Charging infrastructure that powers your highway network.
Reliable, Si/SiC-based DC fast charging built for high-traffic highway and quick-stop locations – designed to keep stations productive and customers moving.
Running a highway charging network brings its own operational headaches. Tap a marker to explore.
PRODUCT QUALITY
Chargers run outdoors, 24x7, through heat, dust and monsoon, at high-traffic locations. Frequent component failures or poor build quality translate directly into downtime and bad reviews.
Build your highway network on infrastructure designed to be owned, not just installed.
Sustained performance, extreme conditions
SiC-based power electronics deliver >96% sustained efficiency without de-rating, even under extreme ambient and operating conditions.
Lower total cost of ownership
Better conversion efficiency means lower energy losses over the network's working life.
Quality through in-house manufacturing
The SiC-based power stage and other core components are designed and manufactured in-house, for consistent quality and traceability.
Servicing backed by in-house IP
Turnkey EPC execution means faults are diagnosed and resolved faster, with local access to spares and expertise.
Built for what's next
Modular and upgradeable, resilient to weak grids and harmonics, interoperable with all EV types, and bidirectional-ready for V2X.
Cyber Secure
Every charger can be shipped with a hardware-level security chip as an option.
Recommended for highway and quick-stop locations
Recommended Charger
MEIRIS CHARGE Plus – SiC-based DC fast/ultra-fast charger, 120–240 kW. MEIRIS CHARGE Standard (Si IGBT-based, 30–60 kW) as a complementary option for lower-power bays.
Software
OCPP-compliant CMS for monitoring, access control and billing, with roaming-ready architecture.
Services & Support
Turnkey EPC (design, supply, installation, commissioning). Up to 98% uptime, Multi-year warranty
More uptime, more sessions, more revenue per charger.
Charging that performs when it matters most
Rated output delivered even during sustained high-traffic periods – keeping customers moving and stations productive.
Uptime you can plan around
A defined uptime commitment means the network can plan around predictable station availability rather than reacting to outages.
Lower cost per charging session
Sustained high conversion efficiency reduces energy losses across the charger's working life. For a 240 kW charger, that can mean 150–360 MWh in energy savings over 7–10 years.
Consistent quality you can rely on
In-house manufactured core components mean fewer failures at unattended, high-traffic sites and clear traceability if something needs attention.
Peace of mind, built in
Hardware backed by a multi-year warranty reduces the risk of unplanned replacement costs early in the network's life.
Faster fixes, less downtime
Turnkey EPC delivery and in-house expertise mean issues are diagnosed and resolved faster, with local spares on hand – critical for stations far from base.
No vendor lock-in
Interoperable, standards-based hardware means you can connect to the CMS, app or roaming network of your choice without re-equipping your stations.
Secure by design
A hardware-level security chip on every charger can give the network a head start on cybersecurity as payment and grid integrations scale.