on the morning of november 11, dr. cheng lijun, an expert in intelligent distribution network, was specially invited by the energy business department of nanguo hongdou holding co., ltd. to give a special training on comprehensive energy services.
dr. cheng lijun gave a lecture entitled "internet oriented comprehensive energy control and service". he talked about the prominent characteristics of "double high" and "double peak" in the current power system, facing strong signals to accelerate the clean transformation of energy, as well as multiple challenges such as large-scale and high-proportion grid connection of new energy, distributed power generation and microgrid access. therefore, it is urgent to use digital thinking to solve the "impossible triangle" problem of security, economy and green development, effectively support the complementarity of water, fire and scenery, the coordinated interaction of source, network, load and storage, and accelerate the transformation and upgrading of new power systems dominated by new energy. combined with the development trend of the industry and the needs of industrial transformation, cheng lijun pointed out that the establishment of a smart energy management and control and service cloud platform based on internet technology, the interconnection of energy related information flows, the integration of various available resources, and the rational allocation of energy supply, consumption and services in and around the region will contribute to the industrial upgrading, format innovation inject new momentum into service expansion and ecological construction, continue to make efforts in promoting quality change, efficiency change and power change, improve the high-quality development level of energy, and promote the construction of a modern energy system. as the innovation of business model, comprehensive energy management and control and service should deal with the relationship between overall and local, physics and data, accuracy and speed, economy and technology, low carbon and energy consumption, research and application.