Source network load heat storage pump heating system

Abstract

A source network load heat storage pump heating system comprises a source part, a network part, a load part, a storage part, an energy system, an information system, an intelligent sensing system and an intelligent control system, and is characterized in that a photovoltaic power generation power supply is arranged in the heat pump heating system, and an electric load is a multi-source heat pump heating or air source heat pump facility or a multi-source heat pump heating facility heat collector; and meanwhile, solar energy, air energy, wind energy and environment energy can be absorbed, and the energy efficiency is higher than that of an air source heat pump. Water heat energy storage and storage battery electric energy storage are combined for source network load storage and Internet of Things fusion, and a photovoltaic power generation power supply technology, a power grid technology, an energy storage technology, a heat pump heating technology, a computer technology and an Internet technology are combined. The source network load heat storage pump heating system has the advantages that real-time sharing of state information among photovoltaic power generation, a power grid, energy storage and heat pump heating, the environment and the source network load storage multi-source heat pump heating system is achieved, and the purposes of saving cost and improving life quality of people are achieved. A net zero-carbon operation mode is adopted, so that building carbon neutralization is realized.

Description

technical field [0001] The invention relates to a source-net-load heat storage pump heating system, which belongs to the technical field of renewable energy power generation and heat utilization. Background technique [0002] Heat pump heating can use part of the heat energy of low-temperature heat sources, and the heating coefficient is greater than 1, which improves energy utilization. The low-temperature heat source of air-source heat pump heating is air, and the heat energy for heating utilizes part of the low-temperature heat energy in the low-temperature heat source of air. It is widely used for heating in severe cold areas, but air-source heat pump heating cannot use solar energy, and the heating coefficient is not high. Solar energy aluminum pipe heat pump heating, low-temperature heat source comes from solar energy, air energy, wind energy, etc. absorbed by aluminum pipes, which improves the heating coefficient, but driving the compressor needs to consume electric e...

AI Technical Summary

Problems solved by technology

Generally speaking, heat pump heating users do not directly burn coal, but consuming coal and emitting carbon dioxide will consume electricity from the public grid. This common problem exists in all electric-driven compression heat pump heating systems, and heat pump heating systems cannot achieve carbon neutrality.

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