Built for battery energy storage safety, thermal runaway awareness and infrastructure reliability.
Battery energy storage safety is not only about cell-level BMS data. Online acoustic and infrared imaging can help monitor abnormal gas leakage, pressure-release sound, hot spots and early thermal runaway signals around battery containers, PCS rooms and electrical areas. DTS turns optical fiber into a continuous temperature sensing line, giving operators temperature visibility across battery racks, cable trays, cable trenches and liquid cooling routes.
Where energy storage station risks usually start
Early warning often comes from physical signals outside normal BMS alarms: abnormal gas release, pressure-related sound, hot spots, temperature gradients, cable overheating, cooling-system wear and electrical discharge in PCS or switchgear areas.
Gas Leakage & Abnormal Release
Battery containers, gas exhaust paths, valves, cooling lines and sealed areas may generate abnormal acoustic signals when gas leakage or pressure-release events occur.
Thermal Runaway Risk
Infrared imaging and distributed temperature sensing help identify local heat buildup and temperature changes before risks spread across battery packs or containers.
Cable & Battery Temperature
DTS provides distributed temperature visibility along battery groups, DC cable routes, trays and trenches, acting like many small temperature sensors along one optical fiber.
Electrical & Cooling Equipment Faults
PCS cabinets, switchgear, pumps, fans, compressors and liquid cooling systems may show discharge, hot spots, abnormal sound or wear-related signatures before visible failure.
A multi-sensor safety layer for BESS thermal and gas-risk monitoring.
HERTZINNO does not replace the battery management system. It adds an external sensing layer for physical early warning: online acoustic and infrared imaging monitors gas leakage, hot spots, thermal runaway risk and abnormal electrical-room signals, while DTS monitors temperature along battery packs, cable trays, trenches and cooling routes.
Typical monitoring points in a battery energy storage station
The solution matches each station risk point with the right sensing method: online acoustic and infrared cameras for gas leakage and hot spots, DTS fiber for distributed temperature, and AI acoustic monitoring for cooling and rotating equipment.
HZ-FA-371T
Online acoustic and infrared imaging for battery containers, PCS rooms and switchgear areas. It helps monitor gas leakage, abnormal acoustic emissions, hot spots and thermal runaway risk.
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HZ-DTS Series
DTS turns optical fiber into a continuous temperature sensor. It monitors battery pack temperature, cable temperature, cable trenches, trays and liquid cooling paths across the station.
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HA3
Handheld acoustic camera for on-site verification of abnormal sound sources, gas leakage points, discharge sources and maintenance inspection tasks.
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HZ-FA-110
Edge acoustic monitoring for pumps, fans, compressors, HVAC systems, valves and other rotating equipment.
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HZ-DGA-900
Online dissolved gas analysis for step-up transformer health tracking in energy storage stations.
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DTS & DAS Platform
Fiber-based temperature and vibration sensing for cable routes, perimeter monitoring and station-level infrastructure safety.
View Technology →Earlier physical warning beyond BMS alarms
BMS alarms are essential, but station safety also depends on physical risk signals around the battery container, cable routes, PCS room, cooling systems and auxiliary infrastructure. HERTZINNO adds acoustic, infrared and distributed temperature visibility to these areas.