1s70i/8sMZAZEBnqZl8xAZkBmIIsje0ZmQMFAFkd2jcxAFkf2gcyAGwPKk+P9bVYs9ftFr9er /q9u7RWfi4XbCh2PlnDfPLwoUZwcbBfbByfi9fn8o1gfDKr9Dwbrxcd87m1HsDbw2+8vFbO3d2/z Np3o+mxc+N6jDZZY65qwfRHHYvFZ7G2t1kRBBQJ/65zNtGDI6y8PN0rc47PrL0uDUWA/kjgkkcFY X86D8+/s75dBKDanaPeuA2CsdW38sCYOKgwpmqEzpRLp6AYRO8eGguFOjVFbJQ68TkUlfWdDsjQG 5gJMj893pTgk8Tadu8l9eEqqTtEmc9rcE2tdG2w1cegiKU6GzhbbmHxzGIklXOiIkBLRVOliOi3T Ju4QOIZHUV9RjmJNxTkQEz3BMBiEPE1ireskDjS8KW3w5SA24HyNASOjgcEZx+PzcmqVY+qE1jY/ 5jynwifsi566GChDp3ux1rXxrerk0DmElL6EjCY2wG3HoACkE8UkDskxuDFtcehOXipe1/l8jacY uhIGYI+1rg1vlTggXbKpJTDShcpNaS3AGwGq+kC1URNWlTgwdfQtDlVd1PY0sjG0bgzlqUthxFrX li9ncdieMLYAQo1D4nW1Udcnh66bZhOYQnGFNt3Y2Ki6faHTKdhLrHVteayJQ2rTQiThHZuYhrTZ mFTkSfeZxKFq/0p1GUZclRhjtshN2FC0YNe750exSWHDOx8Ta90mWKV7KnFIHRpqUDA6pjw0pYLv bKMMzHc0GmkfeLVNq2zTQ11BHqJbpUtXpNPYN686h4G1aMCj3T28j9rOBVvbdX05ehPMYitX90yA FuLgRMPlNeunu+AEo9FRsKfsLsLQiQMLRThJfTznUIkNDc9PsC55lbplutTZFZupHqT+FCplb4pZ +RBQKoa5aLiz0+iIf8M8SAA4b6hCnr/qwfFLqZDuGYPPJ+SmIpc7aJe8St08lWAgsM1mT7UAZ9qb Shy268K43z//FPe3V19etYFro++j6pUe/DydXhSbu4flmx7geybMqmd34rtVkmPgaw7Uyaiz85Yc jQhwDSIwr198HZkwj67YVb32YXoA5+PdKuTS1PqmqUyXvKo6c7xlDePAhipsrrZ0WZd2KakP8SCC n88nx7U00YTZSRyqjfJJAOjx5LxUKJ4I0hEG94FzHO5uWtcnrmT/T+NT5BVzdglbSO5hPZpt0M88 2KKAMRgjLhvMUuB2/j3H7d+LssagxfrpZFKsLQ/L4w2FQN/ehe+W14bFj+HQuj4JSXjKc6fIKxbj T7NZ9VIqtXlIPifHv2o+QwtrXmTD56vb+1rTR8UnxaxqFDmLgxaRWIwjAOhaSeIA0JCWhSzGQxqo y7npyZsKr5jLv76/Vg0Yii0UP1JNgT6nunY5vaz5mYpPipmfTnitsTikohGLn5VvK5XaQSxQp0CR FKoYD2WcGPOmyCtikgpbUy3VhkNVTQFZCb1GGwhQuFM/U/Fp87ukxuLgasPiFU8P7BZhAR+yGG9j gNTuTZFXzOV12ELwyLub9DP/ecVkclqKgvtZG8yNxRGCjDxnZiAlBrI4UrJGxpIUA1kcSZkjg0mJ gSyOlKyRsSTFwD+StVs0/YLJpAAAAABJRU5ErkJggg==

where Qkol is the yearly thermal energy in kWh/y of the hot household water provided by the solar collector; 210 is the thermal energy in kWh/(m2y) produced by the collector for the active surface of the collector; Akol is the active surface of the collector (in m2) which is not overshadowed; kik is the factor describing the orientation of the collector with respect to the cardinal points (for kik values, see Table 16); knurk is the factor describing the collector’s tilt with respect to the horizon (for knurk values, see Table 17). Table 16. Collector or panel orientation factor, kik Orientation kik, - South-east/South/South-west 1.0 East/West 0.8 North-west/North/North-east 0.6 Table 17. Collector or panel tilt factor, knurk Tilt angle knurk, - o 1 30-70o 1.2 >70 o 1 (3) When the formula set out under subsection 2 is used to perform the relevant calculation, the maximum thermal energy of the hot household water provided by the solar collector equals 50 % of the yearly energy use for the production of hot household water. Any quantity by that threshold is exceeded is not taken into account in the energy calculation. (4) Where more precise data are not available, the electricity use of the circulation pump of the solar collector may be calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAASMAAAAdCAYAAADhJwpEAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAZBSURBVHhe7Vy/i1NBEM7/cP/BFZZ2V1+h5SGH lU3sI1iK2tgolmInx7UpPawtRLCwEFQQLIR0gq14Nl71ZA4mTCYzu7O/Lpu8ESyS7M7O++bbb2dn 991k8H+OgCPgCHSAwKQDH9wFR8ARcAQGFyMngSPgCHSBgItRF2FwJxwBR8DFyDngCDgCXSCwJkYX F/+GR3duDJPJRP1/486j4d/FRRcP0KMT5+e/h1v7+8OHLz8u3cPPHNO7T16tuf/jy4cV3KU2Jc+c 4gsdh/Li5PW7EhfEvmi/1DY838nJWXX/ejYInAnx5NfPxXB0MB1+n5+Lj2HlXO123Jk1MUKylpKi 5+C19E2aVBDEvb3rw+Lnr+DQGGwuYjUFyeoLd/Td65PLZzg8vBYkfgm2XMRTbY2Vu6+e3F0ufBwz xGR//5YoRlbO1W4nxXZNjPigqYQYe3vAj2eOMJE1MiBeKGJceHLFQ4uDxReN0OAb9G+ZGZfYhwzg +t6eOjF3kZsgNrObs6DQQEYu8c/KudrttDisiRGugLFVfBcDW/pM2soMK1csu8GJxDNS7XtJMDRS 