Stack assembling villa residential building solar energy-gas wall hanging furnace hot water system

Abstract

The invention provides a pile-assembly villa typed building solar-gas hanging furnace hot water system, comprising a gas hanging furnace heating system and a solar water supply system which comprises a heat collector group which is concentratively arranged on the roof of a building and consists of a plurality of heat collectors in series or / and in parallel, a solar station and a heat energy concentrative distributor, water storage tanks which are arranged in equipment rooms of all households and water usage facilities of all households; the inlet of the heat energy concentrative distributor is connected with the outlet of the heat collector group; the heat energy concentrative distributor is provided with a distribution outlet which is corresponding to the quantity of the households; the water storage tank is internally provided with two heat exchangers which are independent; the inlet of the first heat exchanger is connected with the distribution outlet and the outlet thereof is connected with the inlet of the solar station; the outlet of the solar station is connected with the inlet of the heat collector group; the water storage tank is connected with the water usage facility by a hot water supply pipe; and the inlet and the outlet of the second heat exchanger are connected on the heat energy circulation pipeline of the gas hanging furnace heating system. The pile-assembly villa typed building solar-gas hanging furnace hot water system has simple pipelines, does not affect light collection of the balconies and windows and the decoration in and out of the rooms, and achieves the objects of control and measurement by households.

Description

technical field [0001] The invention belongs to the technical field of solar water heaters, in particular to a solar-gas wall-hung boiler hot water system for stacked villa-style houses. Background technique [0002] At present, there are mainly two modes of operation for residential solar water heating utilization: centralized and individual households. There are many problems in management and use, which seriously restrict the development prospects of residential solar energy utilization. The use of concentrated solar energy is not easy to manage, which brings many problems to maintenance and operation, mainly in the difficulty of management, difficult collection of operation and maintenance fees, lack of individualization in management and use, fluctuating high and low unit use costs, complex piping systems and space occupation and other problems; and household solar energy utilization, the main problem is that it destroys the functions of the original facade, roof and fl...

AI Technical Summary

Problems solved by technology

The use of concentrated solar energy is not easy to manage, which brings many problems to maintenance and operation, mainly in the difficulty of management, difficult collection of operation and maintenance fees, lack of individualization in management and use, fluctuating high and low unit use costs, complex piping systems and space occupation and other problems; and household solar energy utilization, the main problem is that it destroys the functions of the original facade, roof and flue of the building, the water tank leaks pose a threat to the building roof, the system stability is poor, and it cannot be used around the clock

Even for solar integrated buildings that have been promoted in developed areas, either there is insufficient hot water supply in winter or cloudy days, or there is no need to purchase secondary electric heating equipment systems, resulting in repeated investment

Images