Industrial dehumidifiers are mainly used for dehumidification, so users must understand the dehumidification capacity and energy consumption of the equipment. Under normal circumstances, how are these two aspects calculated? Let’s take a look:
The dehumidification capacity of an industrial dehumidifier is generally calculated on a daily or hourly basis. The higher the dehumidification capacity, the faster the dehumidification speed. According to this principle, we can calculate the dehumidification amount of the dehumidifier according to different areas. Generally speaking, the daily dehumidification amount of the space of 20 to 30 square meters is about 20 liters; the space of 30 to 40 square meters The daily dehumidification amount is about 30 liters. By analogy, the larger the space, the greater the daily dehumidification amount to be achieved.
Is that the greater the dehumidification capacity of the dehumidifier, the greater the power consumption? The answer is of course yes, the daily power consumption of 12 liters of dehumidification is about 100 to 150 watts per hour; the daily power consumption of 20 liters of dehumidification increases to 200 to 200 watts per hour. One hundred and fifty watts, this is only for traditional compressor-type dehumidifiers. For the dehumidifier of the dehumidification wheel type, the power consumption will be even more severe, which has almost doubled.
In fact, the calculation of dehumidification capacity and power consumption of industrial dehumidifiers can be applied to formulas, such as: dehumidification capacity is calculated by dehumidifying 0.24 liters per square meter per day, basically one ping is dehumidified by one liter strength is the base.
In view of the above points, we should choose an industrial dehumidifier with strong dehumidification ability and low power consumption according to the actual environmental requirements when selecting. This can not only achieve the ideal dehumidification effect, but also play a role in reducing energy consumption.