Energy Storage Safety Guardian: Why Carbon Monoxide Monitoring is Crucial

    With the widespread application of energy storage systems, safety issues have received increasing attention from the industry. Lithium-ion batteries and other energy storage devices may release colorless, odorless, yet deadly carbon monoxide gas under abnormal operating conditions such as overcharging, over-discharging, or thermal runaway. To address this hazard, the Tensensor's ME2-CO-Ф14×5 sensor has been developed, specifically designed for energy storage environments, serving as the first line of defense against fires and explosions. This sensor utilizes advanced fuel cell technology to monitor carbon monoxide concentrations in energy storage sites in real time and with high accuracy, providing continuous and reliable protection for equipment operation and personnel safety.

Core Technology: Fuel Cell Sensing Technology, Building a Solid Foundation for Energy Storage Safety

    Precise Monitoring Principle: Based on electrochemical reactions, CO and O₂ undergo redox reactions between the working electrode and the counter electrode, generating an electrical signal proportional to the gas concentration.

    Adherence to Faraday's Law: The measurement process strictly follows fundamental electrochemical principles, ensuring accurate and reliable data.

    Rapid Response Design: The T90 response time is less than 30 seconds, providing valuable time for emergency response.

Energy Storage-Specific Advantages: Optimized for Complex Environments

    Enhanced Anti-interference Capability: Specifically optimized for common interfering gases in energy storage scenarios, reducing the risk of false alarms.

    Stable Operation Over a Wide Temperature Range: Can operate continuously in environments ranging from -20°C to 50°C, adapting to various climatic conditions.

    Long Service Life: Designed for over 3 years, reducing maintenance costs and improving system economics.

Multiple Protection Mechanisms, Constructing an Active Safety System

    Early Warning of Battery Thermal Runaway Risk

    Effective Monitoring of Gas Accumulation Hazards within the Energy Storage Chamber

    Supports integration with ventilation systems for proactive protection and response.

    Covering multiple application scenarios, comprehensively safeguarding energy storage safety.

    Large-scale energy storage systems: Real-time monitoring of battery compartment gas status; core sensor for early warning system of thermal runaway; key component of fire-fighting linkage control system.

    Commercial and industrial energy storage facilities: Safety features for containerized energy storage systems; protection for rooftop photovoltaic energy storage systems; safety monitoring of backup power areas.

    Residential energy storage systems: Safety monitoring of residential battery walls; protection for solar energy storage systems; emergency power supply safety assurance.

    Electric vehicle charging facilities: Carbon monoxide monitoring for charging piles/stations; safety protection for battery swapping stations; real-time protection for energy storage charging stations.

Get your customized energy storage safety solution now! Contact us for product technical information, industry application cases, and customized configuration suggestions.

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