Use case Automotive Tier1OEM 2W 3W.
Energy Storage
Solar Backup & Distributed Energy Storage Systems (ESS)
About the Company
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Customer operates a growing fleet of stationary lithium-ion battery systems used for solar backup, grid stabilization, and off-grid applications across rural and semi-urban regions.
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Assets are deployed at cell towers, community microgrids, and commercial solar installations to ensure consistent energy availability.
Customer Challenges
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Inconsistent visibility of battery performance across distributed or remote sites.
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Risk of backup failure due to silent degradation or improper charging.
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Difficulty in predicting battery end-of-life, leading to unplanned outages.
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Lack of performance documentation for insurance or warranty validation.
Solution
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Real-time tracking of battery State of Health (SoH), temperature, usage patterns, and charge-discharge cycles.
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Detect anomalies such as overheating, fast degradation, or low reserve capacity before failure.
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Integrate geo-tagged battery health data with solar PV and load profiles for better dispatch decisions.
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Enable centralized dashboards for operators to manage performance, maintenance, and lifecycle decisions.
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Generate audit-ready reports for OEM warranty, insurance, or regulatory compliance.
Result
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Up to 60% reduction in battery failure events during critical backup needs.
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Extended asset life by 25–40% through predictive interventions.
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Improved energy uptime for essential services like telecom, banking, and community utilities.
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Enhanced transparency and traceability across solar+ storage or hybrid systems.
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