Due to common summer climate factors such as the rainy season and typhoons, the humidity in urban underground garages often exceeds 95%. In excessively humid environments, it can easily affect people's normal mood and may also trigger conditions like arthritis and respiratory diseases. High humidity also reduces the quality, durability, and decorative effectiveness of building structural materials, potentially causing the decorative layer to peel off, diminishing building energy efficiency, and even shortening the building's lifespan. Therefore, it is essential to choose effective moisture-proof measures for basement garages. The Basement Garage Dehumidifier recommended by Baike Teao Electric draws moist air into the unit, where the moisture in the air condenses into water droplets via a heat exchanger, turning into dry air that is expelled outside. This cycle repeats to reduce indoor humidity, preventing moisture from entering and keeping the basement garage dry.

Working Principle

The Basement Garage Dehumidifier can be categorized by dehumidification principle into refrigerative dehumidifiers, lithium bromide liquid adsorption dehumidifiers, honeycomb adsorption dehumidifiers, and compressed air dehumidifiers. Refrigerative dehumidifiers work by significantly lowering the temperature of moist air as it enters the evaporator, causing the air humidity to reach a supersaturated state. Excess moisture condenses into water droplets, which are then collected and drained, thereby reducing the air humidity in the room. Currently, the majority of dehumidifiers in China use the refrigerative dehumidification method.

The main components of the unit are made from branded parts, equipped with important protection devices such as high and low pressure protection, anti-freeze protection, and current overload protection. It also features multiple operational and fault display functions, ensuring safe and stable operation. The heat exchanger is meticulously manufactured with imported processing equipment, offering high heat exchange efficiency and a compact structure. This results in minimal operational vibration, low noise, high dehumidification capacity, low failure rate, and a long service life.