Charging stations are not islands
A charging hub with three DC fast chargers and a 200 kW transformer connection is constrained the moment a second EV plugs in. A swap depot with a 1 MW grid feed and 200 packs to charge needs a dispatch policy that respects pack-rotation discipline and avoids penalty-kVA windows. A campus or warehouse with a solar PV array, a battery storage system, and a fleet of e-LCVs needs an energy-management layer that ties them all together.
Generic charging software treats every port as a standalone resource. Smart-infrastructure software treats your sites as systems — energy producers, consumers, storage, and forecast — and orchestrates them.
What we build
- Station orchestration — Per-port and per-station setpoints driven by a real-time current-sharing controller. Topology-aware (per-feeder, per-transformer) so that load is distributed without exceeding upstream limits.
- Dynamic energy routing — Decisions about which port charges next, at what power, when, and from which energy source — derived from a constrained optimisation that respects grid limits, demand-charge windows, customer priority, and BESS state.
- Demand-response readiness — Hooks to grid operators or aggregators for curtailment events; opt-in customer-priority overrides; revenue-grade event logging.
- BESS integration — Bidirectional control of battery energy storage systems with state-of-charge, health, and economic-dispatch logic. Enables peak-shaving, demand-charge avoidance, and arbitrage where regulation allows.
- Renewables co-management — Solar PV forecast integration, surplus-power routing to charging or BESS, and net-meter reconciliation.
- V2G readiness — Architecture, contract identifiers, and metering primitives that make the leap to V2G a configuration change, not a redesign.
- Microgrid coordination — Where applicable, our orchestration layer coexists with site-level microgrid controllers (e.g. campus, port, warehouse), exchanging schedules and constraints.
Why it matters operationally
Operators who run sites smartly capture 15-30% more energy throughput from the same grid connection, avoid demand-charge spikes that wreck monthly economics, and get real optionality on energy procurement. Operators who don't, eventually pay for a transformer upgrade.