During the rapid development process of China's social transformation and upgrading, the contradiction between urbanization and energy utilization speedily emerges. Accordingly, energy utilization has become the “development bottleneck” of China’s urbanization. Thus, China is pursuing the conservation and efficient utilization of green and low-carbon resources and takes the ecological and civilized development as priority.
Distributed energy station that simultaneously generates combined cooling, heat and power (CCHP) from the combustion of natural gas and heat pump energy station that adopts various low-grade heats with mature technology can meet the urban diversified energy needs and alleviate the energy problems in the course of China’s urbanization. Featuring low energy consumption, little pollution, flexible operation and economic efficiency and other excellent performances, CCHP achieves the energy cascade use with comprehensive utilization rate reaching over 80%. In terms of energy saving, environmental protection and economic efficiency, heat pump system and CCHP share the same characteristics. Different from CCHP, the heat required by heat pump system emerges from low-grade heat resources like industrial waste water, achieving the energy cascade use in a large area to some extent.
Starting from development and construction of distributed PV power station, Far East Integrated Technology Co., Ltd., a former state-owned enterprise, devotes to manifesting the coexistence of energy construction and urbanization development of China, during which it accordingly accumulates rich experiences related to distributed energy station. By advantage of solid technological strength and abundant engineering experiences, it will continue to progress in development, construction, operation and maintenance of distributed energy station.
Project cases:
1.Xinji International Leather City Sewage Source Heat Pump System Project
2.Tianjing Floating LNG Terminal Geothermal Heat Pump Project
