Buen Amor Castle
Photovoltaic, ground and air source energy in a historic 15th century building. Conversion of the Castillo del Buen Amor into a luxury hotel using water-water heat pumps with inverter technology as the HVAC system.
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Buen Amor Castle
The transferable CHC plant.
CHC container is easy to be transferred to where cooling is needed along the district heating network. It’s flexible, environmentally-friendly opportunity to meet customer’s cooling needs and to produce green district heating. Renewable heat produced in cooling is utilized in the production of
Together Housing Group Multi-regional Shared Loop Ground Source Heat Pump Project.
Together Housing is one of the largest social housing landlords in Northern England Using an innovative shared loop ground array for the heat pump element of the project, individual heat pumps in each property are attached to a shared communal ground loop. The ambient thermal energy runs on a
Urban Energy Lab 4.0: Refrigerant Lab.
The Refrigerant Lab is a part of the EU-funded Project: Urban Energy Lab 4.0 (UEL) aiming for an efficient, economic and ecologic heat supply for buildings. To meet ecologic goals in the building sector an about 100 m² lab was converted to a highly innovative refrigerant laboratory at RWTH Aachen
The Oxfordshire, Golf, hotel & Spa
The Oxfordshire is a 25 year old golf club, hotel and spa which was using oil for its heating and an old chiller for its cooling. Both these systems were very inefficient and expensive and harmful to the environment. We upgraded the infrastructure to reduce demand, installed heat pumps
Lippulaivathermal energy system.
Citycon is constructing a new mixed-use shopping center of Lippulaivain Espoo Finland. This new center consists in 8 residential buildings and a senior house, metro station and a bus terminal. The largest geothermal heating and cooling facility for a commercial building in Europe is being built
Lusty Heat Pump.
The project is about utilization of geothermal heat pump technology in industrial (agricultural) sector to lower heating and therefore also production costs and GHG emissions (lower the use of natural gas, lower the costs of energy for heating and lower CO2 emissions
Skanssi, shopping centre.
Shopping Centre Skanssi has 95 000 m2 of heated and cooled area with over 90 shops. The purpose is to switch to carbon neutral geothermal energy. Adven designed and implemented the overall project including design of the energy solution and selection of heat pumps. Geoenergy boreholes support
Stirling District Heat Network with Trane Water-to-Water heat pumps.
The project is a ground-breaking energy hub that uses a variety of sources including sewage and waste-water heat recovery technology, alongside a combined heat and power engine (CHP) to deliver low-carbon heat and energy cost savings to local public buildings and businesses
Stockholm Data Parks.
The use of the heat pumps rather than traditional chillers in a data centre not only provides chilled water for cooling the data centre but also recovers heat normally rejected to the atmosphere and upgrades it to deliver heating water and delivering heat for connected homes, industries and
Lake water heat pump Hallstatt
Renovation with a Heliotherm Natural Technology heat pump. Driven by water directly from Lake Hallstatt.
Large heat pump for combined heating and cooling in symbiosis with wastewater, ground water and power.
The project includes a new district cooling grid with a 2,000 m3 chilled water tank and a heat pump station 4,5 MW cooling / 6,5MW heating connected to the Greater Copenhagen district heating system for combined heating and cooling. It is meant to to deliver cost effective, reliable low carbon