0rYWX7SsCDgB4hgT1hIcc7Mb4C3dBo8ls9e2aJQ32gJk5VztdmYxArK2JFsJUXvvK2UxuKocHx8H J4u2qlsnZ2iF5NlXzBeKMydi7UxNiilwMCf7yu3XO69C/oW2aNgvJkZYFsD2nHNWblrbmcTIUrwe y4oDQdaK+Fr9R5oMGFiaGUlpr7Y9lvpLwbSIkdUXnknRxekqtkI52blVtLdZeKRseHpwFK1FamJk 5VztdiYxsm4JdimgtZ4FBca6ovMMwxpwzV+LGGl9tWwHfaIL0FVM+py65VWIZC2u1LIDzzybPY+e bG+lGF1FCl4rEL3Z0Yp8IQGAzAtT5JwUlx+18kzOmsVKkz+WJcdqYCXxyRGWMXIXRMYS463cpuWc tFj2rLRm8Xw2i6aVJUTeVN+czEgSI62Azff1UspuKWBL+EhiFMpOpCJ4Cg/AB8BL44I2NhappQkY 4m6KbyG/NsUtadwUP2NiFONcrIDNF9SYveg2LXUygUFI2S17Vhzcmlb2EPTcmhEv/murPCeI9fi0 ZJtm9QW3YtqWk9fGUnkAzxDiQmrNKJSVpvq2LRxN8VMTIyvnareLipG1UEoNcUBw5QKlpEetSOrY TVH4/cX8bHkDHPvxegj9jD6czV9cFpyhuPxtsVjaQHHQbNcUvtBpmlTA5iuI9WKZ5LOlZiSRSrqk SeMojcXJncoDsBniQuqpWEiMUn3bFo5at2iAdShrtHKuVrtQdru8Z4SrZug1EH6KRANHCcQvrsFv MPFiAEI7Ogb244Sin8EHOKrGic0nEo6p2a4pRqHiLs+0tG0XrwNZazMWMcJnDfmCPAiNKxXfsb2F BzhBpO1W7i1sjDvPTHeRoylbtJgY4cJA570Weys3Q+1MYpQzKcEwZjL4AFJaDM5BlvP0wW31dqwE MBKJixh8j0Tm9QsUMDrxwEden4itgDl4YGDHdk8rlQfwXqNWx+ELWW4csF+qb2PgaCmmpf212Ge/ tU9PW07n8+WLeCg89EVa+O7gaDrcn07V4jWI2LOHL1eOKVEwuPP4mQuY9vnT96+q7VJgef9aL3zW 9quVvVQewKL05+8fsXidmxVpz5bq21g42ooLFruhxSZbjGgGhEGHrYckRiAe9x4/Dt6JkApy0O/p 6enKuzd03FAtCYDB379+/7Q2Ns+gLEBa29SeVNZxN9EulQeQ0UqxbiHiqb6NiaOb4EpszGwxkgqD sOotFt+Gw2uHywwIxAm2Le/fvwm+n4Xt8M8cYNGNCgk/8QvVknDLBD59/vh25RWXnCsMMSDH+nsq DyC+rbbIPAapvjlHN8vibDGCCU0LXTQboAUsrJ/wug8Qhf6NFcyC4O8A0beMaaoNxe35/HQ5Lic1 /0yL15BhcdubhX43Rk/lARZULZf1ShFK9c05Wop4Wf9sMSobdrU33ebVtAu2Wtqu7avb6xeBljxq abtfRNc960KMUo6lU8FtaTvVF2+/vQi05FFL29uEeBditE2Aua+OgCPQBgEXoza4ulVHwBFIRMDF KBEwb+4IOAJtEHAxaoOrW3UEHIFEBFyMEgHz5o6AI9AGgf+Vrx8quoqvbQAAAABJRU5ErkJggg==

where Ekol.pump is the yearly electricity use in kWh/y of the circulation pump of the solar collector; Akol is the active surface of the collector (in m2) that is not overshadowed; tkol.pump is the yearly number of operating hours (h) of the circulation pump of the collector. Where more precise data are not available, the number of operating hours of the circulation pump tkol.pump may be deemed to equal 2000 h/y. § 28. Use of solar energy for the production of electrical energy (1) The electrical energy produced by means of solar panels in a year is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAL4AAAA1CAYAAAD/A1GGAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAaYSURBVHhe7VwxaxVBEH7/If8gRcp0qVPEMkiw ShP7Zy+aJoWalMFOJO0rFVstwgMLC0GFQArhQYpABBEksTHVyVz4zrl9u3e7e3d7u3cjBJP39vZm vvl2dmZ27iaZ/BMERojAZIQ6i8qCQCbEFxKMEgEh/ijNLkoL8YUDo0RgVMR/dfAwm0wmxc/Kynq2 uLxK0vDfv34s6cL1ev3mNDqdTt+8zlZX72e/b26ikG0UxL+6XGTrKyvZ1u7T7O/tbQE8yBMjUerY QYv44cGrpWHQ6ePX73VTBP2e5FXxDyqAcrPBEx+k15GEsCCipOb5b2//Zk93tzLdgsV3Jn37INvN ze/s/uqqVt4+5KF7Dp74dZ4mRqLUkQGLWefVY9RHJy/Czr4W6KCJD8DrQpm6xVFHxNDfV+1SMYY6 anxPePe9yw6a+LZhTGrEN8lbF9aFXqC4H+S9/nOdh2gxJLmDJr5NJQGhQUyJVxVBIS+v4sRc0UF8 fzx7m5O+b08PbEdP/BgTryri24ZvfXl39b6Qlxbnu/k8miR30MSvSgJhINoVXLwQzTmdHmU/f/3I pvemRV2aPPHRdJqfC9DW3qScSDIRUXS5iW34For4VbKSDPgeeBA2ulCnKWau+g6a+LowBh6eDIHf 26ws0Jx7G9udHYyZiONq+BDjdfjrku+uMdPpOmjik8Lq4dWf6+vsy6cPxamnLrYn4yAmJc/Lx/DT X/45doLF4izfEXBQxj0efqc5fRabTakSO89sdlLoSDsHP+nlOwkPRUgucgikI8aQzD6yEva6MBKf 6bDTYabDG3Mgt/HZXQdPfF5ZUNsVNjfXtEZVy20ggkoCThAiFggGovDqC10LY4PArgazie/VxaFW eujv7Y29PERTPS2+u7i6yMM4/O/bZmAqrarhJY0zYcYXHfDmuHN9XHax0RDfBAoHkcbwWB3XcMPw efi1iFHJqNgtYDTdVm6a08V4urGq/OrfVWEFfYe8pS52byonv16HmW5+4N1Gq8noia8CTMZ/8eTl Uk8PkVhtckNoAHKdLRZ5yY4+P5nNCs9qaijzDSHqyp1IsnULWUd8rhcST/Kkm2ubneUq0IGXZzlm 9L0Jb76LuxQmOG5LxK+rE6sxb5srP4a5EKvzZjYywM7OTinW5wSCp6TQAIktD2eI+KHOCVw8Pk/0 kQ8hDCKdDw8PveN7W1tyHKsww7j9/UclmWi3qDuZt0puU6tr2wJsO45IysttOASbz98tJbncO1JC