In industrial production and commercial operations, a comfortable facility environment is crucial for ensuring work efficiency, product quality, and employee well-being. As the core equipment for regulating indoor temperature and humidity in factories, the selection of the air conditioning system's tonnage directly affects the cooling and heating performance, energy consumption, and long-term operational costs.

ForA 10,000-square-meter factory requires careful consideration of various factors when selecting the appropriate number of air conditioners.

Section 1: Factory Air Conditioning Unit Calculation

By area-based cooling capacity: Generally, each square meter requiresA cooling capacity of 150W-200W is required for a space of 1,000 square meters, which translates to 150,000W-200,000W of cooling power. At an approximate cooling capacity of 2,500W per ton of air conditioning, this would equate to around 60-80 tons.

As per the estimated formula calculation:A 1,000-square-meter factory typically requires 30-40 tons of refrigeration capacity, but this is an estimate under normal circumstances.

II. Factors Influencing the Air Conditioning Horsepower of Factory Buildings

Factory Usage and Personnel Density: If the factory is used for general industrial production, the cooling load per square meter is approximately:Approximately 200W; for industries like electronic manufacturing and food processing that require precise temperature and humidity control, the chilled load per square meter may reach about 250W.

Factory Structure and Insulation Performance: Factories with poor insulation and numerous windows may require an appropriate increase in air conditioning capacity.

The Impact of Heating Equipment: Machines and lighting systems in the factory, among other heating equipment, increase heat load, necessitating an appropriate increase in the air conditioning tonnage.