Earth EV DC Fast Chargers deliver high-speed, dependable charging for businesses, fleets and public locations across Australia. The range covers compact 30kW units through to powerful 480kW stations, giving you the flexibility to support staff, customers or large-scale fleet operations.
Each charger is built for commercial use with advanced software for payments, live monitoring, smart load control and detailed reporting. The system integrates smoothly with solar and on-site battery storage, helping you lower operating costs and improve energy efficiency. All units are RCM certified and backed by Australian warranty and support.
Whether you are adding public charging, upgrading workplace facilities or powering a growing fleet, Earth EV DC Fast Chargers provide the speed, safety and long-term reliability needed for a future-ready charging network.
Key Features
- Fast DC charging up to 480kW
- Smart software for payments, monitoring and reporting
- Dynamic load management
- Compatible with commercial solar and battery storage systems
- Supports public and private access configurations
- Suitable for fleets, retail, hospitality, councils and public networks
- Compact 30kW to ultra-fast 480kW options
- Australian RCM certified
- Local warranty and technical support
- Seamless integration with Earth EV commercialisation platform
- Input Voltage 260-475V 3 phase
- Input Current 45A
- Output Power 30kW
- Output Voltage 200-1000V DC
- Output Current 50A/100A
- Protection Overtemperature / Low voltage / Lightening / Overcurrent / Short-circuit and Surge protection / Ground and Insulation fault detection
- Cable Length 5m standard
- Operating Ambient -25’C to +50’C
- IP Level IP54
- Compliance RoHS, Reach
- Standards IEC EN 61851, CE: LVD & EMC
Charger comes with a standard 3-year warranty. Activate your FREE extended 2-year warranty (total 5 years) by registering your product here: https://earthev.com.au/warranty
DC Charger
Installation costs for DC charging systems can vary significantly depending on site-specific factors. Key variables include the distance between the charger and the main switchboard, which affects trenching, conduit, and cable costs, the available electrical capacity and whether switchboard upgrades or new protection devices are required, and civil works such as concrete footings, bollards, and reinstatement of paving or asphalt. Additional considerations include network communications, metering requirements, and compliance with local electrical and grid standards.
As each site is unique, installation costs are confirmed following a site inspection and electrical assessment to ensure a safe, compliant, and reliable solution. Please contact us to arrange a site review and receive a tailored installation proposal.
As each site is unique, installation costs are confirmed following a site inspection and electrical assessment to ensure a safe, compliant, and reliable solution. Please contact us to arrange a site review and receive a tailored installation proposal.
