Closure of the coal furnace — implementation of a new heating system based on heat pumps with a total capacity of 74 KW at the Stargard Street at Okuliki Street 3 (Q137675): Difference between revisions
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(Removed claim: summary (P836): A comprehensive modernisation of the existing heating system based on: Istn — 1 AND operated unit with a power of 80 kW — fired solid fuel with very low heating efficiency — 2 AND operating district heating installation as (operating parameters 90/70 C), characterised by very low efficiency of transmission and use of thermal energy — by applying a new high-efficiency heating system based on renewable energy technology, i.e.: OZE-1 I a cascade...) |
(Created claim: summary (P836): A comprehensive modernisation of the existing heating system is envisaged, i.e.: Istn – 1 I operated boiler unit with a power of 80 kW – fired with solid fuel, characterised by a very low efficiency of heat generation istn – 2 I of an exhausted central heating system which (work parameters 90/70 C), characterised by very low efficiency of control and use of heat energy – by using a new high-efficiency heating system based on RES technology, i.e....) |
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A comprehensive modernisation of the existing heating system is envisaged, i.e.: Istn – 1 I operated boiler unit with a power of 80 kW – fired with solid fuel, characterised by a very low efficiency of heat generation istn – 2 I of an exhausted central heating system which (work parameters 90/70 C), characterised by very low efficiency of control and use of heat energy – by using a new high-efficiency heating system based on RES technology, i.e.: OZE-1 I cascade system of five reverse air-water heat pumps with a total power of 74 kW (work parameters 55/45 C) characterised by very high efficiency of thermal energy generation COP = 5.08 I energy efficiency class “A++” RES -2 I installation of photovoltaic panels PV with 22 kW power transmission (dedication of energy efficiency for the purposes of the drives. In-1, the project is stationary. (English) | |||||||||||||||
| Property / summary: A comprehensive modernisation of the existing heating system is envisaged, i.e.: Istn – 1 I operated boiler unit with a power of 80 kW – fired with solid fuel, characterised by a very low efficiency of heat generation istn – 2 I of an exhausted central heating system which (work parameters 90/70 C), characterised by very low efficiency of control and use of heat energy – by using a new high-efficiency heating system based on RES technology, i.e.: OZE-1 I cascade system of five reverse air-water heat pumps with a total power of 74 kW (work parameters 55/45 C) characterised by very high efficiency of thermal energy generation COP = 5.08 I energy efficiency class “A++” RES -2 I installation of photovoltaic panels PV with 22 kW power transmission (dedication of energy efficiency for the purposes of the drives. In-1, the project is stationary. (English) / rank | |||||||||||||||
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| Property / summary: A comprehensive modernisation of the existing heating system is envisaged, i.e.: Istn – 1 I operated boiler unit with a power of 80 kW – fired with solid fuel, characterised by a very low efficiency of heat generation istn – 2 I of an exhausted central heating system which (work parameters 90/70 C), characterised by very low efficiency of control and use of heat energy – by using a new high-efficiency heating system based on RES technology, i.e.: OZE-1 I cascade system of five reverse air-water heat pumps with a total power of 74 kW (work parameters 55/45 C) characterised by very high efficiency of thermal energy generation COP = 5.08 I energy efficiency class “A++” RES -2 I installation of photovoltaic panels PV with 22 kW power transmission (dedication of energy efficiency for the purposes of the drives. In-1, the project is stationary. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 19:09, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Closure of the coal furnace — implementation of a new heating system based on heat pumps with a total capacity of 74 KW at the Stargard Street at Okuliki Street 3 |
Project in Poland financed by DG Regio |
Statements
391,850.0 zloty
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461,000.0 zloty
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85.0 percent
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14 February 2019
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31 December 2019
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P.P.H. TESS MAŁGORZATA I SŁAWOMIR MAKSYMOWICZ SP.J.
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Przewiduje się kompleksową modernizację istniejącego systemu grzewczego opartego na tj.: ISTN - 1 I wyeksploatowanej jednostce kotłowej o mocy 80 kW – opalanej paliwem stałym, charakteryzującej się bardzo niską sprawnością wytwarzania energii cieplnej ISTN - 2 I wyeksploatowanej instalacji centralnego ogrzewania co ( parametry pracy 90/70 C), charakteryzującej się bardzo niską sprawnością przesyłu regulacji i wykorzystania energii cieplnej - poprzez zastosowanie nowego wysokosprawnego systemu ogrzewania opartego na technologii OZE tj.: OZE-1 I kaskadowy układ pięciu rewersyjnych pomp ciepła powietrze-woda o mocy łącznej 74 kW (parametry pracy 55/45 C) charakteryzujący się bardzo wysoką sprawnością wytwarzania energii cieplnej COP = 5.08 I klasa efektywności energetycznej „A++” OZE -2 I instalacji paneli fotowoltaicznych PV o mocy 22 kW (praca dedyk. na potrzeby napędów pomocn. zainstalow. w pompie ciepła OZE-1) charakteryzującej się bardzo wysoką sprawnością pozyskiwania energii elektrycznej OZE -3 I dostosowanie instalacji co - do nowego źródła ciepła OZE-1 (parametry pracy 55/45 C) charakteryzującej się bardzo wysoką sprawnością przesyłu, regulacji i wykorzystania energii cieplnej Wnioski: W-1 I projekt ma charakter stacjonarny. (Polish)
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A comprehensive modernisation of the existing heating system is envisaged, i.e.: Istn – 1 I operated boiler unit with a power of 80 kW – fired with solid fuel, characterised by a very low efficiency of heat generation istn – 2 I of an exhausted central heating system which (work parameters 90/70 C), characterised by very low efficiency of control and use of heat energy – by using a new high-efficiency heating system based on RES technology, i.e.: OZE-1 I cascade system of five reverse air-water heat pumps with a total power of 74 kW (work parameters 55/45 C) characterised by very high efficiency of thermal energy generation COP = 5.08 I energy efficiency class “A++” RES -2 I installation of photovoltaic panels PV with 22 kW power transmission (dedication of energy efficiency for the purposes of the drives. In-1, the project is stationary. (English)
21 October 2020
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Identifiers
RPZP.02.09.00-32-A006/17
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