Measures ...

this section is only used to give an overview of all the measures that are present in the database, as the input of the measures is the responsibility of the installers / vendors

in this case both the technical and economic characteristics are present


actions class category materials ETIM specific cost property 1 notes 1 notes 2
Cavity wall insulation facade EC003101 21.0 5.0 Limited in insulation thickness Advised to also renovate the window (frames)
Insulating inside the envelope facade EC010879 0.0 5.0 Limited in insulation thickness Advised to also renovate the window (frames)
Insulating outside the envelope with cavity facade EC010879 130.0 5.0 Moisture proofing/drainage Advised to also renovate the window (frames)
Insulating outside the envelope without cavity facade EC010879 130.0 5.0 Moisture proofing/drainage Advised to also renovate the window (frames)
Insulating inside the envelope facade EC010879 30.0 5.0 Limited in insulation thickness
Insulating the bottom of the crawlspace floor EC010879 22.5 5.0 Moisture proofing Limited in insulation thickness
Insulating against the underside of the existing floor floor EC010879 22.5 5.0 Moisture proofing Limited in insulation thickness
Placing a new floor with insulation floor EC010879 0.0 5.0 Moisture proofing
New folding roof roof EC010879 EC010567 0.0 5.0
New roof (flat) with insulation roof EC010879 EC010567 130.0 5.0
New roof (slanted) with insulation roof EC010879 EC010567 150.0 5.0
Insulation on top of the existing roof roof EC010879 60.0 5.0 Roof insulation on the outside is best done when you renovate your roof.
Insulation under the existing roof roof EC010879 40.0 5.0 Moisture proofing Limited in insulation thickness
Insulation in the ceiling/attic floor roof EC010879 40.0 5.0 Moisture proofing Limited in insulation thickness
Glazing with frame windows EC003536 820.0 1.0 When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing. When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing.
Glazing windows EC003188 145.0 1.0 When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing. When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing.
Door (with glazing) with frame windows EC003534 1325.0 1.0 When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing. When placing new window/door frames attention must be paid to the airtight connection between the frame and the wall and with casement/awning windows between the frame and the glazing.
Exhaust-only mechanical ventilation ventilation EC010004 3000.0 Savings of the different ventilation systems vary greatly and heavily depend on the building envelope, both insulation and air-tightness. The better the building�s insulation and airtightness the more energy you will save with (demand controlled) balanced ventilation (with heat recovery) and demand controlled exhaust-only ventilation. Use noise reducing ducts to prevent nuisance from the installation
Supply-only mechanical ventilation ventilation EC010004 3000.0 Savings of the different ventilation systems vary greatly and heavily depend on the building envelope, both insulation and air-tightness. The better the building�s insulation and airtightness the more energy you will save with (demand controlled) balanced ventilation (with heat recovery) and demand controlled exhaust-only ventilation. Use noise reducing ducts to prevent nuisance from the installation
Balanced ventilation ventilation EC010004 6000.0 Savings of the different ventilation systems vary greatly and heavily depend on the building envelope, both insulation and air-tightness. The better the building�s insulation and airtightness the more energy you will save with (demand controlled) balanced ventilation (with heat recovery) and demand controlled exhaust-only ventilation. Use noise reducing ducts to prevent nuisance from the installation
Balanced ventilation with heat recovery (HRV) ventilation EC010004 7000.0 Savings of the different ventilation systems vary greatly and heavily depend on the building envelope, both insulation and air-tightness. The better the building�s insulation and airtightness the more energy you will save with (demand controlled) balanced ventilation (with heat recovery) and demand controlled exhaust-only ventilation. Use noise reducing ducts to prevent nuisance from the installation
Heat pump a/w cooling system EC012035 8000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Heat pump w/w cooling system EC011794 15000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Hybrid heat pump a/w cooling system EC012035 6000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Hybrid heat pump w/w cooling system EC011794 15000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Storage boiler (indirect) space heating and tap water EC011392 1000.0 0.7 Must be used in combination with other heating sources.
Storage boiler (direct) (gas) space heating and tap water EC010231 2000.0 0.7
Condensing combination boiler (gas) space heating and tap water EC011396 1800.0 0.9
Storage boiler (direct) (electric) space heating and tap water EC011391 1450.0 0.7
Condensing combination boiler (electric) space heating and tap water EC010082 1800.0 0.9
District heating space heating and tap water EC012346 1050.0
Underfloor heating others 30.0 Underfloor heating can only be installed when the home is sufficiently insulated and airtight.
