Zeng Ming of North China Electric Power University: promote the construction of world-class energy interconnection in two aspects. At the same time, in order to improve the competitiveness of enterprises' comprehensive energy service market, first, improve the comprehensive energy service level from point to area, and second, promote the implementation of comprehensive energy system and build a world-class energy interconnection
on March 30, 2019, Professor Zeng Ming, director of the energy interconnection research center of North China Electric Power University, delivered a keynote speech entitled "integrated energy services and ubiquitous power IOT" at the "second integrated energy system summit and ubiquitous power IOT forum"
firstly, Professor Zeng Ming introduced the comprehensive energy service in detail from three aspects: the development and evolution of the comprehensive energy service, the basic connotation and the service content. Professor Zeng Ming pointed out that integrated energy service is a new type of energy service to meet the diversified energy production and consumption of end customers, that is, on the basis of traditional integrated energy supply (electricity, gas, heat and cold), integrating renewable energy, hydrogen energy, energy storage facilities and electrified transportation, through natural gas combined cooling, heating and power supply, distributed energy and energy smart micro, combined with big data You must provide a new type of energy service mode, such as material type cloud computing, IOT and other technologies, to realize multi energy collaborative supply and comprehensive cascade utilization of energy, so as to improve energy system efficiency and reduce energy consumption cost
secondly, Professor Zeng Ming analyzed the basic architecture of ubiquitous power IOT, the types of energy and power system data that can be collected under ubiquitous power IOT and their application scenarios. In particular, it is pointed out that ubiquitous power IOT must first define the mode of application layer, and then lead and layout the construction and development of perception layer, network layer and platform layer. Professor Zeng Ming believes that the data of ubiquitous power IOT can be divided into five categories: 1) data reflecting energy production; 2) Data reflecting energy distribution and conversion; 3) Precautions for operation of data impact testing machine reflecting energy consumption, trading and regulation:; 4) Socio economic and environmental data that have an impact on energy interconnection; 5) Data characterizing the characteristics of the participants in the energy interconnection - people. These data together constitute the big data in the ubiquitous power IOT, which can be applied to the planning, operation, marketing, energy service and other aspects of the energy and power system
finally, Professor Zeng Ming explained in detail the development trend of comprehensive energy services under the ubiquitous power Internet of things and the specific implementation path of replenishment before section 101. Professor Zeng Ming pointed out that the future comprehensive energy services should firmly grasp the following directions: user centered value creation, data centered information value-added, technology driven business innovation and benefit mining taking reform as an opportunity. At the same time, in order to improve the market competitiveness of enterprises' comprehensive energy services, first, we should improve the level of comprehensive energy services from point to area, and second, we should promote the implementation of comprehensive energy systems and build a world-class energy interconnection