District Heating

Building complexes, various industrial parks, and municipal central heating networks can accommodate heating demand scenarios of different scales.

Heat is extracted from multiple heat sources, converted and enhanced by high-temperature heat pump units, and then stably outputted at a constant pressure and flow by the energy station. Finally, it is delivered to the building terminals through the heating pipeline network to meet the heating demand.

It boasts high capabilities in heating continuity, system compatibility, peak shaving, and operation and maintenance support.

Addressing the challenges faced by traditional boiler heating, such as high fuel costs, excessive pollutant emissions, and significant pressure to meet environmental standards; efficiently recycling and utilizing previously wasted low-grade heat sources, enhancing the comprehensive utilization efficiency of energy, and promoting energy conservation and carbon reduction transformation in the heating sector.

Land provides a one-stop solution for heat pump district heating and cloud-based remote services. Utilizing efficient, energy-saving, and environmentally friendly high-temperature heat pump technology, it recovers waste heat from low-grade heat sources such as industrial cooling water, urban reclaimed water, geothermal water, boiler flue gas, and air, to produce high-temperature hot water. This hot water is then delivered to the district heating network to meet users' heating needs.

Increase the proportion of clean heating, reduce dependence on fossil fuel boilers, and decrease pollutants and carbon emissions; ensure more stable heating and more flexible regulation; enhance the system's resilience through multi-heat source complementarity and hierarchical utilization, so that it can maintain heating stability even in the event of fluctuations in heat source supply or sudden changes in heating load.