Quick Answer
The MIDA 500A Liquid-Cooled DC Charging Cable represents the pinnacle of EV charging technology, supporting ultra-fast charging up to 800kW. By circulating a specialized coolant through the cable, MIDA achieves massive current delivery through a lightweight, flexible form factor that is easy for any user to handle. Rated for 1000V DC and featuring UL/CE certification, this cable is the preferred choice for highway charging hubs and fleet operators across North America and Europe. Whether configured with a CCS1 or NACS interface, it ensures rapid energy transfer with zero safety compromises.
Key Takeaways
- Ultra-High Power: Supports up to 500A continuous and 600A peak current.
- Ergonomic Design: Liquid cooling reduces cable diameter by nearly 50% compared to air-cooled equivalents.
- Precision Safety: Integrated temp sensors monitor terminals in real-time.
- Extreme Durability: IP67 rated and built with UL94 V-0 flame-retardant materials.
MIDA 500A Liquid-Cooled Performance Data
| Parameter | Specification | Benefit |
|---|---|---|
| Max Power | 800kW (at 1000V) | Future-proof for all EVs |
| Max Current | 500A Continuous | Rapid charging for large batteries |
| Operating Temp | -30°C to +50°C | Reliable in any climate |
| Terminal Finish | Silver-Plated Copper | Lowest possible resistance |
| Cable Jacket | High-Grade TPU | Abrasion & UV resistant |
Solving the Heat Bottleneck
In traditional DC charging, cable thickness is limited by human strength. MIDA’s liquid-cooling technology bypasses this limit. By removing heat directly from the source—the contact terminals—we can push currents to 500A while the cable remains as cool as an AC charger. This technology is vital for the MIDA Tesla NACS DC plug, which must handle high current in an extremely compact interface.
Rugged Reliability for Public Infrastructure
Public chargers face vandalism, weather, and heavy use. MIDA DC connector products are tested against crush loads and extreme drops. The silver-plated terminals prevent oxidation, ensuring that the connection remains efficient even after years of exposure to salty or humid air.
FAQ
- What coolant does MIDA use? We use a non-conductive, environmentally safe ethylene glycol mixture.
- Is liquid cooling safe for the end user? Yes, the cooling loop is entirely sealed and double-insulated.
- What happens if the cooling system fails? The charger’s sensors will detect a temperature rise and automatically reduce power.
- Are MIDA cables compatible with 800V vehicles like the Porsche Taycan? Yes, they are fully compatible.
- How does 500A compare to a standard supercharger? It is significantly higher than most current Gen 3 stations (typically 250A-350A).
- Does the cable stay flexible in winter? Yes, our TPU jacket maintains flexibility at -30°C.
- Is it easy to replace a damaged cable? MIDA cables use a modular design for straightforward replacement by qualified technicians.
Post time: Aug-17-2026