Management system of distributed photovoltaic power station

Abstract

The invention, which belongs to the technical field of distributed photovoltaic power station management, discloses a distributed photovoltaic power station management system comprising an acquisition and analysis module, a scheduling module, a security module and a server. The acquisition and analysis module is used for acquiring photovoltaic power station information and performing corresponding analysis, establishing a photovoltaic management model, and drawing region boundary lines in the photovoltaic management model, the region boundary lines including a user boundary line, a building boundary line and a line boundary line; obtaining the electricity consumption in each region boundary line, marking the obtained electricity consumption in the corresponding region boundary line, setting a corresponding building transboundary value and a line transboundary value according to the electricity consumption of the building boundary line and the line boundary line, and marking the set building transboundary value and the line transboundary value at corresponding positions in the photovoltaic management model; and performing priority ranking on users around the photovoltaic power stations to obtain user priorities, and performing user boundary line merging from the highest user priority of each photovoltaic power station.

Description

technical field [0001] The invention belongs to the technical field of decentralized photovoltaic power station management, in particular to a management system of a decentralized photovoltaic power station. Background technique [0002] Distributed photovoltaic power station usually refers to a power generation system with a small installed scale that utilizes distributed resources and is arranged near users. It is generally connected to a power grid with a voltage level below 35 kV or lower. Distributed photovoltaic power plants have little pollution and outstanding environmental protection benefits; there is no noise in the process of power generation, and it will not pollute the air and water, which can alleviate the shortage of electricity in some areas to a certain extent; Decentralized, difficult to manage, and not effectively managed. Therefore, it is currently necessary to propose a management system for decentralized photovoltaic power stations to make full use of ...

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Problems solved by technology

Distributed photovoltaic power plants have low pollution and outstanding environmental benefits; there is no noise in the process of power generation, and they will not pollute air and water, which can alleviate the power shortage in some areas to a certain extent; Decentralized, difficult to manage, and not managed effectively, so it is necessary to propose a management system for decentralized photovoltaic power plants to make full use of existing distributed photovoltaic power plant data to achieve effective management of decentralized photovoltaic power plants

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