District Heating & Cooling
As the core urban centralized energy supply scenario, district heating and cooling requires heat exchange equipment to adapt to large-flow medium transmission, drastic seasonal load fluctuations and over 8,000 hours of annual continuous operation. It solves practical problems such as circulating water scaling, impurity deposition and pressure fluctuation, and meets core demands of precise temperature control, high energy efficiency, anti-fouling stability and low maintenance for stable and low-c
Typical Process & Heat Exchanger Stations
Industry Overview
1. Industry Demand
As the core urban centralized energy supply scenario, district heating and cooling requires heat exchange equipment to adapt to large-flow medium transmission, drastic seasonal load fluctuations and over 8,000 hours of annual continuous operation. It solves practical problems such as circulating water scaling, impurity deposition and pressure fluctuation, and meets core demands of precise temperature control, high energy efficiency, anti-fouling stability and low maintenance for stable and low-carbon urban energy supply.
2. Core Working Stations
The core working stations cover the full energy supply chain: large-flow pipe network heat exchange, dynamic temperature regulation of heat substations, high-efficiency centralized cooling heat exchange, building terminal pressure-stabilized heat exchange, and system waste heat recovery. It serves centralized heating, cooling and energy-saving renovation scenarios for residential communities, commercial complexes and industrial parks.
3. Core Equipment
1. Thermowave Thermoline Gasketed Plate Heat Exchanger: Dominant equipment for large-flow pipe network heat exchange, anti-scaling and easy to maintain, suitable for long-term base-load operation; 2. Thermowave ThermoSkid Modular Unit: Integrated intelligent unit for new and retrofitted energy stations, realizing full-process efficient energy supply; 3. Thermowave ThermoMicro Brazed Plate Heat Exchanger: Ultra-compact and high-efficiency, dedicated to system waste heat recovery and energy saving.
