Product Advantages
Structural Integration and Design Efficiency
The charger’s design incorporates liquid cooled onboard charger technology with integrated thermal management and an IP67 protective enclosure, ensuring durability in moisture-prone and dusty environments. The modular platform architecture simplifies vehicle integration by supporting a broad input voltage range and multiple output voltage/current models. Its CAN communication interface with bootloader capabilities streamlines firmware updates, reducing downtime. This system-centric approach exemplifies the expertise of a distinguished 6.6kW OBC supplier focused on scalable and adaptable onboard charger modules that meet complex EV system design requirements.
Operational Efficiency and User-centric Performance
Equipped with active power factor correction and liquid cooling, the charger maintains high efficiency and thermal stability during prolonged charging cycles. The integrated 12V 3A auxiliary power supply supports auxiliary vehicle systems reliably. The onboard charger’s intelligent wake-up features optimize energy usage by responding to voltage and power conditions, enhancing battery longevity. These performance attributes deliver measurable benefits for EV operators and manufacturers, aligning with advanced powertrain control strategies. The product’s precision engineering underlines its value as a robust, efficient liquid cooled onboard charger solution within the competitive EV onboard charger market.
Onboard Charging for Commercial and Industrial EV Fleets
In the commercial vehicle sector, including sanitation trucks and forklifts, the 6.6kW onboard charger supports continuous, reliable charging under demanding schedules and harsh conditions. Its IP67 rating and liquid cooled technology ensure consistent thermal management and protection against environmental contaminants. As an EV onboard charger, it integrates with vehicle control systems via CAN communication, permitting remote diagnostics and firmware upgrades. This enables operator fleets to maintain uptime and optimize fleet energy management while complying with operational safety regulations and charging standards.
Energy Management in Autonomous and Logistics Vehicles
Autonomous logistics platforms and ride-hailing EVs benefit from this liquid cooled onboard charger’s advanced features, including flexible output voltage/current and smart CC/CP control for intelligent charging cycles. It facilitates compatibility with portable DC chargers and integrates seamlessly into complex vehicle networks, supporting system scalability and real-time monitoring. The 6.6kW onboard charger supplied by a recognized onboard charger manufacturer enhances operational reliability and charging efficiency for fleet operators focused on automation and energy optimization in urban transport environments.
|
Product model |
Rated Vin |
Vin range |
Rated Pout |
Rated Vout |
Vout range |
Iout range |
|
LK1411-M15-XX |
220VAC |
90~265VAC |
6.6KW |
720VDC |
0~1000VDC |
0~9A |
|
LK1412-M15-XX |
220VAC |
90~265VAC |
6.6KW |
540VDC |
0~720VDC |
0~12A |
|
LK1413-M15-XX |
220VAC |
90~265VAC |
6.6KW |
360VDC |
0~500VDC |
0~18A |
|
LK1414-M15-XX |
220VAC |
90~265VAC |
6.6KW |
144VDC |
0~200VDC |
0~44A |
|
LK1415-M15-XX |
220VAC |
90~265VAC |
6.6KW |
108VDC |
0~140VDC |
0~60A |
|
LK1416-M15-XX |
220VAC |
90~265VAC |
6.6KW |
80VDC |
0~105VDC |
0~80A |
