ENERGY EFFICIENCY IMPROVEMENT THROUGH THERMO-MODERNISATION OF THE DRILL-BUD ENGINEERING COMPANY (Q105086): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): The aim of the project is to improve the energy efficiency of the company. The task includes a comprehensive thermal modernisation. Tasks that affect the reduction of heat and power consumption: — the replacement of the window into the new ones; Exchange of doors and garage doors for new doors; Modernisation of the heating system — installation in the gas boiler space boiler; Installation of solar collectors installations; — the replacement of...) |
(Created claim: summary (P836): The aim of the project is to improve the energy efficiency of the company. The task includes comprehensive thermomodernisation. Tasks affecting the reduction of heat and electricity consumption: — replacement of the window for a new one; — replacement of doors and garage doors for new ones; — modernisation of central heating system – installation in a gas boiler room weather automation; — installation of solar collector installations; — replacem...) |
||||||||||||||
| Property / summary | |||||||||||||||
The aim of the project is to improve the energy efficiency of the company. The task includes comprehensive thermomodernisation. Tasks affecting the reduction of heat and electricity consumption: — replacement of the window for a new one; — replacement of doors and garage doors for new ones; — modernisation of central heating system – installation in a gas boiler room weather automation; — installation of solar collector installations; — replacement of lighting for energy-efficient; — installation of a photovoltaic installation for powering the lighting installation and supplying the washing facilities; — implementation of the energy management system. Output indicators: 1. Number of enterprises receiving support (CI1) (pc.) = 1 our company receives support under measure 5.1 2. The number of companies that have improved energy efficiency (pieces) as a result of support = 1 companies have undergone a deep thermal modernisation of at least one of its facilities 3. Number of built units of thermal energy generation from RES (pc.) = 1 installation of solar collectors 4. Number of built units of electricity generation from RES (pcs) = 2 photovoltaic installation 5. Number of energy upgraded buildings (pieces) = 1 building 6. Usable area of buildings undergoing thermal upgrade (m²) = 357,20 m² Results indicators 1. Amount of thermal energy saved GJ/year = 104,03 2. Amount of electricity saved MWh/year = 50,31 3. Production of heat from newly built/new generation capacity installations using RES MWh/year = 4,25 4. Electricity generation from newly built/new generation capacity installations using RES MWhe/year = 41,9870 5. Estimated annual decrease in greenhouse gas emissions (CI34) tons of CO2 equivalent/year = 47.692 6. Reduction of final energy consumption as a result of GJ projects/year = 285,14 (English) | |||||||||||||||
| Property / summary: The aim of the project is to improve the energy efficiency of the company. The task includes comprehensive thermomodernisation. Tasks affecting the reduction of heat and electricity consumption: — replacement of the window for a new one; — replacement of doors and garage doors for new ones; — modernisation of central heating system – installation in a gas boiler room weather automation; — installation of solar collector installations; — replacement of lighting for energy-efficient; — installation of a photovoltaic installation for powering the lighting installation and supplying the washing facilities; — implementation of the energy management system. Output indicators: 1. Number of enterprises receiving support (CI1) (pc.) = 1 our company receives support under measure 5.1 2. The number of companies that have improved energy efficiency (pieces) as a result of support = 1 companies have undergone a deep thermal modernisation of at least one of its facilities 3. Number of built units of thermal energy generation from RES (pc.) = 1 installation of solar collectors 4. Number of built units of electricity generation from RES (pcs) = 2 photovoltaic installation 5. Number of energy upgraded buildings (pieces) = 1 building 6. Usable area of buildings undergoing thermal upgrade (m²) = 357,20 m² Results indicators 1. Amount of thermal energy saved GJ/year = 104,03 2. Amount of electricity saved MWh/year = 50,31 3. Production of heat from newly built/new generation capacity installations using RES MWh/year = 4,25 4. Electricity generation from newly built/new generation capacity installations using RES MWhe/year = 41,9870 5. Estimated annual decrease in greenhouse gas emissions (CI34) tons of CO2 equivalent/year = 47.692 6. Reduction of final energy consumption as a result of GJ projects/year = 285,14 (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The aim of the project is to improve the energy efficiency of the company. The task includes comprehensive thermomodernisation. Tasks affecting the reduction of heat and electricity consumption: — replacement of the window for a new one; — replacement of doors and garage doors for new ones; — modernisation of central heating system – installation in a gas boiler room weather automation; — installation of solar collector installations; — replacement of lighting for energy-efficient; — installation of a photovoltaic installation for powering the lighting installation and supplying the washing