Integration system for religion architecture

Abstract

The invention discloses an integration system for religion architecture, which comprises a production power terminal, a transmission and distribution terminal and an energy consumption terminal, and the production power terminal at least comprises a gas turbine, an afterburning type exhaust-heat boiler, a flue gas type double effect absorption refrigeration set, a soil source heat pump set, a water source heat pump set, a solar energy absorption refrigeration set, a wind generating set and a solar energy photovoltaic component; the transmission and distribution terminal at least comprises a pipe network; the energy consumption terminal at least comprises an inhabitation building, a business building, an office building, a travel building, a science education culture health care building and communication building. The invention organically integrates the natural gas based gas turbine cooling heating and power generation combined system with the solar energy photovoltaic component, the solar heat collector, the solar energy absorption refrigeration set, the wind generating set, the soil source heat pump set and the water source heat pump set, thereby not only reducing primary energy consumption, improving total heat efficiency of the system, but also optimizing the energy structure, protecting environment, reducing greenhouse gas emission and playing an important role for responding to climate change.

Description

technical field [0001] The invention relates to the field of energy technology and building energy saving technology, in particular to a regional building energy integration system. Background technique [0002] Distributed energy system is an important way to solve the current global energy crisis, which has attracted extensive attention from researchers and the public, and regional building cooling, heating and power system is an important field of application of distributed energy system. In order to reduce primary energy consumption, the combination of renewable energy and fossil energy is applied to the distributed combined cooling, heating and power system is the subject of current research and discussion. The renewable energy system will be undertaken by solar energy, wind energy, geothermal energy and geothermal energy etc. as heat sources. In recent years, natural gas has been widely used as the main primary energy fuel for energy supply systems in distributed ener...

AI Technical Summary

Problems solved by technology

[0005] At present, the main problems in the research on the regional building energy system of the existing design concept and implementation plan are as follows: 1) The distributed combined cooling, heating and power system is mainly based on the fossil energy system and supplemented by renewable energy. , there is no real meaning to realize the moderate and deep application of renewable energy

2) In terms of building cooling and heating load demand, although the building load has been coupled, due to the fluctuation of building load over time, the system still cannot operate at full load, resulting in a decrease in overall efficiency

3) In terms of power demand, relying on power grid compensation, that is, when the power generation of the distributed combined cooling, heating and power system is in short supply, it needs to be supplemented by a large power grid, which cannot fully realize the self-sufficiency of regional building power

4) In terms of system capacity matching, the full-load operation cannot be fully achieved, the actual operating efficiency of the system is low, and the intervention of the renewable energy system has not reduced the capacity of the fossil energy system

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