Wall heating others 55.0 Wall heating can only be installed when the home is sufficiently insulated and airtight.
Radiators (low temperature) others EC011022 25.0 Low temperature radiators can only be installed when the home is sufficiently insulated and airtight.
Radiators (high temperature) others EC011022 25.0
Convectors others EC010218 40.0
Air heating space heating and tap water EC011599 7500.0 This system is only possible with balanced ventilation (with heat recovery)
Heating panels space heating and tap water EC004039 80.0 Heating panels can't be used as the main heating source, they function best when installed in rooms which are not often used. For instance the bathroom.
Fan coil unit space heating and tap water EC011034 0.0
Heat pump a/w cooling system EC012035 8000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Heat pump w/w cooling system EC011794 15000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Hybrid heat pump a/w cooling system EC012035 6000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Hybrid heat pump w/w cooling system EC011794 15000.0 A heatpump can only be used in homes with sufficient insulation and LTH.
Night ventilation others 3000.0
Split unit/airco others EC011583 1900.0
Shower heat (recovery) exchanger others EC011710 700.0
Water saving faucets others EC011328 175.0
Water saving showerheads others EC011383 250.0
Dual flush toilet converters others EC011289 0.0
Rainwater system others EC003481 4500.0
Solar collector others EC010595 5000.0
Home battery others EC001757 3000.0
PCM others EC003498 0.0
Windmill others EC002927 10000.0
Solar panels others EC001750 170.0
Floor hatch others 0.0
mailbox others 0.0
Cable/pipe bushings others 0.0
Drainage pipe bushings others 0.0
Nok others 0.0
Duct bushings (facade) others 0.0
Roof to facade connection (flat roof) others 0.0
Duct bushings (roof) others 0.0
Roof to facade connection (slanted roof) others 0.0
Window frame to wall connection others 0.0
Door frame to wall connection others 0.0
Window frame to roof connection others 0.0
Roller shutter others EC003229 600.0
Awning others 1200.0
Room extension others 0.0
Cavity wall insulation others Blown mineral fibre EC003101 13.5 Limited in insulation thickness Advised to also renovate the window (frames)
Cavity wall insulation others Polystyrene beads or granules EC003101 13.5 Limited in insulation thickness Advised to also renovate the window (frames)
Cavity wall insulation others Urea formaldehyde foam EC003101 13.5 Limited in insulation thickness Advised to also renovate the window (frames)
HR+++ glass (triple glazing) others - EC003188 170.0 Dew on outside of glass
Demand driven exhaust-only mechanical ventilation others - EC010004 1500.0 Energy savings heavily depend on building airtightness and insulation.
Wall External Coating (WEC) facade wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing wall. (from 10 to 20 cm)
Wall External Coating (WEC) facade glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing wall. (from 10 to 20 cm)
Wall External Coating (WEC) facade XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing wall. (from 10 to 20 cm)
Wall External Coating (WEC) facade rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing wall. (from 10 to 20 cm)
Wall External Coating (WEC) facade Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing wall. (from 3 to 10 cm)
Wall Internal Coating (WIC) facade wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Wall Internal Coating (WIC) facade glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Wall Internal Coating (WIC) facade XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Wall Internal Coating (WIC) facade rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Wall Internal Coating (WIC) facade Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external wall in Italy depends on 6 climate areas (A to F). Values vary from 0,40W/m2K to 0.26 W/m2K. Due to its thermal properties is applicable even in cold climate areas (D-E-F)
Roof External Coating (REC) roof wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing roof. (from 10 to 20 cm)
Roof External Coating (REC) roof glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing roof. (from 10 to 20 cm)
Roof External Coating (REC) roof XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing roof. (from 10 to 20 cm)
Roof External Coating (REC) roof rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing roof. (from 10 to 20 cm)
Roof External Coating (REC) roof Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. The required thickness of the thermal insulation depends on the structure of the existing roof. (from 3 to 10 cm)
Roof Internal Coating (RIC) roof wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Roof Internal Coating (RIC) roof glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Roof Internal Coating (RIC) roof XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Roof Internal Coating (RIC) roof rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. Strictly limited in thickness due to loss of net floor area and usually not applicable in cold climate areas (D-E-F)
