1： As a new type of fully automatic intelligent electric heating equipment, it is important to make good use of its intelligent characteristics of numerical control adjustment, and do a good job of flexible heating hot water, that is, according to different environmental temperatures in different periods, set the appropriate heating temperature. If the temperature is enough, the difference is 1 ~ 2 degrees, and the energy consumption gap may reach more than 10% of the electricity charge.

二：选择你自己家里面合适功率的电磁采暖设备，根据采暖场所的结构材料、层高、采光面积及空间位置，选择适当的热负荷来计算电磁采暖设备的功率，功率选择不足，不仅会影响采暖效果，同时耗电量也会增加。

2： Choose the appropriate power of electromagnetic heating equipment in your own home, and select the appropriate heat load to calculate the power of electromagnetic heating equipment according to the structural materials, floor height, daylighting area and spatial location of the heating place. If the power is not selected enough, it will not only affect the heating effect, but also increase the power consumption.

三：做好房子的保温是非常必要的，比如：墙体的保温、门窗的保温。如果门窗频繁开关甚是敞开，会一定程度的增加热量流失，从而影响供暖效果和采暖的耗电量，对于有装修条件或者改装条件的房子，改善墙体的保温性能以及门窗的双层保温，都是必要的。

3： It is very necessary to do a good job of house insulation, such as: wall insulation, door and window insulation. If the doors and windows are opened and closed frequently, the heat loss will be increased to a certain extent, which will affect the heating effect and heating power consumption. It is necessary to improve the thermal insulation performance of walls and double-layer thermal insulation of doors and windows for houses with decoration conditions or modification conditions.

四：合理设置昼夜供暖温度。对于上班族来说，将家庭白天的供暖设置为防冻模式，对于非24小时工作的办公场所来说，将办公室或者厂房的夜晚设置为防冻模式，根据供暖能力自动正常供暖，可以大幅度降低电磁采暖炉的耗电量和运行费用。

4： The heating temperature of day and night should be set reasonably. For office workers, setting the heating of the home in the daytime as antifreeze mode, for non 24-hour office places, setting the office or factory in the night as antifreeze mode, and heating automatically according to the heating capacity can greatly reduce the power consumption and operating costs of the electromagnetic heating furnace.

五：合理调整家用电采暖炉的供回水温差，常见的热水采暖系统可分为三种主要形式，住宅单元房其供回水温差如下：采用散热器采暖系统，理想的电磁锅炉供回水温差宜采用 10~15℃；对于地暖管道的采暖系统，理想的电磁锅炉供回水温差宜采用 5 ~10℃；对于风机盘管采暖系统，理想的电采暖炉供回水温差3~5℃。适当的供回水温差，可以提高传热效率，使电热效率较高，能够有效降低整个采暖期耗电量和运行费用。

5： The common hot water heating system can be divided into three main forms. The recommended temperature difference of supply and return water for residential unit is as follows: the radiator heating system should be adopted, and the ideal temperature difference of supply and return water for electromagnetic boiler should be 10 ~ 15 ℃; For the heating system of floor heating pipeline, the ideal water temperature difference between supply and return of electromagnetic boiler should be 5 ~ 10 ℃; For fan coil heating system, the ideal water temperature difference between supply and return of electric heating furnace is 3 ~ 5 ℃. Appropriate temperature difference between supply and return water can improve the heat transfer efficiency, make the electric heating efficiency higher, and effectively reduce the power consumption and operation cost of the whole heating period.

六：合理使用各个支路的恒温阀，通过调节恒温阀来调节各个房间的温度，根据实际不同区域人员情况的用热需求，智能供暖，用的能耗实现合理的供暖，自然耗电量和运行费用也会降低。

6： Reasonable use of thermostatic valve in each branch, by adjusting the thermostatic valve to adjust the temperature of each room, according to the actual heat demand of personnel in different areas, intelligent heating, with the lowest energy consumption to achieve reasonable heating, natural power consumption and operating costs will also be reduced.

七：选择合适的电采暖炉厂家，可以说每个电采暖炉原理是不一样的，以为都很简单，做个管道，绕上线圈，管道内走水，就可以了，但往往却不是这么简单的，电磁采暖是否省电，除了取决于以上因素外，还取决于整个电采暖炉的换热性。

7： Choose the right electric heating furnace manufacturers, it can be said that the principle of each electric heating furnace is not the same, that is very simple, do a pipe, around the coil, water in the pipe, it is OK, but it is often not so simple, electromagnetic heating power saving, in addition to the above factors, also depends on the heat exchange of the entire electric heating furnace.