Reliable data-driven safety solutions
for clean energy and
AIDC, proven at scale.
Why us
We lead innovation around the evolving safety needs of BESS and AIDC, developing new detection, communication and control technologies for challenges including demanding operating conditions, EMC and increasingly complex system architectures.
Detection data is the foundation of our safety approach. Advanced sensing, algorithms and field evidence help identify developing risks earlier and turn weak early signals into reliable, actionable warning.
An open platform for clean energy and AIDC ecosystems, compatible with Modbus, BACnet and hardwired interfaces for straightforward integration with DCIM, BMS and other control platforms.
From simulation, modeling and physical testing to system design and validation, we deliver expert safety strategies proven across more than 40 GWh of BESS and AIDC deployment.
Our innovative use of thermal-conductivity H₂ detection delivers stable, calibration-free performance across −40°C to 75°C, with poisoning resistance and a 10-year lifetime for long-term deployment.
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Our BESS fire alarm and control platform combines detection, ventilation, alarm and suppression control in a compact architecture, with lithium-ion backup power, optical-fiber communication and operation down to −40°C.
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Supports stable long-distance communication and coordinated alarm and control across large multi-container sites.
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Partners
About us
Thermal-runaway and real-fire testing, customized test plans, system communication and linkage testing, and acceptance-test support.
Requirements interpretation, design review, technical documentation, certification coordination, and support through commissioning and acceptance.
System design, detection strategy, CFD gas-dispersion analysis, and ventilation and explosion-risk engineering.
Annual inspections, remote troubleshooting, and localized on-site technical support.