Roof Internal Coating (RIC) roof Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external roof in Italy depends on 6 climate areas (A to F). Values vary from 0,32W/m2K to 0.22 W/m2K. Due to its thermal properties is applicable even in cold climate areas (D-E-F)
Basement ceiling External Coating (BEC) floor wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Applicable only in case of basement floor on pilotis or basement floor above unheated areas
Basement ceiling External Coating (BEC) floor glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Applicable only in case of basement floor on pilotis or basement floor above unheated areas
Basement ceiling External Coating (BEC) floor XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Applicable only in case of basement floor on pilotis or basement floor above unheated areas
Basement ceiling External Coating (BEC) floor rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Applicable only in case of basement floor on pilotis or basement floor above unheated areas
Basement ceiling External Coating (BEC) floor Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Applicable only in case of basement floor on pilotis or basement floor above unheated areas
Ground Floor Internal Coating (GIC) floor wood wool (thermal conductivity ?=0.065 W/mK) EC010879 160.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Strictly limited in thickness due to loss of ceiling height
Ground Floor Internal Coating (GIC) floor glass wool (thermal conductivity ?=0,040 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Strictly limited in thickness due to loss of ceiling height
Ground Floor Internal Coating (GIC) floor XPS (thermal conductivity ?=0,034 W/mK) EC010879 90.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Strictly limited in thickness due to loss of ceiling height
Ground Floor Internal Coating (GIC) floor rock wool (thermal conductivity ?=0,045 W/mK) EC010879 120.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Strictly limited in thickness due to loss of ceiling height
Ground Floor Internal Coating (GIC) floor Expanded Polyiso Rigid Foam stiferite (thermal conductivity ?=0,022 W/mK) EC010879 200.0 5.0 The requirement for U-value of refurbished external basement ceiling in Italy depends on 6 climate areas (A to F). Values vary from 0,42W/m2K to 0.28 W/m2K. Strictly limited in thickness due to loss of ceiling height
Windows Changing windows Wood Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing EC003188 250.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows Wood Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing (low emissivity coating) EC003188 280.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows Wood Thermal break frames (TBF) + ARGON FILLED triple PANE Glazing (low emissivity coating) EC003188 300.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows PVC Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing EC003188 250.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows PVC Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing (low emissivity coating) EC003188 280.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows PVC Thermal break frames (TBF) + ARGON FILLED triple PANE Glazing (low emissivity coating) EC003188 300.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows Metal Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing EC003188 300.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows Metal Thermal break frames (TBF) + ARGON FILLED DOUBLE PANE Glazing (low emissivity coating) EC003188 330.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Windows Changing windows Metal Thermal break frames (TBF) + ARGON FILLED triple PANE Glazing (low emissivity coating) EC003188 350.0 1.0 The requirement for U-value of new windows and doorsin Italy depends on 6 climate areas (A to F). Values vary from 3,00W/m2K to 1.00 W/m2K. Advised to also insulate building envelope
Installation of thermostatic radiator valves others 20% reduction on EP EC011022 0.0 Installation of bypass branch at each radiator is required in case the heating system is one-pipe system. Review of existing balancing valves may be necessary.
Changing of radiators and installation of thermostatic radiator valves others EC011022 0.0 Installation of bypass branch at each radiator is required in case the heating system is one-pipe system. Review of existing balancing valves may be necessary.
Condensing combi boiler space heating and tap water 24 kW EC011396 2500.0 0.9
Condensing boiler space heating and tap water 100 kW EC011396 13800.0 0.9
Condensing boiler space heating and tap water 200 kW EC011396 253000.0 0.9
Condensing boiler space heating and tap water 500 kW EC011396 62100.0 0.9
Solar thermal collector space heating and tap water Flat plate solar collector or vacuum tube solar collector. EC010595 0.0 It is applicable only in case of central DHW supply system. The preheating DHW storage tank must be placed.
Photovoltaic system economic household equipment Polycrystalline or monocrystalline solar cells EC001750 0.0 The performance of the photovoltaic system should be determined so that there is no overproduction on an annual basis. Flat roof or proper orientation of slooping roof is necessary. Shading of the collectos should be avoided.
