Now the application of electric heating boilers can be said to be more and more widely, and the production materials are also enriched! Next Shandong Electric Heating Boiler Factory will tell you about the desirability of graphene material for electric heating boilers!

石墨烯电热膜系统是低碳经济的领军行业。相对于煤炭、天然气、秸秆、木材等采暖能源，电能是一种有发展潜力的采暖能源，正随着以太阳能、风能、水能、核能等为代表的新能源的兴起而蓬勃发展。这是一种清洁的、可再生的能源，是真正的低碳甚可以说是“零”碳能源。石墨烯电热膜地热供暖“零碳排放”模式从根本上了环境污染的问题，没有烟尘和粉尘，不产生废气、废水、废物等污染物，符合城市要求。传统的供热方式都是加热空气形成对流，特别是空调，暖风一开，满室浮尘乱飞，既污染家居环境，还危害人体健康。而石墨烯电热膜采暖系统通过远红外辐射方式散热，既不产生浮尘，又净化了空气。

Graphene electrothermal film system is the leading industry of low carbon economy. Compared with coal, natural gas, straw, wood and other heating energy, electric energy is a potential heating energy, which is booming with the rise of new energy such as solar energy, wind energy, water energy, nuclear energy and so on. This is a clean and renewable energy source. It is a real low-carbon or even zero-carbon energy source. The zero carbon emission mode of graphene electrothermal film geothermal heating fundamentally solves the problem of environmental pollution. It has no smoke, dust, waste gas, waste water and other pollutants, and meets the requirements of urban environmental protection. Traditional heating methods are convection of heated air, especially air conditioning. When the warm air is turned on, the room is full of dust, which not only pollutes the home environment, but also endangers human health. The graphene electrothermal film heating system dissipates heat by far-infrared radiation, which not only produces dust but also purifies air.

石墨烯电热膜系统是建设节约型社会的标本工程。该系统无需用水，节约了宝贵的水资源。而且不需要建锅炉房，储煤、堆灰、管网等设施，节约了土地和原材料。关键的是。低碳石墨烯电热膜供暖系统的热转换率高达99.98%，可以大大减少转换及传递过程中的能量损失;还可以充分利用夜间低谷电量，为增加低谷电力收入，而且平抑电价，节约电能。使用该系统还可以实施行为，供热温度在5℃～30℃之间自由调节，当房间无人时，可把温度调低甚断电，这样大大节约了电能。

Graphene electrothermal film system is a sample project for building a conservation-oriented society. The system does not need water and saves precious water resources. And there is no need to build boiler room, coal storage, ash pile, pipe network and other facilities, saving land and raw materials. The key is to save energy. The heat conversion rate of low carbon graphene electrothermal film heating system is as high as 99.98%, which can greatly reduce the energy loss in the process of conversion and transmission. It can also make full use of the low-valley electricity at night, increase the low-valley electricity revenue for the country, and reduce the electricity price and save electricity. The system can also implement behavioral energy saving. The heating temperature can be adjusted freely between 5 and 30 C. When the room is unoccupied, the temperature can be lowered or even the power can be cut off, which greatly saves electric energy.

石墨烯电热膜系统实现了从被动采暖到自主采暖转变。传统采暖方式的采暖时段、空间、温度都不能控制，既浪费能源，又不经济，还常常引发用户和供暖单位的纠纷和收费难问题，给政府带来麻烦。低碳石墨烯电热膜供暖系统智能控制，可以按照人们的需要自主编程，温度可高可低，无人时可以关闭开关，并且能够分室控制，使采暖由必然采暖转变为自由采暖。

Graphene electrothermal film system has changed from passive heating to self-heating. The time, space and temperature of traditional heating methods can not be controlled, which not only wastes energy, but also is uneconomical. It often causes disputes between users and heating units and the difficulty of charging, which brings troubles to the government. Intelligent control of low carbon graphene electrothermal film heating system can be programmed independently according to people's needs. The temperature can be high or low. When no one is there, the switch can be turned off, and the room control can be used to change heating from inevitable heating to free heating.

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