With the continuous development of human society, cities in the future will bear more and more people. At present, China is in a period of accelerating urbanization. The problem of 'urban diseases' in some areas is becoming increasingly severe. To solve the problems of urban development, cities can be realized. Sustained development, building smart cities has become an irreversible historical trend of urban development in today's world. The use of information and communication technology means sensing, analysis, integration of key information in the core system of urban operations, including people's livelihood, environmental protection, public safety, The smart response to various demands, including urban services and industrial and commercial activities, is already a new starting point for domestic large-scale enterprises to achieve smart city-style management and operation.
China Ruichuang Power Energy Technology Service Co., Ltd. (hereafter referred to as 'Zhongrui Power') has a close cooperation relationship with the State Grid Corporation of China. In recent years, according to the national policy, it has followed the development of smart cities and clearly defined itself in the construction of smart cities. Positioning, in the process of customer service, can provide competitive solutions in all aspects, saving electricity costs for customers, and creating corporate value.
According to Yin Xiangmin, general manager of 'Zhongrui Power', the reporter explained: 'Energy-related infrastructure is an important part of smart city infrastructure services. They not only allow a city to operate normally and steadily, but also bear a reduction. Responsibility for the negative impact of energy use on the environment. Taking electricity as an example, due to the combined effects of climate change, rising energy prices and technological advancement, there is a growing number of highly environmentally conscious consumers who want to understand the public The situation of the business, and more and more hope to participate in it, play its own role in the use of electricity. For example, they want to know how much energy they use, which use can be optimized, how to use to be more environmentally friendly, etc. The physical and real-time dynamic precision detection control, intelligent perception, intelligent scheduling and intelligent management, the formation of 'Internet + electricity' efforts to open the side of sales.
In fact, as early as 2014, the progress of smart cities at the policy level has already been manifested: From the National Development and Reform Commission, the Ministry of Industry and Information Technology and other 12 departments jointly issued the “Circular on Accelerating the Implementation of Information-related Projects”, the National New Town From the “Planning Plan” to “Guidance on Promoting the Healthy Development of Smart Cities” and “Notice on Launching Pilot Applications for Smart Cities in China in 2014”. These documents have clearly defined the guiding ideology, practical path and work focus of smart city construction. Compared with previous years, the direction of building a smart city has been further defined.
This was followed by the new outlet of Internet + Big Data + Smart City 2.0 in 2015. On June 17, 2015, the 95th executive meeting of the State Council reviewed and adopted the "Several Opinions on Using Big Data to Strengthen the Service and Supervision of Market Principals." This is an important policy document that conforms to the trend of the big data era, uses big data concepts and technologies, and more effectively promotes the decentralization of government, decentralization, integration, and optimization of services.
Speaking of the reform of the city's electricity sales side and the ability of the entire network to monitor and early allocate electric power, Yin Xiangmin believes that it is still necessary to do a good job in operation services: 'Building a real-time monitoring and early warning of the power grid's cross-section to realize real-time monitoring of the general situation of the city's conventional power input. Establish new energy sources and For network status monitoring system, to achieve multi-energy supply, multi-energy complementary and maximize the use of energy. Established real-time data collection and collation system for industrial enterprises to achieve energy assessment management and energy-assisted decision-making. Construction of integrated regional energy information integration The monitoring platform realizes distributed optimization, energy-saving dispatching and visual display of transmission, new energy, energy storage and electricity. Through the provision of energy efficiency services to enterprises, the power supply and consumption model is optimized, a virtual energy-efficient power plant is established, and project cost recovery is realized through energy saving. And bring sustainable and green energy companies to urban development, with long-lasting economic and social significance. ',