Cavity wall insulation facade Blown mineral fibre 13.5 5.0 Limited in insulation thickness Advised to also renovate the window (frames)
Cavity wall insulation facade Polystyrene beads or granules 13.5 5.0 Limited in insulation thickness Advised to also renovate the window (frames)
Cavity wall insulation facade Urea formaldehyde foam 13.5 5.0 Limited in insulation thickness Advised to also renovate the window (frames)
HR+++ glass (triple glazing) windows - 170.0 1.0 Dew on outside of glass
Demand driven exhaust-only mechanical ventilation ventilation - 1500.0 Energy savings heavily depend on building airtightness and insulation.
External insultation - ETICS facade EPS: 4cm; 0,036W/mK; 1,1m2K/W EC010879 54.24 5.0 Expanded Polystyrene insulation is a lightweight, rigid, closed cell insulation. EPS is available in several compressive strengths to withstand load and back-fill forces. This closed-cell structure provides minimal water absorption and low vapor permanence.
External insultation - ETICS facade EPS: 8cm; 0,036W/mK; 2,2m2K/W EC010879 60.98 5.0 Expanded Polystyrene insulation is a lightweight, rigid, closed cell insulation. EPS is available in several compressive strengths to withstand load and back-fill forces. This closed-cell structure provides minimal water absorption and low vapor permanence.
External insultation - ETICS facade EPS: 12cm; 0,036W/mK; 3,3m2K/W EC010879 67.7 5.0 Expanded Polystyrene insulation is a lightweight, rigid, closed cell insulation. EPS is available in several compressive strengths to withstand load and back-fill forces. This closed-cell structure provides minimal water absorption and low vapor permanence.
External insultation - ETICS facade RW: 4cm; 0,040W/mK; 1,0m2K/W EC010879 52.1 5.0 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
External insultation - ETICS facade RW: 8cm; 0,040W/mK; 2,0m2K/W EC010879 70.99 5.0 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
External insultation - ETICS facade RW: 12cm; 0,040W/mK; 3,0m2K/W EC010879 73.01 5.0 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
External insultation - ETICS facade GW: 4cm; 0,034W/mK; 1,2m2K/W EC010879 58.21 5.0 Glaswool is an insulating material which is formed when glass is converted into thin fibres with thin layers air in between them. It is also known as Fiberglass insulation and is composed of sand and silica. The characteristics of glass wool are: fire resistant till a temperature of 300 degrees; made of natural materials like sand and silica; 80% of the materials used to manufacture glass wool are recyclable materials; very light weight, very good tensile strength properties and very easy to install; prevent any kind of heat loss especially in HVAC ducting systems; very good insulators of sound; used in auditoriums and suspended ceilings, roof insulation; inorganic material which does not allow the growth of any kind of bacteria.
External insultation - ETICS facade GW: 8cm; 0,034W/mK; 2,4m2K/W EC010879 60.17 5.0 Glaswool is an insulating material which is formed when glass is converted into thin fibres with thin layers air in between them. It is also known as Fiberglass insulation and is composed of sand and silica. The characteristics of glass wool are: fire resistant till a temperature of 300 degrees; made of natural materials like sand and silica; 80% of the materials used to manufacture glass wool are recyclable materials; very light weight, very good tensile strength properties and very easy to install; prevent any kind of heat loss especially in HVAC ducting systems; very good insulators of sound; used in auditoriums and suspended ceilings, roof insulation; inorganic material which does not allow the growth of any kind of bacteria.
External insultation - ETICS facade GW: 12cm; 0,034W/mK; 3,5m2K/W EC010879 61.15 5.0 Glaswool is an insulating material which is formed when glass is converted into thin fibres with thin layers air in between them. It is also known as Fiberglass insulation and is composed of sand and silica. The characteristics of glass wool are: fire resistant till a temperature of 300 degrees; made of natural materials like sand and silica; 80% of the materials used to manufacture glass wool are recyclable materials; very light weight, very good tensile strength properties and very easy to install; prevent any kind of heat loss especially in HVAC ducting systems; very good insulators of sound; used in auditoriums and suspended ceilings, roof insulation; inorganic material which does not allow the growth of any kind of bacteria.
Ventilated Fa�ade - External insultation facade EPS: 4cm; 0,036W/mK; 1,1m2K/W EC010879 8.2 5.0 Expanded Polystyrene insulation is a lightweight, rigid, closed cell insulation. EPS is available in several compressive strengths to withstand load and back-fill forces. This closed-cell structure provides minimal water absorption and low vapor permanence.
