The comprehensive energy microgrid demonstration project of Linke Industrial Park was invested and built by BBE GROUP, which is a comprehensive energy service project of Linke Electric's high-end intelligent power equipment manufacturing base. According to the energy demand and the conditions of the park, the project will build distribution network, distributed roof photovoltaic power generation system, ground source heat pump cold and heat supply system, lithium battery energy storage system and electric vehicle charging facilities in the park, and carry out fine control through the integrated energy management and control system platform to achieve a high degree of integration of energy flow and information flow. Create a new generation of convenient, safe, green and efficient parks.

The project will build an industrial and commercial park-level (cold, hot and electricity) micro integrated energy network, with integrated management functions such as energy production, supply and sales, regulation and optimization; At the same time of introducing 10kV mains power supply, the high and low voltage distribution network system of the park is built to distribute electric energy, so as to meet the different demands of production and life in the park. In addition, the project uses the park's inland thermal resources to provide distributed cooling and heat supply services, reduce the energy cost of air conditioning and refrigeration, and solve the problem that the park's urban heat network cannot cover.

In terms of new energy, the project uses the roof of the large factory in the park to build a distributed photovoltaic power generation system as a supplement to the mains power supply, and builds a large electric vehicle charging station to meet the rapid charging needs of social vehicles in the park and surrounding areas. The integrated energy management and control platform of the park can manage and optimize the entire distributed energy network, and combine with the long-term planning of the energy storage system, and eventually form a grid-connected park-level integrated energy micro-grid with various elements of source, network, load, storage and control。