CGT-H2100 Gas Detection for Battery Rooms: Compact Size Comparable to a Phone Charger

Focus on Energy Storage Safety, Accurately Predict Thermal Runaway Risks

The core challenge in the safe operation of energy storage power stations lies in the early prediction of lithium battery thermal runaway. As the earliest characteristic gas released during lithium battery thermal runaway, hydrogen serves as a key monitoring indicator to avoid potential safety accidents. Adopting mature thermal conductivity sensing technology, the CGT-H2100 energy-storage-specific hydrogen detector overcomes the shortcomings of traditional detection equipment. Featuring long service life, maintenance-free operation and high-precision detection, it acts as a reliable device for gas safety monitoring in energy storage scenarios.

Ultra-compact Size, Suitable for Confined Installation Spaces

With a lightweight and compact design, the detector is only slightly larger than a phone charger and perfectly fits the narrow installation spaces of energy storage cabins. It eliminates the drawbacks of traditional detectors such as bulky bodies and protruding bottom sensors that limit installation. Its ultra-compact body is merely one-third the size of conventional devices with a lightweight structure. Adopting an innovative central air intake design on the display panel, it requires no extra installation space and can be easily mounted on the top of energy storage cabins, delivering convenient installation and strong compatibility while ensuring reliable detection performance.

15-Year Long-term Stable Operation

Long-term stable operation and reduced equipment replacement frequency are the core advantages of this product. Equipped with a pure thermal conductivity sensor without catalytic combustion component loss, it fundamentally solves the problems of short service life and performance attenuation of traditional detectors. Verified by professional accelerated aging tests, the sensor maintains stable long-term operation without performance degradation throughout its lifecycle. It effectively avoids frequent equipment replacement and shutdown maintenance, adapts to the long-term uninterrupted operation of energy storage power stations, and reduces equipment renewal costs.

Calibration & Maintenance Free, Greatly Reducing O&M Costs

Featuring calibration-free and maintenance-free performance, the detector greatly simplifies on-site operation and maintenance. Unlike traditional electrochemical and catalytic combustion detectors that require regular calibration and consumable replacement, the CGT-H2100 needs no periodic calibration or consumable replacement, realizing true zero-maintenance operation. It effectively cuts manual operation and maintenance frequency and material costs, reducing the daily operation pressure of energy storage systems and adapting to the efficient management of large-scale energy storage power stations. Without catalytic components, it resists poisoning by silane, sulfide and other substances, ensuring stable detection in harsh and complex cabin environments.

Thermal Conductivity Sensing Technology, Millisecond-level Early Warning

Professional thermal conductivity detection technology enables millisecond-level rapid early warning. Based on the thermal conductivity difference of different gases, hydrogen has a thermal conductivity 7.08 times that of air, creating a significant heat dissipation difference. The detector can accurately capture changes in hydrogen concentration with a high signal-to-noise ratio and low cross-interference from methane, carbon dioxide, oxygen and other gases, ensuring high specificity for hydrogen detection. With fast response speed and real-time hydrogen concentration monitoring, it provides early warning of lithium battery thermal runaway and reserves sufficient time for safety disposal, building a solid safety line for energy storage systems. It covers a detection range of 0~100 vol.% H₂, meeting the hydrogen concentration monitoring requirements of various energy storage scenarios with excellent overall performance.

Multiple International Certifications, Dual Guarantees for Compliance & Safety

The product holds a full range of international certifications to ensure compliant and safe operation. It is equipped with ATEX and IECEx international explosion-proof certifications, CE compliance marks and RoHS environmental certifications, complying with global general explosion-proof and electrical safety specifications. With qualified market access and strictly controlled quality, it meets the standardized safety monitoring requirements of various energy storage power stations.

Multi-scenario Adaptation, Ideal for Energy Storage Monitoring

Suitable for both distributed and large-scale centralized energy storage projects, the CGT-H2100 solves various industry pain points in energy storage gas monitoring with its long service life, low operation and maintenance cost, high precision and easy installation. It provides long-term and reliable guarantees for the safe and stable operation of energy storage systems and adapts to hydrogen detection needs in diverse energy storage scenarios.