| Product Introduction
The WCME301 series multi-physical-quantity energy storage safety sensor, uses multi-sensor fusion technology to perform multi-dimensional real-time acquisition for battery modules, PACKs, battery clusters and energy storage cabin environments. It can monitor temperature and carbon monoxide parameters and identify precursors of thermal runaway such as abnormal temperature rise and gas leakage, uploading outputs to BMS, EMS, fire protection systems and cloud platforms. With an industrial-grade design and flexible communication interfaces, it is easy to integrate into new energy storage projects and existing retrofits, helping improve the intrinsic safety and O&M efficiency of energy storage systems.
| Features
1. Reliable performance: anti-static, anti-dust adhesion, anti-electromagnetic interference, anti-corrosion
2. Early warning of thermal runaway: fused judgment of gas and temperature.
3. Highly reliable industrial design: wide temperature range, anti-electromagnetic interference, suitable for long-term operation in energy storage cabins and battery cabinets.
4. Flexible communication interfaces: supports RS485 and digital output.
5. Easy to integrate and link: connects to BMS, EMS, fire protection and dynamic environment platforms.
| Technical Parameters
|
Operating Voltage |
24V DC |
Monitoring Current |
≤5mA |
|
Alarm Current |
≤20mA |
Output Mode |
RS485 / digital |
|
Operating Temperature |
-20~80℃ |
Storage Temperature |
-20~80℃ |
|
Relative Humidity |
15%RH~90%RH (non-condensing) |
Housing Material |
ABS+PC |
|
Dimensions |
φ51mm |
Detection Category |
CO, temperature detection |
|
Coverage Area |
20-30 ㎡ |
CO Range |
0~1000ppm |
|
CO Resolution |
01ppm |
Temperature Sensing Type |
Non-contact |
|
Temperature Detection Range |
-20~80°C |
Temperature Detection Accuracy |
±0.5°C |
|
Socket Terminal Specification |
JWPF-08T |
Product Weight |
Approx. 40g |
| Application Scenarios
Thanks to its outstanding performance, the WCME301 series multi-physical-quantity energy storage safety sensor is widely used in the following application scenarios:
1. Energy storage power stations: grid side, power supply side and user side; energy storage containers and prefabricated cabins.
2. Commercial and industrial energy storage: energy storage cabinets, battery cabinets, park microgrids.
3. New energy storage co-location: PV plus storage, wind plus storage, integrated PV-storage-charging.
4. Battery systems: safety monitoring of PACKs, modules and battery clusters.
5. Backup power: data center UPS, communication base stations.
6. Charging and swapping scenarios: charging stations, battery swap stations.
