1. Eliminate the High-Current Bottleneck with Ultra-High Power Delivery

Move beyond the limitations of standard interfaces. This MCS inlet is engineered to support true megawatt charging, dramatically reducing downtime for high-capacity batteries.

Low-Loss Efficiency: Specially optimized for high-current scenarios—DC+ and DC- terminals are recommended to connect with 2600mm² copper busbars. The high-conductivity material minimizes contact resistance, avoiding local overheating and reducing energy loss during charging by more than 15% compared with ordinary interfaces.

Megawatt Charging Speed: For 400kWh electric heavy trucks or 1MWh-level energy storage containers, it enables "charging for 15 minutes, cruising for 200km" or quick supplementary power, greatly improving the operation efficiency of equipment.

2. Uncompromising Protection with a Multi-Layered Safety System

Safety is the bottom line of high-power charging, and this product has built a multi-dimensional safety system from electrical insulation, flame retardancy to environmental adaptation.

Dual-Level Insulation Protection: It adopts a robust insulation design—general insulation resistance reaches ≥100MΩ (500VDC, 1min), and the insulation resistance between key nodes (PE/CP/PP/PHY1/PHY2) is as high as ≥500MΩ (1000V), effectively isolating leakage risks even in humid or low-temperature environments.

Superior Flame Retardancy & Sealing: The shell and internal insulation materials meet the UL94V-0 flame retardant standard (self-extinguishing within 10s). After assembly, it achieves IP67 protection (completely dust-tight, resistant to temporary water immersion) on the flange surface, and IP44 protection (resistant to splashing water) after mating—adapting to outdoor rain, dust and even short-term waterlogging scenarios.

Enhanced Electrical Safety: It can withstand 550VAC (50Hz) voltage for 1 minute, with leakage current ≤10mA, far lower than the industry’s common 20mA standard, ensuring no electric shock hazards during maintenance or accidental contact.

3. Built for Continuous Operation with Industrial-Grade Durability

Aiming at the high-frequency use characteristics of commercial charging scenarios, the product has achieved "durability that exceeds industry standards" with a mechanical life rated for over 10,000 mating cycles.

Long-Lasting Reliability: The insertion and pullout force are precisely controlled at ≤100N. This ensures easy plugging/unplugging while avoiding mechanical wear, allowing the interface to maintain stable performance after 10,000 insertions/extractions—which is 2-3 times the service life of ordinary charging inlets.

Extreme Temperature Resilience: It can work normally in cold northern winter (-30℃) and hot southern summer (+40℃) without performance degradation. Even at -10℃, the electric lock’s response time is still as fast as ≤300ms, ensuring that charging starts immediately without waiting.

4. Reduce Installation Time and Cost with Simplified Integration

The product adheres to a customer-centric design concept, minimizing the difficulty of on-site installation and subsequent maintenance.

Global Standard Compliance: It fully complies with the IEC 62196 international standard, ensuring it can be seamlessly matched with mainstream charging connectors and control systems in the market, avoiding "incompatibility" problems.

Precision Engineering: The dimensional tolerance follows strict rules, and the 4*Φ9.0mm mounting holes and optimized contour dimensions ensure that it can be accurately installed on standard mounting panels, reducing the need for on-site modification.

Clear Wiring Design: The wiring specifications are clearly defined, and the signal lines (PP/CP/PHY1/PHY2) are independently arranged, which not only avoids signal interference but also makes on-site wiring and troubleshooting more efficient.

5. Application-Specific Solutions for Critical High-Power Sectors

This MCS charging port is not a "one-size-fits-all" product, but a "customized solution" for key high-power scenarios.

Commercial Electric Vehicles: For electric heavy trucks, buses and engineering machinery, it solves the problem of "slow charging and long downtime" and supports 24-hour continuous operation of fleets.

Large-Scale Energy Storage Systems: In grid-side and user-side energy storage stations, it realizes fast energy supplement and feedback, improving the flexibility of energy scheduling.