Core Features

1.Dual heating and cooling modes: Operates as a heat pump for both cooling and heating, with an optional heat recovery function; a single unit meets cooling needs in summer and heating needs in winter.

2. Modular parallel operation: Multiple modules can be freely combined to accommodate varying load requirements;

3. Stepwise intelligent energy regulation: Automatically starts or stops compressors based on actual on-site heating or cooling loads, matching output to the load and maintaining stable water temperature control.

4. Comprehensive self-protection: A full suite of safeguards—including protection against power issues, insufficient water flow, freezing conditions (in winter), compressor high/low-pressure overloads, and sensor malfunctions—ensures safe, unattended operation.

5. Intelligent fault-tolerant control: If a single module fails and drops out, the remaining modules continue to operate normally, preventing a total system shutdown.

6. Balanced Rotation Control: Automatically rotates the operating duration of modules to equalize equipment wear.

7. Human-machine operation: Supports both wired controllers and touchscreens, making operation intuitive and simple.

Comparison with traditional competitive advantages

1. Compared to traditional air-cooled modular chillers:

- Higher energy efficiency: Cooling COP ≥ 4.5, compared to approximately 3.4 for traditional air-cooled units—an overall energy saving of over 35%.

- Greater stability in water temperature, precise capacity control, and fewer frequent start-stop cycles.

- Modular fault tolerance: The failure of a single module does not cause the entire system to shut down.

2. Compared to traditional water-cooled chiller systems (cooling tower + water-cooled condenser):

- Eliminates the need for a separate cooling tower, reduces piping, minimizes scale buildup in pipes, and lowers long-term maintenance requirements.

- Integrated, factory-assembled unit, simplifying on-site installation.

3. Compared to conventional DC inverter VRF (Variable Refrigerant Flow) systems:

- Over 20% more energy-efficient; better suited for large-scale, high-capacity applications, with superior stability under heavy-duty operating conditions.

User Value

1. Cost Savings and Expense Reduction: Significant savings on electricity costs; reduced infrastructure investment due to the elimination of cooling towers and complex piping; lower long-term maintenance, consumable, and labor costs resulting from fewer issues with scale buildup.

2. Uninterrupted Operations: A modular, fault-tolerant design ensures that localized failures do not cause total system shutdowns, preventing production stoppages in factories or business interruptions in commercial facilities.

3. Flexible Project Adaptation: Supports phased investment and easy future capacity expansion; automatically matches output to the required load, avoiding the need to force the system to run at full capacity unnecessarily.

4. Extended Service Life: Features balanced, rotational operation, a fully protective enclosure, and fouling-resistant heat exchangers, all of which contribute to a longer overall equipment lifespan.

5. Hassle-Free Operation and Maintenance: Multiple protection mechanisms allow for unattended operation; the intuitive user interface lowers the technical requirements for maintenance personnel.

6. All-in-One Heating and Cooling: A single system handles both summer cooling and winter heating, with optional heat recovery capabilities to further utilize waste heat.