Metis Engineering Introduces Cell Guard with Hydrogen: Advancing Safety in Energy Storage
Key Ideas
- Hydrogen is a dangerous gas with wide flammability and explosive limits, making early detection crucial for safety in various sectors.
- Metis Engineering's new sensor, Cell Guard with Hydrogen, offers high-performance features to detect even trace leaks, ensuring compliance and safety.
- The sensor operates accurately in extreme conditions from -40°C to +85°C, excelling in environments with volatile organic compounds and low power consumption (<1mA).
- With a detection range of 0% to 20% H₂, the sensor provides immediate, precise measurements without the need for warm-up, setting a safety benchmark in hydrogen technologies.
Metis Engineering has launched a new sensor, the 'Cell Guard with Hydrogen,' designed to detect hydrogen gas in energy storage systems with enhanced safety features. Hydrogen's flammability and explosive limits make it crucial to detect early as it is odorless and colorless. The sensor addresses safety concerns in hydrogen-based applications, aiding in production, storage, transport, and use in various sectors. It offers high accuracy in detecting even trace hydrogen leaks and operates in extreme temperatures (-40°C to +85°C). Additionally, the sensor excels in environments with volatile organic compounds, ensuring compliance with safety standards. With a wide detection range of 0% to 20% H₂, the sensor provides immediate measurements without warm-up, setting a new safety standard in hydrogen technologies.