Hot air heating characteristics of solid heat storage electric boiler in Chifeng Mei Jie Company

1. Anti-freezing characteristics: the hot air heating system is adopted, which completely avoids the frost cracking of the water system that is easy to occur in ordinary water heating systems. 2. Avoid air pollution: Clean and environmentally-friendly energy electric heating method is adopted, which effectively solves the problems of air pollution and smog caused by the widespread use of solid fuel for heating in northern cities. 3. Low-cost heating: low-cost heating is realized by using low-valley electric heat storage and daytime heating technology, which reduces the heating operation cost. The initial investment is less, about 60% of the traditional boiler heating system. There are no costs such as manual attendance, slag cleaning, water quality treatment and boiler water pipe maintenance required by traditional boiler heating, which greatly saves operating costs. Therefore, the comprehensive cost is saved by about half, and the economic benefit is very obvious. 4. Safe wind-wind heat exchange: Wind-wind heat exchange technology of external high-efficiency spiral fin tube or heat pipe heat exchanger is adopted to truly realize waterless high-temperature heat storage, thus solving the safety hidden danger of serious gasification and explosion in the water pipe of the heat exchanger when the high-temperature heat accumulator fails (sudden power failure, etc.). ) .5. Hot air supply on demand: combined with the independent distributed blower adopted at the end, the blower stops working in the area where heating is not needed, so as not to consume excess heat. The operator only turns on the fan switch in the area where heating is needed, which truly achieves the energy-saving purpose of on-demand air supply, with high efficiency and remarkable energy-saving effect, and avoids the shortcomings of low energy utilization efficiency, short air supply distance and slow heating speed of centralized and unified air supply system.