Waste heat recovery solution
Complete solution for super markets with heat pumps, hydraulic station and remote monitoring
Energy and CO2 savings
Our waste heat recovery solution with R290 heatpumps and hydraulic station has created significant energy savings and reduced carbon emissions in hundreds of supermarkets across Europe. Remote monitoring enables predictive maintenance with quick response times and minimises disruptions during shopping hours.
Performance data verified from our installations during a full year cycle:
- 90% of the heating need during the winter acquired from recovered energy
- Excellent system performance with a COP of 5-6 during winter time
- Ca 75% (21-31 tonnes) lower COâ‚‚ per year vs. fossil-based heating
National supermarket Germany
Reference
This waste heat recovery solution in a german supermarket was designed to meet the attached butcher shop's need for particularly high temperatures and a continuous supply of process water.
Read moreWaste heat as a strategic asset
Supermarkets and retail chains face rising energy costs, tighter EU refrigerant regulations, and ambitious Net Zero goals. Heating, cooling, and refrigeration account for over 50% of their total energy use — making energy efficiency critical to both profit and sustainability.
Heat recovery is the key to unlocking this potential. By transforming unavoidable refrigeration waste heat into energy for space heating and hot water, food retailers can cut operational costs, reduce emissions, and future-proof their buildings.
A practical guide for supermarkets
Swegon’s heat pump solution helps food retailers meet these challenges through:
- Natural refrigerants (R290) and high-efficiency heat pumps
- Smart hydraulic modules for compact, plug-and-play installation
- Advanced control systems for optimized performance and remote monitoring
- Proven ROI and carbon reduction up to 40%
Explore the complete roadmap to Food Retail Decarbonisation with Heat Recovery, including case studies, ROI insights, and system design strategies.
Download white paper (pdf)