Metis Engineering has unveiled a new series of innovative CAN-based environmental sensors aimed at monitoring safety parameters and emissions in a variety of systems including ESS, EV, and HVAC. The product line consists of three specialized sensors: Cell Guard for lithium-ion batteries, H Guard for hydrogen detection, and Air Wise for air quality monitoring, all featuring CAN communication for easy integration with existing systems. Joe Holdsworth, the Founder and CEO of Metis Engineering, expressed excitement about the launch of these sensors, highlighting their role in addressing safety and sustainability challenges in the energy storage sector. The sensors are designed to ensure safe operations while supporting global climate goals, considering the significance of lithium-ion batteries and hydrogen in the clean energy transition. Cell Guard provides comprehensive monitoring of lithium-ion battery health, tracking various parameters like cell venting, moisture, dewpoint, pressure changes, shock loads, and hydrogen generation. This monitoring technology aids in the early detection of potential failures, enhancing safety and longevity in applications spanning from electric vehicles to grid storage systems. H Guard focuses on safety in hydrogen applications by detecting trace amounts of the gas before it reaches explosive levels. The sensor offers real-time alerts through its CAN-based communication system, supporting hydrogen vehicles, fuel cells, and refueling infrastructure. Air Wise is designed for monitoring NOx and CO2 levels in HVAC and ventilation systems, helping to maintain indoor air quality and identify inefficiencies that could lead to excess emissions. This data-driven approach facilitates more effective ventilation management and contributes to improved environmental sustainability. The sensors are versatile across various sectors such as automotive, aerospace, energy storage, and industrial applications. They offer design flexibility to accommodate emerging technologies like hydrogen refueling stations and next-generation battery systems, making them a valuable addition for safety and emissions monitoring in today's evolving technological landscape.