Ventilated Fa�ade - External insultation facade EPS: 8cm; 0,036W/mK; 2,2m2K/W EC010879 14.87 5.0 Expanded Polystyrene insulation is a lightweight, rigid, closed cell insulation. EPS is available in several compressive strengths to withstand load and back-fill forces. This closed-cell structure provides minimal water absorption and low vapor permanence.
Internal insultation - Panel facade XPS: 3cm; 0,033W/mK; 0,9m2K/W EC010879 9.62 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile. Ensure the board product is not stored close to open flames or other ignition sources and avoid volatile organic compounds and chemicals such as solvents
Internal insultation - Panel facade XPS: 5cm; 0,033W/mK; 1,5m2K/W EC010879 14.32 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile. Ensure the board product is not stored close to open flames or other ignition sources and avoid volatile organic compounds and chemicals such as solvents
Air Chamber insultation - Foam facade PUR: 3cm; 0,036W/mK; 0,83m2K/W EC003101 9.36 5.0 Polyurethane Foam Insulation is one of the most innovative and versatile developments in construction and insulation technology in the past few decades, which can be applied with precision almost anywhere, expanding to completely fill gaps and spaces with a long-lasting solid.
External insulation - Panel facade XPS: 3cm; 0,032W/mK; 0,9m2K/W EC010879 8.15 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
External insulation - Panel facade XPS: 5cm; 0,032W/mK; 1,6m2K/W EC010879 10.94 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
External insulation - Panel facade XPS: 8cm; 0,032W/mK; 2,5m2K/W EC010879 16.32 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
External insulation - Panel facade XPS: 12cm; 0,032W/mK; 3,8m2K/W EC010879 22.85 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
External insulation - Panel facade PU Foam: 3cm; 0,028W/mK; 1,1m2K/W EC010879 10.61 5.0 Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
External insulation - Panel facade PU Foam: 5cm; 0,028W/mK; 1,8m2K/W EC010879 12.85 5.0 Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
External insulation - Panel facade PU Foam: 8cm; 0,028W/mK; 2,9m2K/W EC010879 17.17 5.0 Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
External insulation - Panel facade RW: 5cm; 0,035W/mK; 1,4m2K/W EC010879 15.5 5.0 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
External insulation - Panel facade RW: 8cm; 0,035W/mK; 2,3m2K/W EC010879 22.91 5.0 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
Ventilated roof - external insultation - Panel others XPS: 5cm; 0,033W/mK; 1,5m2K/W EC010879 10.25 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
Ventilated roof - external insultation - Panel others XPS: 8cm; 0,033W/mK; 2,4m2K/W EC010879 14.45 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
Ventilated roof - external insultation - Panel others XPS: 12cm; 0,033W/mK; 3,6m2K/W EC010879 17.25 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile.
Internal insulation - Panel others RW: 4cm; 0,035W/mK; 1,1m2K/W; emissivity 0,51 EC010879 13.4 Rock wool, which is also called mineral wool, comes in easy-to-install batts, similar to fiberglass. But instead of being composed of fluffy glass fibres, rock wool is made of rocks. The unique composition of rock wool produces a high-performing insulation with the following features: Made from natural, sustainable material; Typically contains up to 75 percent recycled content; Retains heat well and traps air, which slows the transfer of heat; Non-combustible and fire resistant to about 750 degrees; Highly water repellent; Excellent sound-deadening properties; Higher insulating value than fiberglass; Long-term performance�rock wool doesn�t degrade over time; Allows moisture to escape (which deters mould and mildew); Dense, firm batts are friction-fit into place; no stapling necessary.
Internal insulation - Foam others Perlite: 2cm; 0,043W/mK; 0,5m2K/W; emissivity 0,51 EC010879 9.29 Expanded perlite is a white, ultra-lightweight aggregate ranging from a very fine powder to an aggregate with a particle size up to 6mm in size. It is inorganic, inert, neutral in pH, biologically stable and has no asbestos content. It has excellent thermal insulation properties over an extremely wide temperature range from cryogenics at minus 273�C (absolute zero) up to refractory applications at over 1000�C. It also has a highly adsorbent surface and a very low bulk density which makes it an ideal carrier or low cost filler for many compound formulations. Low-E coatings have been developed to minimize the amount of ultraviolet and infrared light that can pass through, and thus, protect the material below.
