High Efficiency
High Efficiency 30%-50% more energy-saving than traditional air conditioners
High Efficiency 30%-50% more energy-saving than traditional air conditioners
Rapid cooling with circulating air
Smart IoT, controlled via mobile APP
Non-combustible, no waste gas emission
Fan speed adjusts automatically
Temperature freely adjustable
Simple PVC water pipe connection
Keeps indoor air comfortable
Example: Investment & operating cost comparison for a 1,000 m² workshop
| AC Type | Traditional Split AC | Central Air Conditioning | Evaporative Energy-saving AC |
|---|---|---|---|
| Quantity Required | 13 units of 45,000 BTU AC | 1 unit of 540,000 BTU air-cooled / water-cooled combo | 5 units |
| Investment Cost | About $1,286 per unit Total: $16,714 |
About $35,714 per set (incl. accessories) Total: $35,714 |
About $1,543 per unit Total: $7,714 |
| Total Power | 48 kW | 45 kW | 20 kW |
| Power Consumption / Hour | 48 kWh | 45 kWh | 20 kWh |
| Power Consumption 10 hours / day |
480 kWh | 450 kWh | 200 kWh |
| Pros & Cons | Each unit is independently controlled; small coverage area; slow heat exchange; low efficiency | Cooling cannot be controlled independently; high investment and operating costs | Good cooling effect; fast heat exchange; large coverage; independent control; low investment and operating costs. Disadvantage: high water-source requirements |
SINGLE-UNIT SOLUTION
CONNECTIVITY SOLUTION