Advanced Power Modules Engineered
for High Performance and Reliability
Ultra-high Efficiency & Stable Output
96% rated power conversion efficiency
Wide output voltage range with minimal ripple
Low standby power consumption
High Reliability & Complete Protection
Over 10+ fault detection & alarm system
E-capless solution
Not Using a Relay (Bi-directional)
Low standby power consumption
All-weather durability
Easy Connectivity & Installation
Tx/Rx communication with RJ45
Fixed hardware ID
Hassle-free installation
Simple Control & Diagnostics
Support Over-the-air (OTA) F/W update
High-speed CAN communication (500 kbps)
Self / Remote diagnosis
Support GUI program
Customized EV Charger
Designed for Optimal Power,
Built for Real-World Demands
Delivering both high-power conversion efficiency and exceptional output stability,
SOLUM’s EV Power Modules are designed to operate reliably even in complex and demanding environments
Core Performance Attributes
EV Power Modules for Every Infrastructure
EV Charging Solution Line-up
From Open-frame to fully enclosed modules, the SOLUM line-up addresses diverse environmental and installation needs.
Available in 30 kW and 50 kW output models, our power modules are ideal for OEMs, charging stations, and industrial sites.
30kW Standard
- 1,000 V / 30 A, 96.5% max efficiency, rated 95.5%@1,000 V 30 A
- Fan cooling for standard environments
- High-efficiency digital control circuit
30kW Class B
- Air-cooled design with EMI/EMC Class B level
Suited for residential sector
50kW Standard Class B
- 1,000 V / 50 A, fan-cooled
- Up to 97% efficiency, rated 95.5%@1,000 V 50 A
- Optimized for large-scale EV infrastructure
60kW Liquid Cooling
- IP-rated and durability-focused design
Suitable for long life cycle and high-efficiency system
Technical Specifications
FAQ
Explore frequently asked questions about EV Charging Solution.
1
Can these modules be connected in parallel?
Yes, they support parallel configuration to meet high power demand.
2
Are N+1 redundancy and hot-swap features supported?
Some models include N+1 redundancy and hot-swap capability for greater reliability and easier maintenance.
3
How is thermal management handled?
Our modules utilize air-cooling with integrated fans and heatsinks to ensure stable thermal control.