The Pain Point of Factories in Southeast Asia Are Like "Saunas", step into any factory workshop in Southeast Asia, and you are immediately hit by a wave of intense heat. In the garment industrial parks on the outskirts of Phnom Penh, Cambodia, the average annual temperature hovers between 28°C to 30°C, with humidity also consistently exceeding 75%. Workers on assembly lines are drenched in sweat, equipment frequently breaks down due to the heat, and production efficiency plummets.
To make matters worse, traditional cooling solutions simply do not work. Standard air coolers offer limited cooling effects; the air they blow is humid and stifling, and it tends to corrode equipment. Meanwhile, traditional central air conditioning systems entail exorbitant electricity costs-for instance, a 1,000 m2 workshop consumes over 300 kWh of electricity daily, making it unaffordable for the vast majority of Southeast Asia's small and medium-sized enterprises (SMEs).
With an industrial air conditioning penetration rate of less than 25% in Southeast Asia, more than three-quarters of factories are still enduring sweltering conditions. While demand is surging in countries like Malaysia, Cambodia, and the Philippines, the market lacks truly cost-effective solutions. Upgrading factory air conditioning systems has become a critical breakthrough for enhancing the competitiveness of Southeast Asia's manufacturing sector.
The New Solution: Evaporative-Cooled Industrial Air Conditioners-The "Energy-Saving Champion" Designed for Southeast Asia
Evaporative-cooled industrial air conditioners offer the optimal solution for the harsh, high-temperature, and high-humidity operating environments found in Southeast Asia.
What is an evaporative-cooled industrial air conditioner? It is a hybrid cooling technology that combines "evaporative pre-cooling" with "variable-frequency compression." The outdoor unit features a built-in wet-pad water circulation system that utilizes water evaporation to dissipate heat from the condenser, resulting in a condensing temperature 8–12°C lower than that of standard air-cooled units. This eliminates the need for the compressor to operate under high loads, effectively cutting power consumption in half for the same cooling output.