KEY FEATURES
WHY
DC CHARGING?
Because minutes matter –
DC charging gets you back on the road fast.
97.5% Efficiency
DC charging efficiency, pushed to a whole new level — because ‘good enough’ isn’t in our vocabulary.
Charging Without Limits
DC charging solutions support flexible power configurations, allowing easy expansion. This means you can upgrade as demand grows, keeping your investment ready for the future.
Stay Ahead of the Power Curve
With EV charging speeds climbing every year, it’s essential to keep each charging point supplied with the power it needs — today and tomorrow.
Because Time is Money
With megawatt-class charging power, you can slash downtime for commercial fleets and deliver rapid top-ups for high-performance EVs.
Smart Power, Precisely Delivered
Dynamic load management lets you fine-tune power distribution in precise steps, ensuring every vehicle gets exactly what it needs — no waste, no waiting.
Tidy Cables, Longer Life
Cable management system keeps charging hassle-free while protecting your cables, so they last longer and stay ready for action.
Not sure which solution fits you best?
Don’t worry, we’re here to help!
What is DC charging and how is it different from AC charging?
DC charging delivers direct current straight to the EV battery, bypassing the vehicle’s onboard AC charger. This allows for much higher charging speeds compared to AC charging, which requires conversion inside the vehicle.
How much faster is DC charging compared to AC?
DC charging can be several times faster than AC charging. While AC chargers (including our 22 kW models) are ideal for home or workplace use, DC chargers can deliver from 50 kW to over 1 MW, adding significant range in just minutes.
What types of vehicles can use DC chargers?
Most modern electric cars, vans, buses, and heavy-duty commercial EVs support DC fast charging, provided they have the appropriate charging port (e.g., CCS2).
What charging power options are available for DC chargers?
Through our trusted partners, we offer DC chargers ranging from 50kW to over 1 MW, with scalable configurations that can grow with your needs.
How long does it take to charge an EV with a DC charger?
Charging time depends on the vehicle’s battery size, state of charge, and charger power. For example, a 400 kW charger can add hundreds of kilometers of range to a compatible vehicle in under 20 minutes.
What infrastructure is needed to support a DC charger?
DC chargers require a high-power electrical connection, suitable grid capacity, and in some cases, load management systems. Our team can advise on requirements based on your location and goals.
How does dynamic load management improve DC charging efficiency?
Dynamic load management improves DC charging efficiency by intelligently distributing available power between vehicles, maximizing flexibility and ensuring optimal energy use.
Are Elinta Charge DC chargers manufactured in-house?
No. We specialize in manufacturing high-quality AC chargers. For DC charging, we partner with leading manufacturers whose products we have tested and approved for performance and reliability.
How do you ensure the quality and reliability of your DC charging solutions?
We carefully select partners known for their proven DC technology. Every DC charger we offer has been tested by our team to ensure it meets Elinta Charge’s standards for durability, safety, and long-term performance.