The 6,000-square-meter high-temperature workshop resembles a massive "hotspot," with machinery roaring and air stagnant, posing a threat not only to the employees' occupational health but also directly impacting equipment efficiency and product quality. Faced with this challenging cooling conundrum, traditional air conditioning systems are expensive to invest in and consume惊人的 energy, while simple ventilation yields little effect.

ForA 6,000-square-meter high-temperature workshop's refrigeration needs are addressed with the following three recommended solutions, which integrate mainstream technology approaches and case experience, balancing cooling efficiency, cost control, and operational energy consumption:

Option 1: Eco-Friendly Air Conditioning SolutionIndustrial Large Fan Assembly (Economic Model)

Applicable Scenario: OpenSemi-Open Factory, Budget Constraints, Need for Rapid Cooling

Core Configuration:  

-Eco-friendly Air Conditioning (Evaporative Coolers): Each unit covers an area of 100-150 square meters, with a requirement of 40-50 units for a space of 6000 square meters (such as Run Dongfang or Xingke brands). Each unit has a power of 1.1 kW and consumes approximately 40-50 degrees of electricity per hour.

- Industrial Large Fan (7.3-meter diameter): Accompanied by 10-12 additional air circulation units, each with a power of 1.5kW, creating a complementary "fan and machine" three-dimensional wind field.

Effect:  

- Temperature drop of 4-12°C, air exchange rate of 20 times per hour, energy consumption just 1/8 of traditional air conditioning systems.

- Case Study: A 6,000㎡ electronics factory implemented this solution and saw temperatures drop from 38℃ to 28℃, with a 60% decrease in equipment failure rates.

Cost:  

- Initial investment of approximately 150,000-200,000 yuan (inclusive of equipment and installation), with an annual electricity bill of about 50,000-80,000 yuan.

Option Two: Central Air Conditioning System (Precision Control Type)

Applicable scenarios: Enclosed factories, with strict temperature and humidity requirements (such as electronic and pharmaceutical workshops)  

Core Configuration:  

- Central Air Conditioning for Water System: Screw Chiller (approx. 1200kW cooling capacity) + Fan Coil Units/Combined Air Handling Units, with zoned temperature control.

- Airflow Method: Duct system or high induction ratio air outlets (swirl outlets) to ensure even airflow in tall and spacious areas.

Effect:  

Accurate temperature control (±2°C), humidity adjustable, and filtration level up to medium efficiency (F5-F8), suitable for dust-free requirements.

Cost:  

- Initial investment of approximately 800,000 to 1.2 million yuan, with annual electricity costs of about 250,000 to 350,000 yuan (requires 24-hour operation).

Option 3: Position-Specific Cooling (Local Reinforcement)

Applicable Scenarios: Fixed Production Line Positions, Local High-Temperature Areas (e.g., Welding, Casting Stations)  

Core Configuration:  

Direct Air Conditioning for Environmental Protection: Designed with workstations in mind, the ducts deliver air to a single unit covering 5-8 workstations.

- Heat exhaust with vacuum fans: Install vacuum fans above the heat source (such as 15 units of the 1380 model) to quickly expel hot air.

Effect:  

- The workstation temperature is reduced by 6-10°C, while non-operational areas are not cooled, achieving over 30% in energy savings.

Cost:  

- Initial investment of about 100,000 to 150,000 yuan, annual electricity costs of about 30,000 to 50,000 yuan.

Selection Recommendations  

Priority Eco-Friendly Air Conditioning Package: For non-sealed factories with limited budgets, Solution One balances cooling and energy-saving with extremely low maintenance costs (only requires cleaning the wet curtain).

2. Central Air Conditioning Addendum: For areas with high temperature and humidity requirements (such as quality inspection rooms), local installation of multi-split systems is recommended.

3. Dynamic Design: Integrate CFD simulation for thermal load (such as equipment heat dissipation, personnel density) to optimize equipment layout and air supply volume.

For further design parameters (such as cooling capacity calculation, duct layout), please provide the factory structure diagram and heat source distribution. Customized solutions can save...10%-15% energy consumption.