Hardware does not make performance. Our value sits in the software layer: per-site forecasting, decisions every 5 seconds, fleet aggregation, on a certified hardware chain secured end to end.
The EMS reads your site continuously (consumption, generation, state of charge, connection limits) and weighs it against market signals. It derives a single setpoint: charge, discharge or stand by.
The VPP gathers every dispatched battery into a single addressable capacity. It answers flexibility calls, places energy on the markets and returns the value to each site in proportion to its contribution.
The VPP aggregates sites: charging when prices are low, discharging when the grid is tight.
UL 9540A is the reference test method for thermal runaway in energy storage systems. We only select systems whose test reports are available, from cell level to installation level.
Cell, module, unit and installation: propagation is characterized at every scale.
Test results drive safety clearances, ventilation and on-site placement.
We favour LFP for its thermal stability and its lifetime under daily cycling.
Temperatures, cell voltages and faults are reported continuously; an anomaly triggers a safe state before any incident.
Each site is driven by a dedicated gateway, isolated from your systems. It only boots authenticated software and only accepts updates we have signed.
Outbound-only communication, end-to-end encryption, no open port on your network.
GDPR compliance: we collect only the measurements dispatch requires, kept only as long as useful.
Named access, logging of dispatch actions, regular review of permissions.
Protocols, integration with your SCADA, test reports: our engineers answer directly.
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