Powering the future of transport

DC3 integrates battery energy storage systems, electric vehicle charging, solar photovoltaic and other DC-native technologies.

Our focus is on vendor-agnostic, scalable systems based on open standards.

Solar.
Storage. Charging.
One DC bus.

What we do

Why DC

The world we live in is increasingly dominated by devices running on Direct Current. We see a future where local DC distribution interfaces seamlessly with the traditional AC grid - for a more resilient, efficient and economical energy system.

Independence

Reduce grid connection size by up to 85%*, with less power quality impacts on the AC grid.

Built-in redundancy and improved stability for sites that can't afford downtime.

Resilience

Reduce power conversion losses by up to 35% and cabling by 25 to 55%*.

Efficiency

*EU Commission Strategic Energy Technology (SET) Plan
Implementation Plan for Low-Voltage Direct Current (LVDC) technologies (2024)

Megawatt charging. Minimal grid.

We specialise in megawatt-scale charging projects (CCS2 and MCS) particularly in grid-constrained locations.
We offer end-to-end services from feasibility to operations and maintenance.

Our services

Site feasibility and system design

We help customers to understand the suitability of DC microgrids for their site by conducting grid connection assessment, demand profiling, concept design and techno-commercial modelling.

Turnkey system integration

We procure, integrate and commission the complete DC microgrid - solar, BESS and chargers. We are vendor-agnostic and can work with existing OEM partners, or source equipment to suit project needs.

Energy management and optimisation

We offer our in-house microgrid controller for DC bus regulation and energy management system (EMS) to optimise grid and market interactions.

Operations and asset management

We provide service level agreements and remote control room services for critical charging infrastructure.

We offer the following services tailored to the design, implementation and management of DC microgrids.