Control every cell. Capture every dollar.
REON’s BMS unlocks more usable capacity and longer system life through real-time, cell-level control. Its EMS ensures that capacity is deployed where it creates the most value.
What REON’s cell-level intelligence does differently
REON Battery Management System
Intelligence that compounds over time.
REON’s BMS monitors, controls, and optimizes individual cells in real time, eliminating the weakest-cell bottleneck that limits conventional battery storage systems.
More Usable Capacity
Prevent weak cells from limiting the entire pack, preserving more dispatchable energy throughout the asset's life.
Longer Battery Life
Reduce premature capacity loss and extend useful system life through continuous cell-level optimization.
Zero-Downtime Fault Isolation
Automatically identify and bypass underperforming cells without shutting down the battery system.
Active Cell Balancing
Bi-directional energy transfer dynamically balances cells without wasting excess energy as heat.
Battery-Agnostic Architecture
Supports lithium-ion, sodium-ion, solid-state, second-life batteries and future chemistries through a common BMS platform.
Real-Time Intelligence
Monitor every cell at 100 Hz with sub-10 ms response for rapid detection and control of changing conditions.
REON Energy Management System
REON’s AI-powered EMS optimizes how energy is stored, used, and dispatched, automatically balancing cost savings, resilience, and grid opportunities to maximize system value.
AI/ML Dispatch Optimization
Uses adaptive forecasting to optimize energy dispatch based on load, generation, pricing, market signals, and operating conditions—improving decisions as more data is collected.
Microgrid & DER Management
Coordinates batteries, solar, EV charging, generators, and building loads as one integrated energy system.
Plug-and-Play Market Integration
Connects directly with aggregators such as CPower and Voltus to enable demand response, VPP, and grid-services participation.
Multi-Site Control
Provides centralized monitoring and control across distributed energy assets, enabling portfolio-wide visibility, management, and optimization.


