District Heating and Cooling Systems
District heating and cooling systems serve multiple buildings from centralized infrastructure, requiring dependable performance, efficient energy transfer, and long term operational stability. These systems must balance heating and cooling demands across diverse loads while operating continuously and efficiently.
Integrated heating and cooling solutions are engineered to support campus scale distribution, optimize energy use, and provide consistent service across commercial, institutional, and municipal environments.
Heating and Cooling Across District Energy Systems
District energy systems apply heating and cooling in multiple ways, depending on building use, load profiles, and distribution requirements. Solutions are designed to support efficient operation across centralized plants and connected facilities.
Central Plant Cooling
High capacity cooling systems designed to serve centralized plants supporting multiple buildings and variable load conditions.
Central Plant Heating
Heating solutions integrated into district systems to deliver reliable thermal energy across campus and municipal environments.
Chilled Water Distribution
Cooling systems designed to support efficient chilled water production and distribution across district networks.
Thermal Storage Integration
Heating and cooling solutions that support thermal energy storage to balance peak loads and improve system efficiency.
Energy Transfer and Load Balancing
Systems engineered to manage varying heating and cooling demands across connected facilities while maintaining stable operation.
Campus and Municipal Applications
Heating and cooling systems designed to support universities, healthcare campuses, commercial developments, and municipal infrastructure.