q0tsifBU+uSVni5Lki7EV+NjePn38/d5gk4nrXz3sMXQZZzqaJALUQFCLSoQ3mQHbh81VLW995LH j7HXw1aZNsYRkM9PTvKDFtrdVJCRID/a3y+FMuR11OSXe1Qe7nR5ZO9CfMKLV5o2tveyve2NXG8k 3l3vVlWY8VCH480/9w0Xl4jveqDTBtlimcO32hKL/CKHPQJLxE/pgMReTbuRvKphd4WMShWBEvFt ElufRKIpOLrsHiGHb1bfVCa5Pm0ESsS3OSBJW12RXhC4Q6BE/C6rDaEBN7Xtyuf/H7YfKhY2XCsR 36Z/3WZSGSMIxI5AQXyfBzKqmrlIcVODEZ2MolHMJkaXGD92GqUnX0F8nxZdUzMXwWBq6EI9G/VX 35O39KAWiftAwNRzVBBfbU/VxX/cO7s0c8H76w55mrS99gGk3DMtBGqJ76pOVTOXGubwvunZ8bNS 41PoJ29c9ZTx6SOg45h3d6apmQs96bzPAg1Gn8+/lR7X6+PJm/TNeBdG2uRGQ9C1qQ78OQg+lzfx Tc1c9NCC2t+B0+Bv559LTyfpFk9TRcdw/ZhP19uyrzfxq5q51FAHDUbUWcebirp6GKMtcGKcx6f6 FqMefcvkRXxp5urPbGNvG28LeS/iSzNXW/C7zzP2tnF3xPRXeBG/rZvLPO4ISGLrjpnuCiF+OzgG m4W/uSHYTQd4IyF+Qkb1OV1PSL2gogrxg8Ld7GZttI2j78n3kb1mGsRztRA/HlvUStI0sZWixH+I hfi1dItngKltnBbEg8fP83f60In529lx8fpAeHbei9Xlw+7xoFUtiRA/EUtVHVzxSk/VqwqlE1Y8 fiJ0txMT75ape1WhNAQK8e0YlcAo3h5e9apCXRt5Aup1JqKEOp1BG2Zi3uhX9fInaQgs20OIH4af nd2FN/qpoQ5/eYA0BArxOyNhHxOrCavpVYWS2Arx++Cn3DMyBCTUicwgIk4YBIT4YXCWu0SGgBA/ MoOIOGEQ+AfVTzsbHKeDbwAAAABJRU5ErkJggg==

where Epan is the electrical energy (in kWh/y) produced by the solar panels during the year; Qpäike is the yearly solar energy (in kWh/y) which reaches the surface of the panels that is not overshadowed; Pmax is the maximum capacity in kW of the solar panels at standard operating conditions (Iref= 1 kW/m2, temperature 25 oC); kkas is the factor describing the use conditions of the solar panels; Iref is the standard value of solar irradiance, 1 kW/m2. (2) The yearly solar energy that reaches the surface of solar panels is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAK0AAAAdCAYAAADYZew2AAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAATNSURBVHhe7VoxS1xBEL7/cP/gCks76ytMKRap bLS/9CHaWMRgKelErr3SkDqFCBYpAjEgpBAOLIQLhIDc2XjVhnnwPebmdt+b9/a9W1c3IOG9t7sz O/PtzDez1zHpX7JAZBboRKZvUjdZwCTQJhBEZ4EE2uhclhROoE0YiM4CTtCeHu6ZTqeT/3W762Z8 P4lug2UKX5yfqfZ4e321YI+9w1Pr0tpxZXrhO+nX622bh9lMO6WRcaHkapRfAu3kfmzWu12zubNv nubzfA044+z8QrNuFGPoYPLDiD1eXd8u6E/vuT1gIwlcOX82ezDbvZ5xAVxjJNJR+kIzz3dMKLka vRdA63IGFiKnvJSIi73KQyidBeDJcTISzedPZn9ncwmgPjZzydY41mdMKLlanRdAW3a6XI7RCntO 41xRlcAoo6/moLoOgeu9xhaYyyM/aJtP9C6THUpumV74noNWa9wyYGsFhx7nioAStIiod5O7LNWD 50vQ2BxNe/SJWjKaSzrTlg1DydXuJwetNo09R9DKolFTQBbRA5qP6IZCjUdbW8ZxRW4fXgtbTx+n GfVYVUEWSm5l0GqqRTgrRGGg3VCVca5CzAZayWnlIW8atAD7yehLBlgNRamyd9fYUHKr6J5HWg1o fVJdFaVWOZZHaTqM4/GN6a/18/aepAu8KOXgbpoeYD2S8fXyMqMmq+jchJJbxedLnFa2e/hiLge6 BJIBBoNj8/ffHzN4M8h7jRSxjweDDBgEmiKZVTbTxFiKmDwNu2iTjKxlhZhtj6AeNjDiG+aRnSQ9 4HakvWtt6Su3CTtjDa3OXGYOWlvqR2Qlw/lws6JUtLux5X1pUYfTunSitXiR5QKjBHeTLS+bL1z0 A/sg//jaso5cHwDX1dnapwVnfZxOzc/v3/KK2XbhAM5FaUx+l6kXlxWIwJSKKRLjPY8u/KaqjfaO 7RC6MomrJ2vjuZwy1D3oNhqGd/KSA/aDTW221AJLKxddkU8fPuf4AOemNXhW5c908N6+P8o4OqhY mf9tWch6jWu7wu3315Ya57KQoWcIIUdzsPFvpDyNo/8xhnclaC6cg9PfBoXg/I3AVlSdy+tZF79s 4hq3Sg8ZerhsqQUsjdPK5WPhP/IZ6SIPD3+29cBt/qf1iyhMpR/McOBJPoWNuKIinwseQ4ohUmOe LWVwh1Rxwksfy/mgzZZt7l8GJTwDvLxgxcHiGAAwpf+5zi6+Wwm0fEECF6UH+fsEfnJ4vxRpE2C/ GY+zNEHvh6OR2drYzQo1Galczfw2HRLD2jxoIBtJW7a5j9HJx4VaBACTQMOzDHJlOvNsK/dRG7Qy DaB6Rdrn3ItHT3AcumFC4cApgPxxSpuGj3ltzhW5fdukU7zok7yVfPnj968lPgsfS7z46FwbtLJ6 5sWKBB5v1xQVYQR0ao/xKlh7UxczAOvozkFgK8LavABy8VZeWMtOhKR4PjrXBi0B8Wg4zO/jZRHD i7l3BwcL6Z+iseREvL3GKcKqri7rACfkHBSz4Ia8luC2bENHCUA885RP3YTRaJgX2pLrFvm/TOda oF1FCipTPH1/vRaoBVrZi3u95ks7D2GBWqANoWiSmSwACyTQJixEZ4EE2uhclhROoE0YiM4CCbTR uSwp/B9/ds6jOGH8oQAAAABJRU5ErkJggg==

