EV Charging Software
for CPOs, EMSPs & Fleets
End-to-end charging platform development: station management, driver apps, smart load balancing and fleet route planning — built on open standards.
Platform capabilities
Every feature is confirmed engineering work. Protocol versions verified during project scoping.
CPO / EMSP platform development
Charge Point Operator and E-Mobility Service Provider back-ends: station management, tariff engine, session lifecycle, billing and white-label driver apps.
OCPP & OCPI integration
Direct integration with OCPP-compliant chargers and OCPI roaming between networks. Protocol versions confirmed during scoping against your charger hardware.
Smart charging & load balancing
Dynamic load management to prevent grid overload. Schedule charging windows based on tariff rates, grid capacity and fleet priority rules.
EV fleet route planning
Multi-stop route optimisation for commercial EV fleets. Integrates charging stops into route plans, accounts for vehicle range, payload, and charger availability.
CRM & ERP integration
Billing data synced to existing CRM and ERP systems. Customer account management, subscription plans, and payment method handling.
Real-time monitoring dashboard
Live status of every charge point: connector state, session energy, revenue and alerts. Multi-site view for operators managing distributed networks.
Who we build for
Public charging network operator
Multi-site CPO portal with station onboarding, tariff management, OCPI roaming to other networks and driver-facing mobile app.
Fleet electrification platform
Depot charging scheduler, route planner with charge stop integration, driver assignment and fleet reporting for logistics EV operators.
Workplace & destination charging
Access control, employee reimbursement workflows, smart load balancing across a building's available grid capacity.
Charging network dashboard — live demo
Interactive simulation of a 6-station charging hub with 22 connectors (CCS & Type 2): live connector state, session energy, utilisation and 24h load profile. The simulated clock runs 120× faster than real time.
of 0.78 MW stations
- Charging
- Idle
- Today
- 3620 kWh 45 sessions
- Peak
- 489 kW of 780 kW
- solar
- 75 % 2722 kWh
Four DC fast chargers, 160-240 kW each, with per-connector session telemetry and dynamic power sharing.
- #1Idle—
- #2Idle—
- #1Idle—
- #2Idle—
- #1Truck 336 kWh87 kW92 % · 117 kWh · 4 min left
- #2Fault—
- #1Truck 336 kWh71 kW94 % · 179 kWh · 5 min left
What runs under the hood
- OCPP
- OCPI
- REST / WebSocket
- React 19
- TypeScript
- Real-time updates
- Node.js
- PostgreSQL
- Redis
- Message queue
- CRM / ERP APIs
- Payment gateways
- Mapping APIs
Deliverables from a CPO/EMSP engagement
OCPP central system
A working OCPP central system integrated with the charger models in your fleet. Protocol version confirmed during scoping.
OCPI roaming layer
OCPI roaming configured where multi-network access is required, so drivers can charge across partner networks.
Smart-charging policy
A load-balancing and scheduling policy fitted to your site grid connection, tariff structure and fleet priority rules.
Operations dashboard
A real-time operations view with session and fault visibility across all charge points, plus historical reporting.
Billing & CRM integration
Session data piped into your billing system and CRM, with subscription management and payment method handling.
Runbooks & handover
Operator runbooks, configuration documentation and a structured handover session so your team can manage the system independently.
Building an EV charging platform?
Tell us about your charger hardware, expected session volume and integration requirements — we will outline a realistic architecture and timeline.