智能电采暖炉怎样使用更省钱
2018-06-02 13:37   来源:未知    点击:

        智能电采暖炉作为一种新兴的冬季取暖产品,逐渐受到广大消费者的认可和欢迎。智能电采暖炉在冬季取暖中受到关注的原因是多方面的,这与智能电采暖炉本身的特点密切相关。在使用智能电采暖炉中,消费者除了关注它的供暖功能之外,最关注的还有智能电采暖炉怎样使用才能更加省钱。下面就和小编一起来聊一聊怎样使用智能电采暖炉才能更加省钱。我们都知道,空调、电锅炉、电冰箱等都是高功率的电器,耗电量大,会花费用户大量的财力。那我们要如何使用智能电采暖炉,才能让智能电采暖炉省钱呢?
一、合理选择电采暖炉的功率
        智能电采暖炉功率的选择一定要按照采暖房间的电采暖炉热负荷来计算。不同的房屋结构、房间高度、采光面积、房间位置,其热负荷是不同的。我们建议,节能建筑电锅炉可以取13-15m2/KW ;普通楼房电采暖炉可以取10-11m2/KW ;别墅、平房电采暖炉可以取8-9m2/KW ;密封条件不好、房间高度大于2.7 米或经常有人出入的房屋要适当减小电采暖炉每千瓦的取暖面积。很多智能电采暖炉用户都认为智能电采暖炉的功率越小采暖费用就越低,而实际上却恰恰相反,大一点设计智能电采暖炉的功率并不是增加采暖期的运行费用,而是节约了采暖期的智能电采暖炉运行费用。经常有智能电采暖炉用户使用的智能电采暖炉的功率达不到房间热负荷的要求,不仅造成智能电采暖炉不停机或智能电采暖炉很少停机,而且达不到理想的取暖温度。
二、合理调整智能电采暖炉的供回水温差
        当前的智能电采暖炉热水采暖系统可分为三种主要形式,其供回水温差如下:在低温热水散热器采暖系统中,理想的智能电采暖炉供回水温差宜采用20-25℃;在低温热水地板辐射采暖系统中,理想的智能电采暖炉供回水温差宜采用5-10℃;在风机盘管采暖系统中,理想的智能电采暖炉供回水温差宜采用4-5℃。适当的调节智能电采暖炉供回水的温差,可以提高传热系数,使智能电采暖炉效率变高,能够大幅度降低整个智能电采暖炉采暖期的运行费用。
三、合理设置电采暖炉的上限温度
        智能电采暖炉工作原理是间歇工作,即当供水温度小于上限温度时智能电采暖炉处于加热状态,当供水温度到达上限温度时智能电采暖炉处于停机保温状态。在采暖期较冷的几天,智能电采暖炉提供的热值刚好满足或小于房间需求的热负荷,过高的设置智能电采暖炉的上限温度值,会造成智能电采暖炉实际的供水温度很难达到上限温度,这样智能电采暖炉就会处于24小时加热状态。
四、合理设置智能电采暖炉的夜晚控制温度
        智能电采暖炉能够设置4个工作时段,在夜晚入睡时,我们并不需要很高的采暖温度,可以将智能电采暖炉采暖温度适当的调低,这样可以节省智能电采暖炉采暖期的运行费用。
五、使用散热器恒温阀
通过调节散热器的恒温阀可以自由调节房间的温度,我们可以把副卧室、储存室等不经常出入房间散热器恒温阀的温度调低,这样也可以节省智能电采暖炉采暖期的运行费用。
As an emerging winter heating product, intelligent electric boiler is gradually recognized and welcomed by consumers. There are many reasons why intelligent electric boilers are concerned in winter heating, which is closely related to the characteristics of intelligent electric boilers. In the use of intelligent electric boilers, consumers are not only concerned about its heating function, but also most concerned about how to use intelligent electric boilers to save money. Let's talk about how to use smart electric boilers to save money.
As we all know, air conditioners, electric boilers, refrigerators and so on are all high-power appliances, which consume a lot of power and will cost users a lot of money. How can we use intelligent electric boilers to save money?
1. Choose the power of electric boiler reasonably
The power of the intelligent electric boiler must be calculated according to the thermal load of the electric boiler in the heating room. Different building structure, room height, daylighting area, room location, its thermal load is different. We suggest that the electric boiler of energy-saving building can take 13-15m2/KW. Electric boilers in ordinary buildings can take 10-11m2/KW. Electric boilers for villas and bungalows can be used for 8-9m2/KW; The heating area per kilowatt of electric boilers should be appropriately reduced in houses with poor sealing conditions, rooms with height greater than 2.7 meters or frequently visited.
Many intelligent electric boiler users agree that the smaller the intelligent electric boiler of the power is, the less the heating costs, and in fact is on the contrary, bigger power design of the intelligent electric boiler is not increase the operation cost heating period, but cut down the cost of the intelligent electric boiler heating period. There are often intelligent electric boiler users to use the power of the intelligent electric boiler could not reach the requirements of heat load, not only cause the intelligent electric boiler non-stop or rarely stop intelligent electric boiler, and reach the ideal heating temperature.
Adjust the temperature difference of water supply and return of electric boiler reasonably
The current intelligent electric hot water boiler heating system can be divided into three main forms, for the return water temperature difference is as follows: in the low temperature hot water radiator heating system, ideal for the intelligent electric boiler water temperature appropriate USES 20 to 25 ℃; In the low temperature hot water floor radiant heating system, ideal for the intelligent electric boiler water temperature appropriate USES 5-10 ℃; In system of heating of the fan coil, ideal for the intelligent electric boiler water temperature appropriate USES 4 to 5 ℃. Proper adjustment of temperature difference of water supply and return of intelligent electric boiler can improve heat transfer coefficient, increase the efficiency of intelligent electric boiler, and greatly reduce the operating cost of the entire heating period of intelligent electric boiler.
3. Set the upper limit temperature of electric boiler reasonably
Working principle of the intelligent electric boiler is intermittent work, that is, when the water temperature is less than the upper limit temperature intelligent electric boiler is in heating condition, when the water temperature reaches the limit temperature intelligent electric boiler in the downtime insulation state. In heating period is colder days, calorific value of the intelligent electric boiler to provide meet or just less than the heat load of room requirements, high temperature limit of setting the intelligent electric boiler, will cause the intelligent electric boiler temperature is difficult to achieve maximum temperature, the actual water supply such intelligent electric boiler heating status is in 24 hours.
4. Set the night control temperature of intelligent electric boiler reasonably
Intelligent electric boiler can be set up 4 working hours, when you go to sleep at night, we don't need a high heating temperature, the intelligent electric boiler heating temperature can be appropriate to trim, that can save the intelligent electric boiler heating period of operation cost.
Use the radiator thermostat valve
By adjusting the radiator thermostatic valves are free to adjust the temperature of the room, we can put the deputy bedroom room, storage room, etc not frequented radiator thermostatic valve temperature down, so also can save the intelligent electric boiler heating period of operation cost.

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