Heating system of biomass water circulating fireplace

Abstract

The invention relates to a heating system of a biomass water circulating fireplace, comprising a biomass water circulating fireplace device, an insulating water storage tank and a ground heating coiled pipe, wherein the biomass water circulating fireplace device is connected with a plurality of groups of heating radiators in a heat supply area through pipelines, and is respectively connected with the insulating water storage tank outside and the ground heating coiled pipe under a floor by pipelines; and temperature control devices are arranged on pipelines connected with different heat supply equipment such as the biomass water circulating fireplace device, the heating radiators, the insulating water storage tank and the ground heating coiled pipe. The heating system has the beneficial effects that the biomass water circulating fireplace device is arranged and is used as a heat supply basis, so as to realize the need for complete indoor heat supply at different places; firstly, the fuel adopted by the biomass water circulating fireplace device is a renewable resource and is very environment-friendly; the source of raw materials is wide, and the cost is low; secondly, the operating efficiency is increased compared with the traditional heat supply system adopting other devices as the basis; and in addition, the expansibility is stronger.

Description

technical field [0001] The invention relates to heating technology, in particular to a biomass water circulation fireplace heating system. Background technique [0002] At present, heating technology is also being continuously updated, for example, heating fireplaces can be used and all heating facilities in the room can be integrated. At present, many places such as hotels, guesthouses, saunas, bathing centers, leisure clubs, villas, factories, schools, and enterprises and institutions all need hot water for bathing and heating. Therefore, after analyzing many existing heating systems, it can be concluded that its main defects are: ① Due to the limited range of fuel collection, high cost, and insufficient energy saving and environmental protection; ② The indoor heating system is too monotonous, and the heat loss is relatively serious , so its heating capacity is limited, and it cannot effectively ensure effective heating in all corners of the room; ③The heating equipment i...

AI Technical Summary

Problems solved by technology

Therefore, after analyzing many existing heating systems, it can be concluded that their main defects are: ① due to the limited range of fuel collection, high cost, and insufficient energy saving and environmental protection; ② the indoor heating system is too monotonous, and the heat loss is relatively serious , so its heating capacity is limited, and it cannot effectively ensure that all corners of the room are effectively heated; ③The heating equipment is inconvenient to use and not easy to maintain; ④Lack of real-time temperature control, does not meet humanized needs, and has low work efficiency

Images