Intensive solar storage heating and cooling control method and control system

Abstract

Disclosed in the utility model is an intensive light-storage thermal and cold control system comprising a photovoltaic assembly for converting the luminous energy into the electric energy, an energy storage component, and a boost inverter. The photovoltaic assembly is connected with electric equipment by the boost inverter; and the electric equipment and the photovoltaic assembly are connected with the energy storage component. The photovoltaic assembly converts the luminous energy into the electric energy; and the electric energy is not only stored by the energy storage battery but also is transmitted to the electric equipment by the boost inverter. When the electric energy generated by the photovoltaic assembly is insufficient, the electric energy stored by the energy storage battery can be provided for the electric equipment for power supplying by the boost inverter. The provided system has the advantages of simple structure, high integration, convenient operation and management, and low cost.

Description

technical field [0001] The present invention relates to a power generation system, in particular to an intensive light-storage heat-cooling control method and a control system. Background technique [0002] The large area of ​​my country has abundant and evenly distributed light sources. Compared with hydropower, wind power, nuclear power, etc., solar power generation has no pollution, no noise, mature application technology, safety and reliability. In addition to large-scale grid-connected power generation and off-grid applications, solar energy can also be stored in various ways such as pumping water, superconducting, storage batteries, and hydrogen production. The use of solar energy can meet my country's demand for energy. [0003] The traditional solar storage system is mainly a micro-grid structure composed of distributed cooling, heating and electricity. Each subsystem in the traditional optical storage system needs to meet different working environments, and the la...

AI Technical Summary

Problems solved by technology

Each subsystem in the traditional optical storage system needs to meet different working environments, and the layout of each subsystem is scattered, difficult to cooperate, with loss of coordination, very inconvenient to debug and maintain, high investment cost and low cost performance

The traditional optical storage system does not adopt any integrated control method. The subsystems of the optical storage system operate independently and are very unstable. When the subsystems cannot communicate with each other, it will bring a lot of inconvenience to the upgrade and maintenance of the system.

Images