To help chillers stay cool in summer through environmental control, the core lies in centering around three key objectives: reducing the intrusion of external heat sources, optimizing heat dissipation channels, and stabilizing the environmental temperature and humidity. Specific measures can be divided into the following ways, covering the installation environment, ventilation and heat dissipation, temperature and humidity regulation, and external protection:

I. Heat Control at the Source: Reducing "Disturbance" from External Heat Sources to Chillers

The core issue of high temperatures in summer is the "continuous infiltration of environmental heat". We first need to start with "isolating heat sources" to reduce the basic heat dissipation load of chillers:

Optimize the installation location and avoid high-temperature areas

It is forbidden to install chillers in areas exposed to direct sunlight.

Keep away from high-heat-generating equipment.

Priority should be given to cool and ventilated indoor spaces.

II. Enhancing Ventilation: Ensuring Unobstructed "Heat Dissipation Channels" for Chillers

Chillers rely on "air convection to remove heat". Poor ventilation will directly reduce the heat dissipation efficiency of the condenser and trigger high-temperature alarms. It is crucial to ensure a complete air circulation cycle of "air intake - heat dissipation - air outlet":

Reserve sufficient heat dissipation space and avoid "blockage"

A clear space of at least 0.8-1.2 meters must be maintained around the chiller body, especially on the condenser side (usually the fan air outlet). Placing the chiller against walls or other equipment is prohibited to prevent hot air from being unable to discharge and causing "backflow".

If multiple chillers are installed side by side, the distance between each unit must be ≥ 1.5 meters to prevent the heat dissipation airflows of adjacent equipment from interfering with each other and forming a "heat island effect".

Optimize the ventilation system to accelerate air convection

When natural ventilation is insufficient, install forced ventilation equipment.

Ensure no short circuit between the "air inlet" and "air outlet": The air inlet should face the low-temperature outdoor area, and the air outlet must be far away from the air inlet (a distance of ≥ 3 meters is recommended) to prevent the discharged hot air from being re-sucked into the equipment, forming a "heat cycle".

Clear obstacles around heat dissipation components

Regularly check whether there are debris (such as catkins, leaves, dust) around the condenser fins and fan grilles of the chiller. If there is accumulation, it must be cleaned in a timely manner (once a week is recommended) to avoid blocking the heat dissipation channels. Blockage of the fins will reduce the heat dissipation efficiency by more than 30%, directly leading to an increase in condensation temperature.

III. Temperature and Humidity Regulation: Avoiding the Combined Impact of High Humidity and High Temperature

In summer, in addition to high temperatures, high humidity will also aggravate chiller failures (such as component rust, electrical short circuits, and condensation on fins affecting heat dissipation). Therefore, it is necessary to control the environmental temperature and humidity simultaneously.

Summary: Core Logic of Environmental Control

The essence of environmental control for chillers in summer is to create an operating environment with "low heat sources, high ventilation, and appropriate temperature and humidity" for the equipment. By reducing the intrusion of external heat (heat insulation and avoiding heat sources), ensuring unobstructed heat dissipation channels (reserving space and enhancing ventilation), stabilizing temperature and humidity (temperature control and dehumidification), and resisting external interference (sunshade and filtration), the heat dissipation load of the equipment is reduced from multiple dimensions. This helps avoid problems such as high-temperature alarms and reduced efficiency, ensuring the stable operation of chillers in summer.