Commercial Building HVAC Efficiency with Waste Heat Recovery
Savery’s thermal platform reclaims waste heat from HVAC and building systems and converts it into cooling, dehumidification, and usable hot water. Designed for retrofit realities, it improves comfort, reduces peak electricity demand, and stabilizes performance across seasons.
Chiller Plants & Condenser Heat Recovery
Recover condenser heat and rejected heat streams to reduce cooling electricity and create useful thermal output where needed.
Key benefits
Reduce compressor load under suitable conditions
Improve part-load performance and operational stability
Unlock heat reuse opportunities (DHW, reheat, etc.)
Ventilation (DOAS) & Humidity Control
Treat latent load efficiently so comfort targets are met with less reheat and less chiller burden.
Key benefits
Lower latent energy and reduce reheat dependence
Stabilize humidity and improve comfort consistency
Reduce peak cooling demand driven by ventilation loads
Heat Rejection Optimization
Optimize the path of rejected heat to improve efficiency in hot climates and shoulder seasons.
Key benefits
Reduce heat rejection bottlenecks (tower/dry cooler constraints)
Improve resilience during high ambient temperatures
Better control of thermal loops across operating modes
Domestic Hot Water (DHW) Preheating
Use available waste heat to preheat domestic hot water, reducing boiler or heat-pump lift.
Key benefits
Lower DHW energy cost and emissions
BSmooth demand peaks and reduce cycling
Better overall site energy utilization
Retrofit Integration & Controls
Integrate with existing HVAC and BMS to measure, optimize, and sustain performance.
Key benefits
Minimal disruption integration patterns
KPI monitoring and operational transparency
Continuous optimization over seasonal conditions