where 960 is the yearly solar radiation in kWh/(m2y) that reaches a horizontal surface; kik is the factor describing the orientation of solar panel with respect to the cardinal points (for kik values, see Table 16); knurk is the factor describing the collector’s tilt with respect to the horizon (for knurk values, see Table 17). (3) The maximum capacity of the solar panel Pmax at standard operating conditions depends on the type of the panel and is calculated on the basis of the manufacturer’s data. The use conditions factor kkas accounts for the environmental parameters that prevail on the site (temperature, installation parameters) and for losses related to converting the harvested energy to alternating current. Where specific data are not available, the values stated in Table 18 may be used. Table 18. Solar panel efficiency factor, kkas Installation type kkas, - No air-cooling 0.7 Moderately air-cooled 0.75 Intensely air-cooled 0.8 § 29. Electricity generated from wind (1) The calculation of the electricity generated from wind must be based on wind parameters at the location of the wind turbine and take into account the efficiency of the turbine and the size of its blades. The data of the Estonian test reference year for energy calculations cannot be used for calculating the electricity generated from wind. (2) The annual electricity generated by a wind turbine is calculated by means of the following formula

iVBORw0KGgoAAAANSUhEUgAAAU4AAAA5CAYAAABZA8KkAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAApKSURBVHhe7V29ax1HENf/oP9AhUt3rlVYpTAi lRu5f4aUwVbjwrFcCndGqH2lRVqlMMIuUhgig4MJBoEDBgVCwKDKqs6ZC3OMRvsxe7t37z5+BqP3 3s3tzv5m9nezsx+3VuEfEAACQAAIJCGwliQNYSAABIAAEKhAnHACIAAEgEAiAiDORMAgDgSAABAA ccIHgAAQAAKJCIA4EwGDOBAAAkBgFsR5efm1Wmwtqq+Xl43FXz55UB2+eg0PAAJAAAgkIzAL4ry6 +lY9Xyyq8y8XNUAXX86rxeJ59e3qKhkw3AAEgAAQmAVxkpkpwnx79qm2uPwMFwACQAAIpCIwG+J8 /eqwHprTsP3ZoxeINlM9BfJAAAg0CMyGOD+dva0ePHlZEYFy5Ak/AAJAAAi0QWA2xEl5zYd7e9ei Tf7t3sZGtba2VkekNIynz3fvP26iUv6Nfifype/0l4f9/LmNAXAPEAAC40NgNsRJQ3QiSBltEnFu 39mtZ9v1dc6DkszTg2VtWTnJRNf39/cbAh2f6aExEAACbRGYDXG6ANKk+OLRs2bJkpxAouE9RZv0 f339dj07T/du3tpsZurbGgD3AQEgMD4EQJwimnQRJ08qyYjzw/l5vbzp5PQEy5rG5/PQGAhkIwDi jBAnRZa319ebaHOx2GryoYQ+EavMh2ZbBAUAASAweARmTZyDtw4UBAJAYJAIgDgHaZZxKkVLvjgX vLFx79oW13G2CFoDATcCIE54RhEE5AoFTmFgmVYRaFHIABEAcQ7QKFNQSRPpFNqENgABRgDECV/o BAGaNEPE2Qm0KHQACNwgTlrk/fj+3SZXxTkr+XcKs8hybaarjb7fSubuJNZTOeKOVyHwetcB+Pik VKCNGoeHx0XaJHPSvCvOUjBvFtF9xPKg5K3PoXpioxWL3hYZ0sEqp/W9QZwMylQ6cshAEjTL/nWS L0mcRN5EMJubtyYXnZEf7d7ZxgYBCxMZZUr2TfZ99nsu20p+bR+MsZPJWA9fP7PobZGRpNkGgxvE qSs12nS0Yhx5Wh1hefC0CBlIR53qWtBYJxmt06xIcY7mLQ/5kIo80tEkSX3f0g/IX9sEEK4DxaWe sVUZFr0tMlSnVc6H4w3i5CiID/1dkY/0Wi0f4mFxhr/+/KMIcUqcS0eyJcEjbHRqhp1O/k5tkN8R cZa0wv8bLeTQOGdEyASsy/D9rlsiD7lJaWVomC7r9hGzRW+LDOlslTMTJ4FiIZAUwIYuK3M2feRv tdGsT/pV4OhyYp++rj39pXTWJ1S1KZf1YxtLfXOjuDb6pN7jeoilliFJQ7fZkgrgh+bOzk4ykVtH IDHiDOnti8p126xyJuK0TAzlPOnaGFl2GJ2MtgwrrHXKrZWWPI+1XJecfjiVGoLl6OS7V0fDviFO F3VTma5Tq8gPUomO2sHHBm79d84AnZTFB1vz567aUKJcC6lZ6/Gl4yx5TpeMxSdSRiA+4rTobZEh nKxyJuK0hupWA41NTuZYunpAcB2y/JKdojTm+hSoPqNj7pCSJHNy8IwzvW+KX9w35IeWtGVJPXNJ w+VjMb9Iec/X6Igz1vjSnXKI5XU5fItF9F1Hum3wlhGfJbJoU4c12uVIoe1Iw+XfQ84vS1xK9s3c YaqPOEMjAXnKWMxHRjdUT50to44kj2KLAaKv67dPpt7flTynB0oTWSha0gl3iS3jxMfZhSbu9GHL liEtPyxcUTaTJV0LkUyKLUP1sU19JB1aWB8r1zWp0Xaio43vxTAK6e/qm23Li02MWHxGtz/k2zE9 dVkx4vRNapHe1rZZ5aJDdddMacw59ExqTF5ft4TvfeU49dO9NGly5OabfNKJ/1xsU3JKMbuRbgfL 43pjRFcpDJdv0HF+shPntMn3BgBdRwyLVVwvHennLMXxRauhoMvSzyWuvrIseltkqC6rXJQ4LYlh V86FdxzoNVr8/fPF52qxtWhySlIutDxhFQ5KdcpT4UvqwNGE72kunUVPVLHjnZ9/qA9O/uffv69h SnoSuRGpaVl+d3ys/lBb+d7QaovUzhHDVuubQ5pUlytadnVQuTRN+65M48gHK+lGb079/bdfr70l oE2g4MLF18lzMLcuEtf6uHSRoxKX/inDdLo/RMIWvS0y7BMyveDiQN8ooFnHKTurb7uhzi3J5QXa iL4OLOVSAY11ttzrOY4YqpuxDUWxOoclseUZYf6rhz5SbykrXyiXs8wqNgRmJywVjXJH/OGnn5vt