Internal insulation - Foam others Perlite: 4cm; 0,043W/mK; 0,9m2K/W EC010879 9.29 Expanded perlite is a white, ultra-lightweight aggregate ranging from a very fine powder to an aggregate with a particle size up to 6mm in size. It is inorganic, inert, neutral in pH, biologically stable and has no asbestos content. It has excellent thermal insulation properties over an extremely wide temperature range from cryogenics at minus 273�C (absolute zero) up to refractory applications at over 1000�C. It also has a highly adsorbent surface and a very low bulk density which makes it an ideal carrier or low cost filler for many compound formulations.
Internal insulation - Foam others Perlite: 4cm; 0,043W/mK; 0,9m2K/W; emissivity 0,51 EC010879 9.29 Expanded perlite is a white, ultra-lightweight aggregate ranging from a very fine powder to an aggregate with a particle size up to 6mm in size. It is inorganic, inert, neutral in pH, biologically stable and has no asbestos content. It has excellent thermal insulation properties over an extremely wide temperature range from cryogenics at minus 273�C (absolute zero) up to refractory applications at over 1000�C. It also has a highly adsorbent surface and a very low bulk density which makes it an ideal carrier or low cost filler for many compound formulations. Low-E coatings have been developed to minimize the amount of ultraviolet and infrared light that can pass through, and thus, protect the material below.
Thermal bridges insulation others mineralized wood wool and bound with high-strength cement; 2cm; 0,09W7,K; 0,22m2K/W EC010879 7.97
Thermal bridges insulation others mineralized wood wool and bound with high-strength cement; 3cm; 0,09W7,K; 0,33m2K/W EC010879 11.32
Thermal bridges insulation others polystyrene sheet strips extruded foam, rough surface without skin; 3cm; 0,033W/mK; 0,91m2K/W EC010879 8.24
Internal insulation - Cement floor light-weighted cement based with EPS: 5cm; 0,1W/mK; 0,5m2K/W EC010879 16.15 5.0 Expanded polystyrene (EPS) concrete (also known as EPScrete, EPS concrete or lightweight concrete) is a form of concrete known for its light weight made from cement and EPS (Expanded Polystyrene). It is a popular material for use in environmentally "green" homes. EPS concrete combines the construction ease of concrete with the thermal and hydro insulation properties of EPS and can be used for a very wide range of application where lighter loads or thermal insulation or both are desired
Internal insulation - Cement floor light-weighted cement based with EPS: 10cm; 0,1W/mK; 1m2K/W EC010879 29.67 5.0 Expanded polystyrene (EPS) concrete (also known as EPScrete, EPS concrete or lightweight concrete) is a form of concrete known for its light weight made from cement and EPS (Expanded Polystyrene). It is a popular material for use in environmentally "green" homes. EPS concrete combines the construction ease of concrete with the thermal and hydro insulation properties of EPS and can be used for a very wide range of application where lighter loads or thermal insulation or both are desired
Internal insulation - Cement floor light-weighted cement based with EPS: 15cm; 0,1W/mK; 1,5m2K/W EC010879 43.19 5.0 Expanded polystyrene (EPS) concrete (also known as EPScrete, EPS concrete or lightweight concrete) is a form of concrete known for its light weight made from cement and EPS (Expanded Polystyrene). It is a popular material for use in environmentally "green" homes. EPS concrete combines the construction ease of concrete with the thermal and hydro insulation properties of EPS and can be used for a very wide range of application where lighter loads or thermal insulation or both are desired
Internal insulation - Cement floor light-weighted cement based with Expanded Glass: 5cm; 0,3W/mK; 0,2m2K/W EC010879 22.82 5.0 Expanded Glass cement is a high-quality product made of recycled glass and is 100 % mineral. Despite its low density, is very resistant to pressure and it not only acts as a thermal insulator but also absorbs sound; it is moisture-resistant, dimensionally stable over the long term, and resistant to fire and chemicals
Internal insulation - Cement floor light-weighted cement based with Expanded Glass: 10cm; 0,3W/mK; 0,3m2K/W EC010879 36.7 5.0 Expanded Glass cement is a high-quality product made of recycled glass and is 100 % mineral. Despite its low density, is very resistant to pressure and it not only acts as a thermal insulator but also absorbs sound; it is moisture-resistant, dimensionally stable over the long term, and resistant to fire and chemicals
