It adopts the latest energy-saving technology, environmentally friendly refrigeration solutions, and a wide-temperature operation design, making it suitable for various high-load application scenarios ranging from manufacturing to data centers.
Excellent Temperature Control Performance
The new chiller adopts a high-efficiency heat exchange system, enabling precise temperature management and covering a wider operating range, thus providing stable cooling capacity for various industrial processes:
- Inlet water temperature: 30°C–35°C
- Outlet water temperature: 5°C–20°C (special models can reach -5°C)
This design ensures stable operation even in high-intensity continuous running scenarios, keeping the equipment in optimal temperature control condition at all times, and thus guaranteeing process stability and product quality consistency.
Stronger Adaptability to Ambient Temperature
It has been optimized for multiple regions and climate environments worldwide. The standard chiller can operate stably in ambient temperatures ranging from -10°C to +50°C, meeting various application needs such as indoor and outdoor use, tropical regions, and high-temperature enclosed workshops. (If the ambient temperature of your working environment is outside the above range, a custom solution can be provided.)
The system integrates intelligent high-temperature protection and low-temperature preheating mechanisms, effectively extending the compressor’s service life and enhancing operational reliability.
Compressed Air-Cooling
• No need for a cooling tower, enabling easy installation
• Suitable for sites without water sources
• Forced air-cooled design ensures efficient heat dissipation even in high-temperature weather
Air-Cooled Chillers vs. Water-Cooled Chillers: Advantage Comparison Table
| Comparison dimension | The Advantages of Air-Cooled Water Chillers | Explanation and Clarification |
| System Structure | The system is simple and highly integrated. | All the components such as the condenser and the fan are integrated within the unit, forming a complete and independent system. In contrast, water-cooled units require additional cooling towers, pumps and pipelines. |
| Floor Area | Small in terms of floor area | It mainly occupies the area of the own machine body. Water-cooled units need to find a location for the cooling tower (usually on the roof or outdoor ground), and the overall space occupied is even larger. |
| Installation and Initial Investment | Installation is simple and the initial investment is low. | Just connect the power supply and water pipe to start the operation. The installation workload is small. It eliminates the need for expensive cooling towers, water treatment systems, and complex pipeline engineering, resulting in a generally lower initial investment. |
| Maintenance Cost | Easy to maintain and low in cost | Just need to regularly clean the fin-type condenser and keep the fan in good condition. This avoids the frequent cleaning of the cooling tower in the water-cooling system, as well as water treatment, winter anti-freezing, and the maintenance of pumps and valves. |
| Water Resource Consumption | No need for water resources for condensation | Using ambient air as the cooling medium does not consume water resources. Water-cooled units dissipate heat through the evaporation of water in the cooling tower, which will continuously consume a large amount of water. This is an important consideration in areas with scarce water resources or high water costs. |
| Water Quality Requirement | No water quality issues | It completely avoids the problems such as scale formation, algae growth and bacterial proliferation caused by the cooling water system. These are the main reasons for the decline in efficiency and malfunctions of water-cooled units. |
| Applicable Scene | Suitable for water-scarce areas, small and medium-sized projects, and rooftop installations | It has a significant advantage in arid or water-deficient areas. It is also very suitable for renovation projects, situations with limited space or those requiring rapid deployment. |
