The pure energy of the PV system’s ML system. (Q118595): Difference between revisions
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(Created claim: summary (P836): The main (strategic) project is to protect the environment by increasing the production of energy from renewable energy sources in ML system by ca. 193 MWhe is expected to be achieved through specific objectives: — reducing the amount of greenhouse gases and other harmful substances emitted into the atmosphere, including reducing CO2 equivalent. 159,22 Mg/year, — increase the use of ML in ML system by setting up a photovoltaic installation (1 it...) |
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| Property / summary | |||
The main (strategic) project is to protect the environment by increasing the production of energy from renewable energy sources in ML system by ca. 193 MWhe is expected to be achieved through specific objectives: — reducing the amount of greenhouse gases and other harmful substances emitted into the atmosphere, including reducing CO2 equivalent. 159,22 Mg/year, — increase the use of ML in ML system by setting up a photovoltaic installation (1 items) of ca. 0,19 MWe- reduction in the cost of generating electricity through the installation of an additional energy source, — increasing the natural value of the municipality by reducing pollutant emissions and promoting environmental behaviour. the object of the project includes the installation of 666 PV modules having a capacity of 0,19 MWe (199.8 kW), and made with polycrystalline technology with a minimum of 4 busbars, at an angle of ca. 25 % to the horizontal plane, south. Height of installation The production of electric current will be used for the production of electricity by 222.0 m. All the energy produced will be used for the own ML building of the system (without entry into the electricity grid).The installation will be located on the roof of the existing production hall (one-storey installation) ML system in Zabrze 190 G, the Trzebowlow-lying municipality (parcel No 1/35), on solar profiles and connected to them by an aluminium clamp. The modules will be connected by the use of solar cables to form sections linked to the inverters (combined by switchgear with the low voltage system). An installation equipped with the necessary safeguards and automation that prevent the supply of voltage to the distribution network. Internal installations operated on the outward route of a building. Measurement system in accordance with the requirements of Zakł.Energetyczny Connection point of the reception network: transformer station in the existing ML hall. (English) | |||
| Property / summary: The main (strategic) project is to protect the environment by increasing the production of energy from renewable energy sources in ML system by ca. 193 MWhe is expected to be achieved through specific objectives: — reducing the amount of greenhouse gases and other harmful substances emitted into the atmosphere, including reducing CO2 equivalent. 159,22 Mg/year, — increase the use of ML in ML system by setting up a photovoltaic installation (1 items) of ca. 0,19 MWe- reduction in the cost of generating electricity through the installation of an additional energy source, — increasing the natural value of the municipality by reducing pollutant emissions and promoting environmental behaviour. the object of the project includes the installation of 666 PV modules having a capacity of 0,19 MWe (199.8 kW), and made with polycrystalline technology with a minimum of 4 busbars, at an angle of ca. 25 % to the horizontal plane, south. Height of installation The production of electric current will be used for the production of electricity by 222.0 m. All the energy produced will be used for the own ML building of the system (without entry into the electricity grid).The installation will be located on the roof of the existing production hall (one-storey installation) ML system in Zabrze 190 G, the Trzebowlow-lying municipality (parcel No 1/35), on solar profiles and connected to them by an aluminium clamp. The modules will be connected by the use of solar cables to form sections linked to the inverters (combined by switchgear with the low voltage system). An installation equipped with the necessary safeguards and automation that prevent the supply of voltage to the distribution network. Internal installations operated on the outward route of a building. Measurement system in accordance with the requirements of Zakł.Energetyczny Connection point of the reception network: transformer station in the existing ML hall. (English) / rank | |||
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Revision as of 08:50, 10 March 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The pure energy of the PV system’s ML system. |
Project in Poland financed by DG Regio |
Statements
436,700.0 zloty
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976,620.0 zloty
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55.0 percent
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1 January 2018
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31 May 2019
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ML SYSTEM S.A.
