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Ci-dessous, les différences entre deux révisions de la page.

--- p7-mazovia-energy-agency-mae-pl [2018/02/08 13:17]
93.17.233.98
+++ p7-mazovia-energy-agency-mae-pl [2018/02/08 13:18]
93.17.233.98 [GP 7-1]
@@ Ligne 27: / Ligne 27: @@
-^Abstract or Summary| EINSTEIN is an EU funded project realized by MAE with 7FP contribution. The concept of the project was to assemble equipment for the acquisition and use of renewable energy in a whole year cycle (STES container, solar collector, district heating system, heat pump). The existing conditions in pilot buildings were taken into account. On those basis guidelines for upgrading to reduce energy consumption in accordance with the most stringent environmental requirements have been proposed. Within 48 months of project the Provincial Hospital for Nervous and Mental Illness “Drewnica” in the town of Ząbki gained the low-energy heating system consisting of:
+^Abstract or Summary| EINSTEIN is an EU funded project realized by MAE with 7FP contribution. The concept of the project was to assemble equipment for the acquisition and use of renewable energy in a whole year cycle (STES container, solar collector, district heating system, heat pump). The existing conditions in pilot buildings were taken into account. On those basis guidelines for upgrading to reduce energy consumption in accordance with the most stringent environmental requirements have been proposed. Within 48 months of project the Provincial Hospital for Nervous and Mental Illness “Drewnica” in the town of Ząbki gained the low-energy heating system consisting of:\\ •	Very low primary energy consumption due to the use of renewable energy sources and energy storage technologies. Reducing primary energy consumption by 70%, compared to the original building's pre-modernization situation, allows the design of new low-energy buildings \\ •	Heat pumps used as an efficient source of energy, working even with COP = 10. \\ •	Renewable energy sources (151m2 net surface of solar collectors) \\ •	Combination of STES and heat pumps, resulting in up to 20% energy efficiency increase, 35% reduction in primary energy consumption and 25% reduction in energy costs. |||
-•	Very low primary energy consumption due to the use of renewable energy sources and energy storage technologies. Reducing primary energy consumption by 70%, compared to the original building's pre-modernization situation, allows the design of new low-energy buildings
-•	Heat pumps used as an efficient source of energy, working even with COP = 10.
-•	Renewable energy sources (151m2 net surface of solar collectors)
-•	Combination of STES and heat pumps, resulting in up to 20% energy efficiency increase, 35% reduction in primary energy consumption and 25% reduction in energy costs.
- |||
 ||||
 ^Financial scheme|(not available)|||

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