v7lL5FypEIqgpU2onYwTdaIfd3ebE/7lNT1pxR2Vy/L5NdumjZ+6Hl455Uni4P7uWhDvy1vqkaAv IEgdpseI06K3VcYiFyXOVGNqQLSzsFF9v3OU1CafkqqrRZ6jBo7QQvecvXnT6VmTGlsmUUmmsc+E Ow+vS6cdXNhY1+hZbFFyBtlXn67DFdEy2bquydGSzrv68rAlMeqr/1BbhtJHLb7ThYzLbq1PR9JD c124q7NLY7d5EnUBCpWZMslFssujZfPq4C50ktj6Job4gSQJX8ryQS1Hy2XzJs8udGX86B1MpXab yeiuK531cNCVU2bSkMvU5GiMH0h6G66ro5X299LluXDuo46u7FuqXJ8vtiZOOTx05TfpgId3H9/f yG/ywQ9dDYtTAUt1jq5yoFJvF7Y638YRj4wIZF6ZcdbDylR8LPLa/pZ7fDKxfFlO2XyvK0+niVP6 RWiizuf7+iFSEiNqR+nyXLjmpgJK2GqoZbQmTjlUkR1dzs7zZAYNf/Ws/VAmhlIO7ehrg4ALW4kl ORPp8nBvr56U4PRCaGIoJ8cZc96SD8E+1lW6Ztj1cFxGpPqazEf7cvs65VMSI7Y/TRRaUksx++F6 OgJZxMkz6kyK/N7x5fKoTrr7fic1Vz0xFFrmFDufs+ucj5xs0BNDbGJX55d5ZT3rS9sKu9J7KpGJ HJLTQ0kSk7wmJ6p0AMDfiSi37+w2ufDSGJUuL5065n1Ha+KcN2xo/dQR4OVdOe08PjzsdBIxRzfc m4cAiDMPP9w9EQTkGs2U09BDudqTk9OJoINmaARAnPAJIAAEgEAiApMmztQZ80TsIA4EgMBMEZg0 cc7Upmg2EAACHSMwaeK0LAFxrYcrMTHQsd1QPBAAAitEYNLEaVmyEdr3vUK7oGogAAQGjMCkiZO3 vsn1pK73w/v2fQ/YblANCACBFSIwWeJMmRhy7fu22KSPbW8WPSADBIBAvwhMljj1QRl86IUr4nTt ++7XDKgNCACBMSEwWeK0TAyxoVz7vuka/07bFYlw+S2J9Jn2fvOBwu8/vqvodal0mjhfwx7iMXUD 6AoE0hCYLHFaJoYYKte+byZO3m+sZSgv+svpaX36ExEn72tOSRGkmQrSQAAIDAWByRJnCYDlEXL6 zE5NnE8Plk2VKSculdATZQABINAvAiDOAN4gzn6dEbUBgbEgAOIEcY7FV6EnEBgMAiDOwZgCigAB IDAWBECcY7EU9AQCQGAwCIA4B2MKKAIEgMBYEABxjsVS0BMIAIHBIPAdABkqwTks8s8AAAAASUVO RK5CYII=

where Etuul is the annual electricity in kWh/y generated by the wind turbine; Atiivik is the area in m2 formed by the turbine blades against the air flow; vi is the wind speed in m/s at which the wind turbine generates electricity; vmin is the lowest wind speed in m/s at which the wind turbine generates electricity; vmax is the highest wind speed in m/s at which the wind turbine generates electricity; ρ is the density of air, 1.2 kg/m3; ηgen,iis the aggregate efficiency of the wind turbine at specific wind speed vi that is obtained from the data provided by the manufacturer; ti is the number of the operating hours (h) of the turbine corresponding to the wind speedvi. (3) The annual electricity generated by a wind turbine may also be calculated by means of the following simplified formula

iVBORw0KGgoAAAANSUhEUgAAAT4AAAAfCAYAAAB+v6EXAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAdySURBVHhe7Vy/i1xHDL7/4f6DK1y6c32FXRpz pHJz7jeQMthuXCTGpXFnDrdb2r1TmICLFIE4YEhhWHBhuEAIGK7yVS/RwrdotaOR5sd7t3urQLC9 qzcjfdJ8I2nm7cEQ/wUCgUAgsGcIHOyZvWFuIBAIBAJDEF8EQSAQCOwdAkF8O+zyTx/eDwcHB8v/ j47uDV8vLnbYmlA9EJgOgSC+6bDuOtP5l8Vw99bpiuzevT4bHjx52XWOGCwQuK4IBPFdE89KIrwm ZoUZgcAoCATxjQLr9INGxjc95jHj7iIQxLe7vltqTpnezcPD4fDw5rD4cr7j1oT6gcA0CGwQ3+Xl t+HR/durpjma5/zP2/cfDd8uL6fRsOMs3Laz1+86jnz1Q11cfB1Ob90N8hvJFfwgidaCp59KPrl3 dLSxljzPpszIrc3WeCZdz87emOgRDpb+VtvFg6VHhpT1yknDNogPzmoF0kTwCgSoHKTM6Pj4hum8 K1CvecqXTx4M7z98ah4nBlhHAIsL2GKNWARAz/XMxJHdy7Up9Sv1X8mat2IMY2m3DDxYemQ46ZX6 hZ7dIL5WEEtBn0qeBysR4K5mrcCL/MRtiIxvnEhCliVJzkNqFGc9rxlpa1PT0YsICNXaNCnGZndm 6rUp63qVB0uPDNnlldMw2CA+ZEXXrV/E7SIH9QxIb4B55GhHlaQMJ8vPySa0IHpmFh4990VGy7K0 zzku5EsrKyzBUSPSkoxNzsdjiGIpV+nlylyOh6anB0uPDNnglXMTHzlrW0mhJEi4rATJs1vXztX6 XCpoptaXYgCEWrtwsaBA1nyBWZlFK4Y9n9eyIYtssFmdnJys9fhaWkipTZFsbV2z2rgSR6vMhbxF fNL/HEsv3l45F/F5DjZaHFcTkHwRyoMWb5YjA8Ob2tfo2/qMzEZby5gSfRCACExgX0pUZAPFCT1/ ZzZbNvjp3xZZlOg6laxWXlp9vtT3Lb7UDkpoTbS0bbw+KWmlaMTnwdIjQ773yrmIz5O+TxVwveYB QJywvc7upUPJOOSD4xvHq9PZqbI9LEpOci39XmA8mz1b9YS2ecPRfNS6wOS4tf7Mrc2WjM/rE5Ij X3puc+wc8ZU6hRbLi4dPq98Rpeef/Z8RjNVPtDJYlHHSDuj1cbEw9eM2eEuBHBHyrMvKEHrMB11S fc/SeOB2pZ5NzdHThpINxivbWlKliI+ytJosWqtwvOSVstnrYyIzb7W3c6Vu6SmUPFn0BhPkSnaR 0rFz6TD6IiC+VjtovNJSQGskg+woyHKHML3mI901grXeBkHfLrUgUo19+VmJDTX+9z6Ts8NqotcQ mEZ8OT1ya9OqYGrHBX6lCYpFfDJeOHF78fbKmaWudnKoPYiJcZlTHnXj35/PP68dgXO53CkR5q3t 8SEYtP4HGrqLxcflmw/8UioImb6j9P6ff//eOMan58mBUhalAIKtdGGAlJ/P3ywvkmu7rNw0WuZL ZQwtpCR7hWRTao4SGxAHdPAmY4ofnGAzIx2ePnwx/PHbL0vfevvBMt5rr01oWVhpcsE3Ji2WvVmb 1zYpV5qgaDZ6sPTI5DZrLxar6yxWszZFgLxMkeBohMDlStJn7+4NOYsIuHNkuYXmPP6UOx63gcti 0XlPyTSboHvudJ1vGr3m4xdBW94CSWWq2mm1BzN6Foue4vSH09NVv4l/x/uU6M1h/JZYk30+z1pJ LWCezZfEc26+lr681Urha8lb5tIzOXL3YOmRSVV0KZy0bHdFfDyDS72mJndNSQYysEAI2ufIbGoy IitoYEvuKgZ2hlQfD0TICdH6O9mJLK32Cogk7Vyw9ZoPwf/djz+vXlVsvc4kS9pcKW1hlso8MX7q O2wIsky3ynYrprAYU9d8codAsmKpiXdrbdaMKWNN83lpmWsRHyes3JWpHN7cV5acSXyW4+X3srSV WVOKPDjZ1QBaqqNHXtqhHWyAwFFCUUnLZfF+86v5fO138jw6lMrwQ5vW+Voa4169U3N4bUj1X8kX tNhl0POFNH/+09qh2diHKNDJi0nITYdAyvfVv87Cy71Uf49Kpd//+nOjv4cSqrRvMBZMUg+tN8kz CV4S0is81HOCXalrIb1155lO63y8VOytJ88qZEbhtUESH98wtUMpLR7HvD0w5u2EsfyyD+Nq8V1N fLzHxMmDH5LgcADZEWVF6NV4DjamcIzUI9eb/P7x42XDHAcYuYONlkullt2pQ4Ga+Wp7TpZ+/Hut zPXaIMtZ3j+S36F98fbXt2t3zsbeZNHWKcElZK8WgSbiw0koL1vo9Gw+f7V8R1H7HH2AkobpWDDJ Jrg82MC8qZNK3sfkfb2UbE/9Zb+qdr7UIURPPWksTbecDURU/Gf1eUlLmw+/SMu/Q1YpN7Nt2WR7 Yxvj1SNQTXz1U8aTgUA9ArhGVD9CPBkIJH6WKkAJBLYJAX5Hz/sDoNukf+iynQhExredfgmtAoFA YEQEgvhGBDeGDgQCge1EIIhvO/0SWgUCgcCICATxjQhuDB0IBALbiUAQ33b6JbQKBAKBERH4D5LK UrtaJYGCAAAAAElFTkSuQmCC

where Etuul is the annual electricity in kWh/y generated by the wind turbine; Atiivik is the area in m2 formed by the turbine blades against the air flow; vk is the average wind speed in m/s; ρ is the density of air, 1.2 kg/m3; ηk.gen is the annual aggregate efficiency of the wind turbine, which is obtained from the data provided by the manufacturer; B is the factor describing the distribution of wind speed during the operation of the wind turbine throughout the year (1.5 where more precise data are unavailable); t is the number of operating hours of the turbine per year. Chapter 6 REQUIREMENTS FOR THE PRESENTATION OF THE RESULTS OF ENERGY CALCULATION § 30. Requirements for the presentation of calculation results (1) The input parameters used in the energy calculation are presented in the format provided in Annex 1 of this regulation. In the case of proving the compliance of a small residential building with the limit value of the energy performance indicator in accordance with the simplified method, the input parameters and calculation results are presented in the format provided in Annex 2 of this regulation. (2) The results of the energy calculation are presented in the format provided in Annex 3 of this regulation. A summary of delivered and exported energy must be presented with respect to all energy carriers used in the provision of the building’s energy supply (electricity, district heating and/or various fuels) in accordance with the results of the calculations concerning its utility systems. (3) The results of the calculations concerning the utility systems are entered in the table of total energy use provided in Annex 3 of this regulation. The energy use of the ventilation system, lighting, appliances and, in general, also of the cooling system consists solely of electrical energy, and is entered, together with the electrical energy use of the heating system, into the corresponding fields in the electricity column. The thermal energy use of the heating system is presented in accordance with the energy supply solution of the heating system in the thermal or electrical energy column, by way of allocations to space heating, the heating of ventilation air and the heating of household water. Local renewable energy, the electricity fed into the power network and the thermal energy fed into the supply or return