August 15, 2025
1. High-precision temperature control
±0.1~0.5℃ temperature control accuracy (mechanical type usually ±1~2℃)
Fast response: electronic sensors (e.g. NTC/PTC) monitor the temperature change in real time, and the adjustment speed is 3~5 times faster than paraffin type.
No hysteresis effect: avoid temperature fluctuation caused by thermal inertia of mechanical temperature control.
2. Intelligent Interconnection and Remote Control
Supports Wi-Fi/Zigbee/Bluetooth for accessing smart home (e.g. HomeKit, Mijia, Tmall Genie).
APP Remote Adjustment: modify the temperature setting anytime and anywhere, support scene linkage (e.g. automatic energy saving mode when leaving home).
Data recording and analysis: record energy consumption data to optimize system operation strategy.
3. Remarkable energy saving effect
Adaptive adjustment: PID algorithm dynamically adjusts the valve opening to avoid energy waste.
Programming by time period: Target temperatures can be set for different time periods (e.g. automatically adjusted down at night).
Low standby power consumption: Electronic usually requires only 2~5W power (some support battery power).