Energy internet scheduling method based on big data cloud technology

Abstract

The invention relates to the technical field of smart power grid technology, in particular to an energy internet scheduling method based on big data cloud technology. A control end, a cloud terminal and an energy station are included, and the control end comprises a control end main part, an energy scheduling platform and a cost estimation module. According to the invention, the information transmission and storage are carried out by adopting the cloud terminal, and then the dispatching platform is commanded to carry out real-time monitoring and transmit the condition needing to be dispatched, so the monitoring platform can better understand the condition in an all-around manner, the dispatching effect can be improved, and the phenomenon of inaccurate scheduling due to incomplete information receiving is avoided; the energy distribution system, the energy scheduling platform and the cost estimation module are integrated, the working efficiency and the working accuracy are greatly improved, the data consistency is ensured, the energy scheduling data are downloaded through the cloud technology, rearrangement and recombination are performed according to the energy distribution system, the energy scheduling platform and the cost estimation module, and the effect of maximum utilization of distributed renewable energy sources is achieved.

Description

technical field [0001] The invention relates to the technical field of smart grid technology, in particular to an energy internet scheduling method based on big data cloud technology. Background technique [0002] In recent years, with the continuous development of technologies such as micro-grids and active distribution networks, renewable energy represented by photovoltaics and wind power has gradually been connected to the grid in the form of distributed energy, and the grid-connected capacity has increased year by year. A new type of energy Internet is formed. Due to the randomness of renewable energy output and the instability of grid-connected operation status, the current energy Internet with renewable energy grid-connected has the following disadvantages: (1) Renewable energy and conventional energy overlap (2) Energy scheduling standards are not uniform, and energy transmission accuracy is insufficient, resulting in a large waste of energy in the transmission proces...

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Problems solved by technology

[0002] In recent years, with the continuous development of technologies such as micro-grids and active distribution networks, renewable energy represented by photovoltaics and wind power has gradually been connected to the grid in the form of distributed energy, and the grid-connected capacity has increased year by year. Constitutes a new type of energy Internet. Due to the randomness of renewable energy output and the instability of grid-connected operation status, the current energy Internet that includes renewable energy grid-connected has the following disadvantages: (1) Renewable energy and conventional energy overlap (2) Energy dispatching standards are not uniform, and energy transmission accuracy is insufficient, resulting in a large amount of waste of energy in the transmission process; (3) Excessive use of traditional fossil energy coal, oil, and natural gas leads to the greenhouse effect, which affects the environment. problem to be solved

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