Touchless™ Battery Storage Monitoring for Globe-Wide Operations
Battery energy storage systems are among the most valuable and risk-sensitive assets in any renewable energy operation. Thermal runaway, overcharging, and electrical faults all produce heat signatures that are detectable well before they cause catastrophic damage. The key is having continuous monitoring in place to catch them.
Our Touchless™ monitoring technology gives BESS operators the real-time thermal visibility they need to stay ahead of developing faults. Asset health is tracked around the clock. Problems surface early. Your team acts with confidence.

Why Battery Storage Assets Demand Continuous Thermal Oversight
Battery storage systems don’t give operators much warning when things go wrong. Thermal events can escalate from detectable to dangerous faster than other asset types, and the consequences of a missed fault go well beyond a repair bill. Fire risk, equipment loss, and regulatory exposure all come into play when BESS assets aren’t properly monitored.
Continuous Touchless™ monitoring is the most reliable way to stay ahead of those risks. SWI’s technology tracks thermal conditions across BESS assets around the clock, automatically detecting the changes that signal a developing problem and giving operators the time they need to respond safely and effectively.

What Touchless™ BESS Monitoring Delivers
Continuous thermal monitoring detects heat anomalies in battery systems well before they reach dangerous levels. Operators get the advance warning they need to intervene safely, protecting both assets and personnel.
Catching thermal runaway precursors and electrical faults early dramatically reduces the risk of fire, equipment loss, and the regulatory and reputational consequences that follow a major BESS incident.
Battery energy storage systems represent a major capital outlay. Continuous Touchless™ monitoring protects that investment by extending asset lifecycle, reducing the frequency of damaging fault events, and keeping systems operating at peak performance.