Internal insulation - Cement floor light-weighted cement based with Expanded Glass: 15cm; 0,1W/mK; 0,5m2K/W EC010879 36.7 5.0 Expanded Glass cement is a high-quality product made of recycled glass and is 100 % mineral. Despite its low density, is very resistant to pressure and it not only acts as a thermal insulator but also absorbs sound; it is moisture-resistant, dimensionally stable over the long term, and resistant to fire and chemicals
Internal insulation - Panel floor XPS or PU Panels: 2cm; 0,028W/mK; 0,71m2K/W EC010879 9.62 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile. Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
Internal insulation - Panel floor XPS or PU Panels: 4cm; 0,028W/mK; 1,43m2K/W EC010879 11.99 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile. Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
Internal insulation - Panel floor XPS or PU Panels: 6cm; 0,028W/mK; 2,14m2K/W EC010879 16.67 5.0 Extruded Polystyrene (XPS) is a high performance, water resistant and lightweight board of thermal insulation with high durability and compression resistance; easy to handle and install; strong and versatile. Because of its light weight, rigid foam insulation boards can be easily installed as cavity insulation; on flat or pitched roofs or as insulated sheeting in timber-framed buildings. Also, depending on building requirements, they can be cut into a variety of shapes and sizes
Wooden frames windows EC003536 145.64 1.0
Double glazing windows EC003188 41.83 1.0
Double glazing windows EC003188 49.32 1.0
Shading - Internal sun flow interior roll-up blind with 50mm PVC louvres for a 1x1,5m window 50.13 per unit
Shading - External sun flow exterior venetian blind with 80mm aluminium louvres EC003229 87.86 per m2 (up tp 6m2 and 2,75m wide)
Shading - External sun flow monoblock sunshade 6x2,75m EC003229 1335.23 per unit
Shading - Internal sun flow roll-up polyester curtain 56.53 per m2
Window joint system others Soudal Window System 16.0
Gas boiler space heating and tap water Wall-mounted gas boiler <= 25 kW; Natural Gas; Efficiency 0,96 EC011396 2415.3 0.96
Gas boiler space heating and tap water Floor-standing gas boiler > 25 kW [INOX]; Natural Gas; Efficiency 0,96 EC011396 3071.97 0.96
Condensing gas boiler space heating and tap water Wall-mounted condensing gas boiler <= 25 kW; Natural Gas; Efficiency 1,05 EC011396 2415.3 0.9
Condensing gas boiler space heating and tap water Floor-standing condensing gas boiler <= 25 kW; Natural Gas; Efficiency 1,05 EC011396 3071.97 0.9
Condensing gas boiler space heating and tap water Floor-standing condensing gas boiler: 100-150 kW; Natural Gas; Efficiency 1,05 EC011396 9702.27 0.9
Condensing gas boiler space heating and tap water Floor-standing condensing gas boiler: 200-250 kW; Natural Gas; Efficiency 1,05 EC011396 18241.71 0.9
Ground Source Heat Pump space heating and tap water GSHP - Ground Source Heat Pump - 100-150kW; Electricity EC011794 64177.04
Ground Source Heat Pump space heating and tap water GSHP - Ground Source Heat Pump - 200-250kW; Electricity EC011794 111593.42
Biomass boiler space heating and tap water Biomass boiler; pellets EC003253 2534.4 0.7
Electric boiler - SFH others Electric boiler - SFH; Electricity; Efficiency 0,99 EC010082 2106.02 0.99
air-to-water Electric Heat pump - SFH others air-to-water Electric Heat pump - SFH; Electricity; COP 4,5 EC012035 1150.0
Aerator others aerator for sinks and bidets (6l/min; 3bar; polished and chromed brass with stainless steel filter) EC010131 10.34 1.0 per unit
Aerator others phone type shower with economizer and/or aerator function EC010131 82.83 per unit
Air Source Heat Pumps space heating and tap water Electric air-air HP - multisplit <= 15 kW; Electricity; COP 4,5; EER 4 EC012035 3474.94
Ground Source Heat Pump space heating and tap water GSHP - Ground Source Heat Pump - 100-150kW; Electricity EC011794 64177.04
Ground Source Heat Pump space heating and tap water GSHP - Ground Source Heat Pump - 200-250kW; Electricity EC011794 111593.42
Heat Recovery System others EC010004 3762.0
Solar thermal others EC010595 1429.2
Geothermal Ground-Water System others Ground-Water System (HP - cost per kWt); COP 4,5; SEER 5; SFH; Power Needed 8 kW; soil efficiency 40 W/mK EC011794 11859.25
Photovoltaic (costs per kWp - from 1 kW up to 7 kWp) electric generator 1-7 kWp EC001750 5708.54 (costs per kWp - from 1 kW up to 7 kWp)