facilities; — implementation of the energy management system. Output indicators: 1. Number of enterprises receiving support (CI1) (pc.) = 1 our company receives support under measure 5.1 2. The number of companies that have improved energy efficiency (pieces) as a result of support = 1 companies have undergone a deep thermal modernisation of at least one of its facilities 3. Number of built units of thermal energy generation from RES (pc.) = 1 installation of solar collectors 4. Number of built units of electricity generation from RES (pcs) = 2 photovoltaic installation 5. Number of energy upgraded buildings (pieces) = 1 building 6. Usable area of buildings undergoing thermal upgrade (m²) = 357,20 m² Results indicators 1. Amount of thermal energy saved GJ/year = 104,03 2. Amount of electricity saved MWh/year = 50,31 3. Production of heat from newly built/new generation capacity installations using RES MWh/year = 4,25 4. Electricity generation from newly built/new generation capacity installations using RES MWhe/year = 41,9870 5. Estimated annual decrease in greenhouse gas emissions (CI34) tons of CO2 equivalent/year = 47.692 6. Reduction of final energy consumption as a result of GJ projects/year = 285,14 (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
| |||||||||||||||
Revision as of 17:50, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | ENERGY EFFICIENCY IMPROVEMENT THROUGH THERMO-MODERNISATION OF THE DRILL-BUD ENGINEERING COMPANY |
Project in Poland financed by DG Regio |
Statements
311,504.05 zloty
0 references
479,237.0 zloty
0 references
65.0 percent
0 references
1 January 2018
0 references
30 June 2018
0 references
FIRMA INŻYNIERYJNA "DRILL-BUD" - PIOTR BOBRUK
0 references
Celem projektu jest poprawa efektywności energetycznej przedsiębiorstwa. Zadanie obejmuje kompleksową termomodernizację. Zadania mające wpływ na zmniejszenie zużycia energii cieplnej i elektrycznej: - wymianę okna na nowe; - wymianę drzwi i bramy garażowej na nowe; - modernizację instalacji c.o. - montaż w kotłowni gazowejautomatykę pogodową; - montaż instalacji kolektorów słonecznych; - wymianę oświetlenia na energooszczędne; - montaż instalacji fotowoltaicznej do zasilania instalacji oświetleniowej i zasilania urządzeń myjni; - wdrożenie sytemu zarządzania energią . Wskaźniki produktu: 1. Liczba przedsiębiorstw otrzymujących wsparcie (CI1) (szt.) = 1 nasza firma otrzymuje wsparcie w ramach działania 5.1 2. Liczba przedsiębiorstw, które w wyniku wsparcia poprawiły efektywność energetyczną (szt.) = 1 przedsiębiorstwo przeprowadziło głęboką termomodernizację przynajmniej jednego swojego obiektu 3. Liczba wybudowanych jednostek wytwarzania energii cieplnej z OZE (szt.) = 1 instalacja kolektorów słonecznych 4. Liczba wybudowanych jednostek wytwarzania energii elektrycznej z OZE (szt.) = 2 instalacja fotowoltaiczna 5. Liczba zmodernizowanych energetycznie budynków (szt.) = 1 budynek 6. Powierzchnia użytkowa budynków poddanych termomodernizacji (m2) = 357,20 m2 Wskaźniki rezultatu 1. Ilość zaoszczędzonej energii cieplnej GJ/rok = 104,03 2. Ilość zaoszczędzonej energii elektrycznej MWh/rok = 50,31 3. Produkcja energii cieplnej z nowo wybudowanych/nowych mocy wytwórczych instalacji wykorzystujących OZE MWh/rok = 4,25 4. Produkcja energii elektrycznej z nowo wybudowanych/nowych mocy wytwórczych instalacji wykorzystujących OZE MWhe/rok = 41,9870 5. Szacowany roczny spadek emisji gazów cieplarnianych (CI34) Tony równoważnika CO2/rok = 47,692 6. Zmniejszenie zużycia energii końcowej w wyniku realizacji projektów GJ/rok = 285,14 (Polish)
0 references
The aim of the project is to improve the energy efficiency of the company. The task includes comprehensive thermomodernisation. Tasks affecting the reduction of heat and electricity consumption: — replacement of the window for a new one; — replacement of doors and garage doors for new ones; — modernisation of central heating system – installation in a gas boiler room weather automation; — installation of solar collector installations; — replacement of lighting for energy-efficient; — installation of a photovoltaic installation for powering the lighting installation and supplying the washing facilities; — implementation of the energy management system. Output indicators: 1. Number of enterprises receiving support (CI1) (pc.) = 1 our company receives support under measure 5.1 2. The number of companies that have improved energy efficiency (pieces) as a result of support = 1 companies have undergone a deep thermal modernisation of at least one of its facilities 3. Number of built units of thermal energy generation from RES (pc.) = 1 installation of solar collectors 4. Number of built units of electricity generation from RES (pcs) = 2 photovoltaic installation 5. Number of energy upgraded buildings (pieces) = 1 building 6. Usable area of buildings undergoing thermal upgrade (m²) = 357,20 m² Results indicators 1. Amount of thermal energy saved GJ/year = 104,03 2. Amount of electricity saved MWh/year = 50,31 3. Production of heat from newly built/new generation capacity installations using RES MWh/year = 4,25 4. Electricity generation from newly built/new generation capacity installations using RES MWhe/year = 41,9870 5. Estimated annual decrease in greenhouse gas emissions (CI34) tons of CO2 equivalent/year = 47.692 6. Reduction of final energy consumption as a result of GJ projects/year = 285,14 (English)
17 October 2020
0 references
Identifiers
RPLU.05.01.00-06-0037/17
0 references