Paris-Saclay
France
Scientific & Technical Centre
Technical Installation
SSTP ENSAE
EPA Paris-Saclay, the Land Planning Public Authority for the Paris-Saclay urban area, is in charge of the development of one of a world class technology and innovation cluster. It believes that such an urban development must be in advance with respect to environmental issues, using the most innovative technologies to fulfill its high energetic and environmental objectives, in line with the COP21 global and national objectives. Its energetic strategy reflects this ambition.
Paris Saclay District Heating and Cooling network which is one of the most innovative DHC grids in Europe, is the cornerstone of this energy strategy.
For more information, the case study is available on the Construction21 website here.
Total surface served
851 773 m²
Amount of connections
76
Type of consumers
Commercial, business & residential
Heat sources
Geothermal well + heatpumps Gas boilers
Cooling sources
Geothermal well / Cooling towers
Timeline
Blueprints and technical datas
Length of Network
11 850 m
Heating Capacity
25 676 kW
Annual Heating Demand
26 282 MWh
Cooling Capacity
12 000 kW
Annual Cooling Demand
6 941 MWh
5GDHC Principles
Ambiant LOOP
Carrying thermal energy from the Energy Centre to the decentralized plant (“SSTI”), and allowing heat and cold exchanges between building clusters.
DECENTRALIZED HEAT AND COLD NETWORK
Connecting decentralized heat and cold plants to local customers. These heat and cold plants (“SSTI”), located in the basement of major buildings of the urban campus, host the heat pumps supplying simultaneaous heat and cold.
GEOTHERMAL WELLS
Two 700-meter-deep wells into the Albien aquifer are necessary : One pumping geothermal water the other returning it back to the Albien aquifer after extracting its heat. The Albien aquifer is a eep 30°C-water field located under the Paris region. It dates back to -145 millions year.
For more information,
please visit the project website
please visit the project website