Improvement of the energy performance of the buildings of the Frýdlant engineering plant — Rsl and son of a.s. (Q16452): Difference between revisions
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(Created claim: summary (P836): The project concerns the construction of a building envelope and energy-saving measures on the envelope of the building, a new lighting system in the house of the former boiler room and the building maintenance building, a new water-based heating system and the installation of a photovoltaic power plant on the seat roof. Investments in reducing the energy intensity of an industrial site will reduce annual energy consumption by 2 871,72 GJ and CO...) |
(Removed claim: co-financing rate (P837): 39.9999999201611 percent) |
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| Property / co-financing rate: 39.9999999201611 percent / rank | |||||||
Revision as of 14:55, 19 March 2020
Project in Czech Republic financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Improvement of the energy performance of the buildings of the Frýdlant engineering plant — Rsl and son of a.s. |
Project in Czech Republic financed by DG Regio |
Statements
8,016,146.4 Czech koruna
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20,040,366.04 Czech koruna
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31 March 2021
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Frýdlantské strojírny - Rasl a syn a.s.
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50°55'29.35"N, 15°5'36.96"E
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46401
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Předmětem projektu je provedení stavební úpravy obvodového pláště a energeticky úsporných opatření na obálce budovy, novou osvětlovací soustavu v hale bývalé kotelny a budovy údržby, novou teplovodní otopnou soustavu a instalaci fotovoltaické elektrárny na sedlové střechy. Investicí do snížení energetické náročnosti průmyslového objektu dojde ke snížení roční spotřeby energie o 2 871,72 GJ a emisí CO2 o 318,245 t/rok. a. (Czech)
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The project concerns the construction of a building envelope and energy-saving measures on the envelope of the building, a new lighting system in the house of the former boiler room and the building maintenance building, a new water-based heating system and the installation of a photovoltaic power plant on the seat roof. Investments in reducing the energy intensity of an industrial site will reduce annual energy consumption by 2 871,72 GJ and CO2 emissions by 318.245 t/rok. (English)
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Identifiers
CZ.01.3.10/0.0/0.0/17_101/0013815
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