DC Charging
High-power charging infrastructure designed around the site, the grid connection, and the solar system. We integrate chargers, distribution, controls, and monitoring under one EPC scope.
Charging designed as part of the energy system
DC charging only works well when the electrical design, available grid capacity, solar production, and user demand are considered together. Eturn designs charging infrastructure as part of the wider site energy strategy.
We coordinate charger selection, cable routes, protection devices, load management, commissioning, and monitoring. The result is one accountable project team instead of separate suppliers for solar, grid works, and charging hardware.
From capacity study to commissioned chargers
We handle the technical choices that determine whether charging infrastructure performs reliably in daily operation.
Capacity & Load Assessment
Analysis of grid capacity, site demand, solar generation, and charging profiles to define a realistic charging architecture.
Charger Specification
Selection of DC charger capacity, connector layout, payment readiness, and operational requirements for fleet or public charging.
Electrical Installation
DC charger cabling, protection equipment, distribution upgrades, earthing, and commissioning by certified installation teams.
Grid & Load Management
Dynamic load control and grid protection designed to keep charging available without exceeding the site connection.
Monitoring Integration
Operational visibility through monitoring, alerts, and maintenance workflows after commissioning.
Solar-Powered Charging
Integration with rooftop, carport, field solar, or BESS systems to improve self-consumption and reduce grid dependency.
A practical charging rollout
We keep the process focused on capacity, reliability, and daily use, from initial assessment through handover.
Site & Demand Review
We map charging demand, parking layout, cable routes, grid connection, and existing electrical infrastructure.
Technical Design
The charging concept is translated into a complete electrical design, including load management and protection strategy.
Procurement
Chargers, cabinets, cables, and protection components are specified and sourced for the approved design.
Installation
Our teams complete civil preparation, cabling, charger placement, distribution works, and system configuration.
Commissioning
We test charging sessions, safety systems, load control, monitoring, and handover documentation before launch.
Why integrate charging with EPC delivery
Use the grid connection intelligently
Charging infrastructure is designed around real capacity limits, reducing the risk of overloads or expensive redesign later.
Solar and charging work together
PV generation, charging demand, and load management are planned as one system instead of disconnected installations.
Built for daily operation
Correct electrical protection, monitoring, and service access make the installation easier to operate and maintain.
One delivery partner
Design, procurement, installation, commissioning, and monitoring sit under one project responsibility.
Planning DC charging on your site?
Tell us about your fleet, parking layout, grid connection, and solar plans. We will define a practical charging concept and delivery route.