Design of zero-carbon campus energy system based on multi-energy complement and intelligent optimization

In order to achieve the goal of carbon neutrality, especially to guide and encourage young people to participate in this process, with the goal of achieving zero carbon emissions on campus. A multi-energy complementary green energy system composed of photoelectricity, wind energy, geothermal energy, and energy storage is comprehensively utilized to construct a campus comprehensive energy system, and intelligent energy scheduling is achieved through the operation of big data. MQTT, CoAP IoT protocol, and various industrial field control bus technologies such as ModBus, ProfiBus DP, CAN, MBus are adopted to achieve data acquisition, transmission, and control. A comprehensive management platform is established to explore the design of a new energy system for achieving zero carbon goals in university campuses.