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When electrical equipment is operating outdoors, it may encounter high temperature environments. For example, in direct sunlight in the summer, the temperature may be very high. If the equipment overheats, it will affect performance or even damage. At this time, the chiller can cool down and keep the equipment running stably. High-power equipment, such as transformers, inverters or generators, these equipment will generate a lot of heat during operation. If the heat cannot be dissipated in time, it may lead to performance degradation: high temperature will reduce the efficiency of electronic components (such as increased resistance and insulation aging). Shortened life: continuous high temperature accelerates equipment aging and even causes failures (such as capacitor bursting and circuit board burning). Safety hazards: overheating may ignite surrounding materials or cause equipment to short-circuit. At this time, the chiller can cool down and keep the equipment running stably. If natural heat dissipation is not enough, forced cooling is required, and chillers are the solution. If the equipment shuts down due to overheating, it may cause project interruption, affecting progress and even safety. As an active cooling system, chillers can prevent this situation and improve system reliability.

To summarize, the roles of cooling systems in outdoor projects include temperature control, improving efficiency, protecting equipment, adapting to harsh environments, energy saving and environmental protection, flexibility, and safety.