Urban Geothermal Solutions offer spans from drilling of geothermal bore holes to building thermal seasonal storage solutions. Tomorrows energy system will be more diverse and waste energy from data centers and industry will be stored and used for heating of homes and public buildings. Low temperature energy sources will be better utilized, adding intermediate energy storages. District heating and cooling systems will be build and designed to suit new renewable energy sources.
Transforming a campus to highly energy efficient renewable energy system.
Team of experts and reputable local contractors. The campus now have a
LEED Gold certification.
Frölunda Torg is one of the largest shopping centers in Scandinavia, totaling 1.2 million SQFT. The shopping center receives 12 million visitors per year and has over 200 shops and businesses that were originally heated by district steam heat and electricity for cooling.
The BTES geothermal system was able to cover 52% of the heating load capacity and 31% cooling capacity.
The project goal was to develop a bankable feasibility study to convert the energy system from coalfired central heating and local biomass to a geothermal system for heating and cooling. Several test holes have been drilled, system design completed and local approvals are processed.
Implementation project is planned to start early 2023 where some 200 boreholes will be drilled to 200 meter’s (650ft) depth.
The Beresford is a legendary landmark on Manhattan built in 1929. To phase out end-of-useful life equipment, the co-op residents chose a hybrid geothermal and air-source heat pump . This installation is projected to reduce peak cooling demand by 18%. Provide heating while using 60% less energy than an equivalent ASHP system system. This proposed geothermal system will reduce GHG emissions by more than 40%.
Farkostvägen 9
SE-181 35 Lidingö , Sweden