pipeline of the district heating network are presented in the table of local renewable energy and exported energy. (4) The quantities of obtained fuels are calculated as the product of delivered thermal energy and the lower calorific value of the fuel. The lower calorific values of consumable substances are deemed to equal the data provided by the manufacturer or the values provided in Annex 4 of this regulation. (5) The energy carrier conversion factors are set out in the regulation entitled Minimum Requirements for Energy Performance established in accordance with subsection 72 of section 3 of the Building Act. Weighted energy use is calculated as the product of the difference between delivered energy and exported energy and of the energy carrier conversion factor. (6) The energy performance indicator ETA is calculated by dividing the difference between the total delivered energy use and the total exported energy by the number of square metres of heated area

iVBORw0KGgoAAAANSUhEUgAAAMQAAAA+CAYAAAB0r7QUAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAc0SURBVHhe7V09b5Q5EN7/sP9gC8p01CmgRCmu ooF+rz8BDQUQyogORWm3BF2bK1AExXWXhgIhpUCKlJNOJyFyDaneY1aaZdbrj/HXa/v1ICFB4q95 Zh57xu/Yng3yRxAQBDYIzAQLQUAQ+ImAEEKsQRAgCAghxBwEgV4I8e7N8TCbzbz/LhYHw9frazGU DhGY/Arx+fzDhhAfzj87VQzlbYS4vv46HCwWA23r5ub78Pj+HSvx7tx/PHy/uXH2X0uBGmXCMR2/ eWeEieo7ZGKbPCEAOVwp5vO94eLyymlzq6Nn2nImhSBJbIpydlpZgVpl0k1ICB3q5+HT18FodkEI QOf104frGZwza3z59FFLCJh9dDM9zkqcFShYUyNXrFkmmOB0eri6vBj25vOt1dsXtm4IgTMLkCLE fbHNmKAg7urjq6BS5WuWSdWFzr0LXSW6IQQYFs4gQApfwGDGNBk9rD6claeUcYf0W7tMMD51YtP9 zFf2rggB4NCgy8fnN4HNCT59+vFVYI7yLcikrmAp4gfAsjtC0CAbVgqO349g2/zW1ozeRiRcSWuW SY1xUm0CdEkIGmRzXCfb7GNzpXLM3tw2acxk+hZjcvNqlYnKrgbQqTYBuiUEAMghAyjBtkLA0u0T P0Bbrx69iP7wB+28XC5Z28hcEmE5X5ls7YOryVmF1TZc8qkEUMfsqm8ac5eEgNnl2dHKy050QaaN KKbGTVu3XoPJWDhEJtNwYJV6cPteNtLSTY4UAXWXMQSQYbl86f3VWOdGoFvCXWl0u1z4fUTdDob+ fvnt+foLuCl2CZHDxSVfmeiqgq4Z4qFijR9Ifz87W3/tx/K6FcSlJ0oAnUvrqi8rxA8EQNkvHr1i keH8/fstt0YXtFEDN/np6lYtdSHAQCiZ4HcYyLq+AwBhcgS9ITLRD2VonGDk1C2lBkzlhP7u3X6w 40La5FO/Vut0E4pPNy6Tj+8OZVcnqx3iuPKcXLOvy6+lhkL/rWs31Dd3jdH39zq3CIkARDlavV2v cpT46P/bCG2Tz/Slmo49FJ8uCOEyRNUITDEGJ7nMZlBgPMu7y81sSN0l6j64xuv6va9Rx5Sn33Xo KonuHvzsZLXSrgIgv+5jp00+Wy4TyhGDTxeEMCXr6QzBtQfPUYjJwKhfqwbXdKZ1+b8qsWIMOrau aZOAykPdKNVNhP+rK4VJPu6EFIPPpAmhm4G55yNCtgpdxkV9atWQ6C6Wa0vYRRjXOFL+XnWZcPPh 9Ox0a/MC3Zy//vxja5ta5xrGyhdTf9KESKn4FG2he4H+NCXsr0+ebNwK3axJg8/QgDGFDLo2dGcQ 1JWArqxUbrojhcF1rHwx9YUQuawkQ7tvj4+jP+hlGFayJmuQTwiRTJ15GwL/+fT0LG8nBVuvRT4h REEjkK7rQ6BbQsRszdWnRhlRKgS6JUQqAKWdaSHQLSFituamZQIiDUVghxCc01KQbPbtv2/Oq1dM 55dpHznycTgqjtma47QvZdpEYIcQoSePfLIkMXFtf/8W+0xCanhDc11Sj0PaqwuBHUKEnjziXgFC icNJ0soBlwTUOVCdRps7hHClHZvE5taj5WKzR0NVEJPrEtqn1GsDgR1ChF4/wqmnJs6VOrsrAXUb xllilFuE4ATUuiCYe+xQJQ3HzbIl6IVeDiYBdQlTa6PPLUK4Up9NInECcd2hEE69NmCUUU4FgS1C hLowrkDctfJwzyRPBXSRo14EtggRev2IK6C2EQZcohyE4J57kHL+72e0ihmHhhtCcOMAXaO2K0DQ LTJdMOy6PiRHDMEBRsr0icCGED4f1ihUrnp49YjpBFroqtSnukTqVAigXaqbRBtChFw/AoOzBeL4 O5tLFBq3pAJG2ukTASch+oRFpO4ZAV36TrfZrq0aQg2Jka1iR8dtShsSQjSm3RoSIxuDzGu4Qggv uMoWriExsiwC+XsXQuTHOFkPNSRGJhOm0oaEEJUqRh1WLYmRjcAVPEwhRDB041YMSYwcd4TT6E0I 0YAeJTFyPCUJIcbDOqgnSYwMgi24khAiGLpxKuZOjPR5N2Mcicv2IoQoi7+199jESI5opuvsOXWn WEYIUbFWfRMj8ckwuHIeUrTpiUJsC35Ob9zem8/XZfFntJwpQ7liyKKHJoSIhjBPAyGJkep1+3it vukNOBi5+uYdJYHrWa88kpdtVQhRFv+kvete57n74y1r9WlcfJCFXsdjeiuut1VCCJHUJMs2pj4d BjP84eHh5vlbetINXCR6HY8ulugxvhBClLXhZL2rd03hjL9anWjfuYaObW/eoTtV6qrRZMB4NiSE 8ASs1uLqXVP4/3/+/XvLZaIHsuhbdlB+/9b+cHF5tRax1CVypfEVQpTWQKL+1Yca1Qce0V1aLA42 z3KpQbjurbhEw2umGSFEM6qSgY6BgBBiDJSlj2YQEEI0oyoZ6BgICCHGQFn6aAaB/wHGmLfSS30m CAAAAABJRU5ErkJggg==

