Smart cell architecture
One standard module lets you set voltage and capacity independently. Add modules for more range, change the topology for a different voltage, or start small and grow the system as your application evolves.
Stack modules in series to reach the voltage your propulsion system needs, from the same standard module. One part standard covers a whole range of vehicles and motor controllers.
Wire modules in parallel to multiply capacity and range while holding voltage constant. Need more endurance? Add modules. The system scales from a single module to a full bank without changing the part.
Safety-critical reconfiguration events run on CAN bus: deterministic, noise-immune, millisecond-speed. Bluetooth provides the human layer: BeaconOS connectivity, operator alerts, and over-the-air BMS firmware updates. A cloud outage never affects safety-critical operations.
Standardising on a single smart cell simplifies inventory, spares, and training across a mixed fleet. The same module serves a tender, a water taxi, a workboat and a golf cart. Only the topology differs.
Every module charges in its own bay, whatever the bank topology.
A module that detects a fault takes itself off the bus. The network reconfigures around it and the vehicle keeps running on the remaining modules. No operator action required.
Move from a lower voltage bank to a higher one by changing how the same modules are connected. The module stays the same, the charging station stays the same, and the vessel keeps the spares it already has.
We will send the datasheet and a system layout for your application.
© 2026 Templar Marine.
Tell us about your vessel or fleet and we will come back to you.
