Organisations operating more than five charging sites without a unified management platform typically spend 3–5x more on integration, maintenance, and energy waste than those using a purpose-built solution. Every month without unified management compounds that cost.
Deploy a lightweight gateway at each site. It speaks directly to your chargers, meters, inverters, and battery systems using native protocols — Modbus, OCPP, REST, MQTT, serial. All data flows securely to the cloud where it is normalised, stored, and made actionable. Your operations team sees everything through a single portal, with API access for deeper integrations.
Connect chargers, meters, inverters, and battery systems using any combination of OCPP 1.6J, Modbus RTU/TCP, REST, MQTT, and custom serial protocols — all through a single extensible driver framework.
Prevent demand charge spikes by dynamically distributing available power across active charging sessions. Set site-level ampere limits and let the platform balance loads automatically in real time.
Read real-time generation and storage data from your PV inverter and battery system. Route surplus solar energy to charging first, reducing grid draw and maximising your renewable investment.
Live telemetry via WebSocket delivers charger status, session power, energy consumed, and fault codes to your dashboard the moment they change — no refresh needed. Configurable alerts via email or webhook.
Ship a pre-configured Raspberry Pi gateway to any site. The installer script handles Docker, image loading, and service start in minutes. Supports RS485 serial and standard Ethernet, with automatic reconnect on outage.
Manage unlimited sites, locations, and charger groups from one portal. Role-based access control lets you grant site-level visibility to property managers while your engineers retain full admin rights.