where ETA is the energy performance indicator expressed in kWh/(m2 y); Etar,i is the energy delivered (in kWh/y) by means of the energy carrier i; Eeks,i is the energy exported (in kWh/y) by means of the energy carrier i; fi is the weighting factor of the energy carrier i; - Aneto is the heated area in m2. When presenting the results of the calculation of delivered and exported energy, the following formula is considered to hold with respect to each energy carrier

iVBORw0KGgoAAAANSUhEUgAAANYAAAAbCAYAAAAAlXFEAAAAAXNSR0IArs4c6QAAAARnQU1BAACx jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAAQjSURBVHhe7ZqxTiMxEIbzDnmDFJR01CmgRCi6 igb6vR4BDQUgyogORWlTQk+DTuIB6JHokGiRUpHKp4k0q8ms7cx616zt9UknnS5ee76Z+cf27A5U /pM9kD3QugcGrc+YJ8weyB5QWVg5CbIHPHggC8uDU/OU2QNZWDkHsgc8eKAirNXqR10c76vBYGD8 u398oX5WKw/m+JkyRSbuqT4wInMMrBVhLZff6mg0UrPHFz9Z3sGsKTJxN/aBEZljYK0I6/3tdb1T vb69dyABP0umyMQ91QdGZI6BtSKsl8eZGg531cfnl58s72DWFJm4G/vAiMwxsFaE9XB1qkajI/W9 XHYgAT9LpsjEPdUHRmSOgXVDWJJLYWx3r1iYIFlMDaNtJ4hYGNsom7Gwbgjr6/ND7Q6HSTUuUmTi CdoHRmSOhXVDWHAp3FYd26g6debADpCt/W87uobIVIdfMjY2xiYxjYV1Q1hwKUztfpUik65xkVrc TAUllniWwsKza52Xv/DMYr5o/LIY5rkritY7kS5Mth1iMb12slHC53rHaptRskNKxkiYJfPQMS6s sDsWB8XWZpwktnWYSmHh9nx69SDmhW25znjxxC0NdGEyLS0NUEumi6dpk1G8aEcDXVjhTlYUd9bi 3yS2sIPCNYU39Uph4aXQdpeh9y86Hial52Y6Dha+mc/XX3OYROhLoHWZKAM/WsFc19PFOqXoC0p+ X9C9WPfFB7Y0YaQfAtAE5JUZ7P9zdlN+6jZdPJX//s2Y1mXFWKGNpviaYsvrhy6OW4XlUoTo9glH GUwqaoDknQMY13UbX5dMNGnQRmCjx2X4f+SGAB3unVSOHSHwYXxN9lIbeQWnL2Rp88DEC2uFwox2 oKh0OWqKre4uq8tTmvv4jPPX7ZCI9+e3ZRLxyg0GSM+kOsNchN7kGdyF6I5NBQRF5PLyb6W5g8/Z CkMIfOgbnb22osJ/o4LhRYb6PwRmajvfbegObYotzycdE/hD15dwFhY1DIymRyesiiC22/N76/lW Kr4mopE8a6uw9KNPcK6pauleVYTCp0sStFe3QyEj/c0mMt5k8NGMksSRjqG28/ii0CSxhTnrxtFZ WGAYOp8aDYIb74zX3TPJ3UJyuazrUJfxtPqCs0/2DssOID2D0+MP59OJMxQ+ft+gxzXKQeOnu6Ng h82WaKEw8+KPOws9Fppiy3OoLlMjYWE3hDcuJpPJOilNuwCtJBLxuQjF5Rna8qZNCMqBLV/4nX9e QwOHCRgSn81eaC5BPHfG440uGj/60UYAMvIdLxRmbocuvqbYQv40yVNnYbkkLn3maTbb+m6h6Rpd Pp86H/dtqryuXJ0ICyrn8/O/LvPe69qp83HnpcrbhKsTYXnN6jx59kAAHsjCCiAI2YT0PJCFlV5M M1EAHvgPQj3rC5d1pmwAAAAASUVORK5CYII=

where Esum,i is the building’s total energy use in kWh/y in relation to the energy carrier i; Elok,i is the local renewable energy in kWh/y related to the energy carrier i. (7) The results of the verification of summertime indoor temperature with regard to all calculated rooms which represent room types are presented in the format provided in Annex 5 of this regulation. With respect to residential buildings, the presentation of the duration curve is not compulsory. Where the verification calculation of summertime indoor temperature is not performed with respect to a small residential building, the data proving the exemption of the rooms representative of room types from the temperature verification requirement are presented in the format provided in Annex 6 of this regulation. (8) When presenting the results, the fields in coloured rows and the columns in Annexes 1–3 and 5–6 must be completed. Chapter 7 IMPLEMENTING PROVISIONS § 31. Implementation of this regulation (1) Where the application for a building permit is submitted before 9 January 2013, but the building permit is issued after that date, the requirements established in this regulation do not apply. (2) This regulation enters into force on 9 January 2013. 1 Directive 2002/91/EC of the European Parliament and of the Council on the energy performance of buildings (OJ L 1, 4.01.2003, pp. 65–71), amended by Directive 2010/31/EU of the European Parliament and of the Council on the energy performance of buildings (OJ L 153, 18.06.2010, pp. 13–35)