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Celem głównym (strategicznym) projektu jest ochrona środowiska naturalnego poprzez zwiększenie poziomu produkcji energii z odnawialnych źródeł energii w ML System o ok. 193 MWhe rocznie.Osiągnięcie celu głównego możliwe będzie dzięki realizacji celów szczegółowych:- ograniczenie ilości gazów cieplarnianych oraz innych substancji szkodliwych emitowanych do atmosfery, w tym redukcja ekwiwalentu CO2 ok. 159,22 Mg rocznie,- zwiększenie wykorzystania odnawialnych źródeł energii w ML System poprzez uruchomienie instalacji fotowoltaicznej (1 szt.) o mocy ok. 0,19 MWe- zmniejszenie kosztów wytwarzania energii elektrycznej dzięki instalacji dodatkowego źródła energii,- podniesienie walorów przyrodniczych gminy poprzez ograniczenie emisji zanieczyszczeń oraz promowanie postaw proekologicznych.Przedmiot projektu obejmuje instalację 666 sztuk modułów fotowoltaicznych o mocy 0,19 MWe (199,8 kW), wykonanych w technologii polikrystalicznej z minimum 4 busbarami, usytuowanych pod kątem ok. 25% do płaszczyzny poziomej, na południe. Wysokość instalacji maks. 222,0 m n.p.m. Moduły fotowoltaiczne będą służyć produkcji prądu elektrycznego. Całość wytworzonej energii zostanie wykorzystana na potrzeby własne budynku ML System (bez wprowadzenia do sieci elektroenergetycznej).Instalacja zlokalizowana będzie na dachu istniejącej hali produkcyjnej (obiekt jednokondygnacyjny) ML System w Zaczerniu 190 G, gmina Trzebownisko (działka nr 1/35), na profilach solarnych i przykręcona do nich przy użyciu aluminiowych zacisków. Moduły połączone będą przy użyciu kabli solarnych tworząc sekcje połączone z falownikami (połączone poprzez rozdzielnice z wewnętrzną instalacją niskiego napięcia). Instalacja wyposażona w niezbędne zabezpieczenia i automatykę uniemożliwiające podanie napięcia na sieć dystrybucyjną. Instalacje wewnętrzne prowadzone po trasach wewnątrz budynku. System pomiarowy zgodny z wymogami Zakł.Energet. Miejsce przyłączenia sieci odbiorczej: stacja transformatorowa w istniejącej hali ML. (Polish)
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The main (strategic) project is to protect the environment by increasing the production of energy from renewable energy sources in ML system by ca. 193 MWhe is expected to be achieved through specific objectives: — reducing the amount of greenhouse gases and other harmful substances emitted into the atmosphere, including reducing CO2 equivalent. 159,22 Mg/year, — increase the use of ML in ML system by setting up a photovoltaic installation (1 items) of ca. 0,19 MWe- reduction in the cost of generating electricity through the installation of an additional energy source, — increasing the natural value of the municipality by reducing pollutant emissions and promoting environmental behaviour. the object of the project includes the installation of 666 PV modules having a capacity of 0,19 MWe (199.8 kW), and made with polycrystalline technology with a minimum of 4 busbars, at an angle of ca. 25 % to the horizontal plane, south. Height of installation The production of electric current will be used for the production of electricity by 222.0 m. All the energy produced will be used for the own ML building of the system (without entry into the electricity grid).The installation will be located on the roof of the existing production hall (one-storey installation) ML system in Zabrze 190 G, the Trzebowlow-lying municipality (parcel No 1/35), on solar profiles and connected to them by an aluminium clamp. The modules will be connected by the use of solar cables to form sections linked to the inverters (combined by switchgear with the low voltage system). An installation equipped with the necessary safeguards and automation that prevent the supply of voltage to the distribution network. Internal installations operated on the outward route of a building. Measurement system in accordance with the requirements of Zakł.Energetyczny Connection point of the reception network: transformer station in the existing ML hall. (English)
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Identifiers
RPPK.03.01.00-18-0492/17
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