Specially designed to meet user requirements for room temperature during the heating season, this system dynamically regulates heat output based on real-time demand.

It features two distinct control modes:

1. Return Water Temperature Control with Feedback Correction: This mode first regulates indoor temperature by adjusting the return water temperature at the user's valve. It then refines this control by using data from indoor temperature sensors to perform a secondary calibration of the valve, achieving more precise and timely adjustments.

2. Real-Time Calculation-Based Control: This mode sets the return water temperature via the user's valve to control the indoor temperature in real time. The system calculates the required heat load based on the specific dwelling's characteristics, ensuring the indoor temperature is consistently maintained within the desired target range.

Characteristics and Advantages

1. High Intelligence: Once configured, the system automatically and precisely regulates heating output in real time based on user demand and load variations.

2. Superior Control: It resolves common issues of traditional electric valves—such as delayed response, imprecise regulation, and temperature fluctuations—through high-frequency control.

3. Enhanced Performance: The system significantly improves thermal comfort by effectively mitigating the high inertia and hysteresis inherent in conventional heating systems.

4. Reduced Operational Burden: A dramatic drop in customer complaints has greatly reduced the need for field personnel to perform door-to-door temperature checks, alleviating their workload.

5. Exceptional Precision: It maintains indoor temperature within a tight tolerance of ±0.5°C from the set point in real time.