Barnbrook Systems Boosts Green Hydrogen Development with BlueDot Sensor Technology
Key Ideas
- Barnbrook Systems collaborates with a green hydrogen provider to enhance the use and development of green hydrogen for government-backed trials and commercial projects in the UK.
- The BlueDot remote sensing technology monitors and tracks individual cells in a green hydrogen battery, ensuring safety by tracking pressure, temperature, humidity, and location.
- The technology transmits real-time data to cloud platforms for reporting, enabling immediate alerts for risk management, emergency response, and continuous improvement, thus streamlining the deployment process.
- This initiative aims to leverage green hydrogen's potential as a renewable energy source to contribute to the UK government's 2050 net zero target, with the belief that hydrogen can account for a significant portion of total final energy consumption by 2050.
Barnbrook Systems, a global engineering solutions specialist based in Fareham, UK, is actively contributing to the advancement of green hydrogen by collaborating with a leading green hydrogen provider. The company is investing in and deploying its BlueDot remote sensing technology to enhance the efficiency, supply, and development of green hydrogen. BlueDot technology is designed to monitor and track individual cells in green hydrogen batteries, ensuring safety by monitoring pressure, temperature, humidity, and location. The real-time data transmitted through BlueDot is sent to the cloud for reporting and can alert stakeholders when specific thresholds are met, supporting risk management and emergency response. By leveraging renewable electricity from sources like solar and wind farms, green hydrogen is produced in a climate-neutral manner, making it a sustainable energy option. The UK government envisions that hydrogen could contribute significantly to total final energy consumption by 2050. This collaborative effort aims to accelerate the use of green hydrogen across various sectors and facilitate its commercial viability as a renewable energy source.