Photovoltaic (costs per kWp - from 7 kW up to 20 kWp) electric generator 7-20 kWp EC001750 9658.54 (costs per kWp - from 7 kW up to 20 kWp)
External wall thermal insulation facade EPS (thermal conductivity ?=0,039 W/mK), 10 cm thickness EC010879 48.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
External wall thermal insulation facade EPS (thermal conductivity ?=0,039 W/mK), 20 cm thickness EC010879 60.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
External wall thermal insulation facade Graphite EPS (thermal conductivity ?=0,031 W/mK), 8 cm thickness EC010879 48.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
External wall thermal insulation facade Graphite EPS (thermal conductivity ?=0,031 W/mK), 16 cm thickness EC010879 60.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
External wall thermal insulation facade Fiber insulation (mineral wool, thermal conductivity ?=0,039 W/mK), 10 cm thickness EC010879 56.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
External wall thermal insulation facade Fiber insulation (mineral wool, thermal conductivity ?=0,039 W/mK), 20 cm thickness EC010879 75.0 5.0 Recommended changing the windows (if necessary) before thermal insulation of external walls.
Flat roof thermal insulation roof EPS (thermal conductivity ?=0,039 W/mK); 20 cm insulation thickness was taken into account for determining the specific cost; straight layer structure + new waterproofing EC010879 79.0 5.0 Straight or reverse layer structure is recommended depending on the state of the existing waterproofing.
Flat roof thermal insulation roof XPS (thermal conductivity ?=0,037 W/mK); 20 cm insulation thickness was taken into account for determining the specific cost; reverse layer structure EC010879 71.0 5.0 Straight or reverse layer structure is recommended depending on the state of the existing waterproofing.
Double-skin flat roof thermal insulation roof Thermal insulation (wool granules) are blown into the air layer between the concrete layers. 25 cm insulation thickness was taken into account for determining the specific cost. EC010879 40.0 5.0 Double-skin flat roof and its refurbishment is typical in panel buildings in Hungary.
Attic floor thermal insulation roof Fiber insulation (mineral wool, thermal conductivity ?=0,039 W/mK), 20 cm thickness EC010879 32.0 5.0
Attic floor thermal insulation roof Fiber insulation (mineral wool, thermal conductivity ?=0,039 W/mK), 30 cm thickness EC010879 48.0 5.0
Basement ceiling thermal insulation floor Graphite EPS (thermal conductivity ?=0,031 W/mK), 12 cm thermal insulation thickness was taken into account for determining the specific cost. EC010879 40.0 5.0
Windows, doors changing windows Plastic or wooden frame, triple glazing EC003536 200.0 1.0 Recommended changing the windows before thermal insulation of external walls. Installation of external shutters are recommended when windows are changing.
Windows, doors changing windows Aluminium frame, triple glazing EC003536 280.0 1.0 Recommended changing the windows before thermal insulation of external walls. Installation of external shutters are recommended when windows are changing.
Installation of thermostatic radiator valves others EC011022 0.0 Installation of bypass branch at each radiator is required in case the heating system is one-pipe system. Review of existing balancing valves may be necessary.
Changing of radiators and installation of thermostatic radiator valves others EC011022 0.0 Installation of bypass branch at each radiator is required in case the heating system is one-pipe system. Review of existing balancing valves may be necessary.
Condensing combi boiler space heating and tap water 24 kW EC011396 2200.0 0.9
Condensing boiler space heating and tap water 100 kW EC011396 12000.0 0.9
Condensing boiler space heating and tap water 200 kW EC011396 22000.0 0.9
Condensing boiler space heating and tap water 500 kW EC011396 54000.0 0.9
Solar thermal collector thermal generator Flat plate solar collector or vacuum tube solar collector. EC010595 0.0 It is applicable only in case of central DHW supply system. The preheating DHW storage tank must be placed.
Photovoltaic system electric generator Polycrystalline or monocrystalline solar cells EC001750 0.0 In Hungary, the installation of photovoltaic system is recommended for residential buildings with a connection capacity of up to 50 kW. The performance of the photovoltaic system should be determined so that there is no overproduction on an annual basis.