Equipment regulation and control device of comprehensive energy system

Abstract

The invention discloses an equipment regulation and control device of a comprehensive energy system. The equipment regulation and control device comprises an energy supply center and a system management and control center for controlling all modules of the energy supply center to operate. The energy supply center provides a supply process from energy output to dispatch and use and at least comprises an energy production module, an energy supply module used for transmitting all output energy, a cooperative conversion transmission module and an energy storage module, wherein the energy production module can be at least divided into a renewable energy group and a non-renewable energy group; the system management and control center at least comprises an energy control module which controls conversion and distribution of each energy source in the energy source production module. Multiple groups of energy classifications are set according to the energy characteristics, the supply amount of each type of energy is controlled according to the productivity benefit of each energy monitored in real time, and the energy is saved and the environmental pollution is weakened by improving the energy production amount and the supply rate of clean and energy-saving types under the condition of conforming to the use conditions.

Description

Technical field [0001] The invention relates to the technical field of integrated energy systems, in particular to an equipment control device of an integrated energy system. Background technique [0002] The integrated energy system refers to the use of advanced physical information technology and innovative management models in a certain area to integrate multiple energy sources such as coal, oil, natural gas, electric energy, and thermal energy in a certain area to achieve coordinated planning between multiple heterogeneous energy subsystems. This new type of integrated energy system must effectively improve energy utilization efficiency and promote sustainable energy development while meeting the diversified energy demand within the system. [0003] The integrated energy system includes clean energy power generation such as gas turbines and photovoltaics, gas boilers, and energy production equipment such as higher-level power grids; energy conversion equipment such as heat pump...

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Problems solved by technology

[0004] There are differences in the conversion rate, stability, safety, geographical influence, technical requirements, impact on the environment and cost of different energy sources. For example, water energy is affected by rainfall, and the production capacity is stable and the benefits are large in the stage of heavy rainfall. The dry season is extremely unstable; clean natural energy sources such as solar energy and wind energy also have the same problem; biomass energy, natural gas, oil and other energy sources have stable production capacity, but they will cause soil problems, environmental pollution, resource waste, etc. to varying degrees. 1. There are differences in the demand for electricity, heat and cold in different regions. While coordinating the transformation of various energies, a certain amount of energy loss will be generated. The current comprehensive energy system cannot make targeted adjustments according to these factors. Under the circumstances, adjust the energy production efficiency and reduce the damage to the environment

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