Massive micro-load management and control platform and method for power user-side load resource sharing

Abstract

The invention relates to a power user side load resource sharing mass micro-load management and control platform and method. The platform comprises a load resource demand side interface which is used for receiving user information of a load resource providing side, a load resource providing side interface which receives the user information of a load resource demand side and a resource management and control module. The resource management and control module aggregates load demand information of the load resource demand side through login authentication and then forms a planning scheme after docking and performs delivery according to the planning scheme. The method comprises the steps that the resource management and control module provides registration and login for the load resource demand side, performs identity authentication and updates the information of the load resource demand side; registration and login of the load resource providing side are performed, identity authentication is performed and the information of the load resource providing side is acquired; and the load resource sharing information of the load resource providing side is aggregated to form the planning scheme, and delivery is performed according to the planning scheme. The ratio of clean energy can be enhanced and the power supply efficiency can be enhanced.

Description

technical field [0001] The invention relates to a massive micro-load management and control platform and method for power user-side load resource sharing, and belongs to the technical fields of information communication and electric power system automation. Background technique [0002] With the increasing demand for clean, environmentally friendly and efficient use of energy in today's world, electricity, as a terminal energy source, is being used more and more widely due to its clean, environmentally friendly and convenient use. Therefore, people pay more and more attention to the efficient use of electricity, and make great efforts to make the whole process of electricity supply including production, transmission and use clean and efficient. Power supply has the characteristics of instant production, instant transmission, and immediate consumption. The production and consumption of electricity must be completed at the same time. This feature determines that the load of th...

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Problems solved by technology

[0003] The power system has a long history of technical research on the use of load resources to balance the power supply process. So far, load control and demand side response technologies have been developed to apply load resources, but these technologies are viewed from the perspective of power producers load resources, has not been able to solve the contradiction between the utilization of load resources and the protection of users' right to use electricity, and avoid affecting users' electricity use, so that the application of these technologies has been greatly restricted and has not been widely promoted so far

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