What is Ultra-Fast Charging?
Ultra-fast DC charging delivers power at rates of 150kW to 350kW+, capable of adding 200–300km of range in under 15 minutes. This technology is now commercially viable in the UAE following ADDC and DEWA grid upgrade programmes completed in late 2025.
The Technology Behind 350kW
Modern ultra-fast chargers like the EvGo HyperCharge 350kW use:
- 800V DC architecture — supported by Porsche Taycan, Hyundai IONIQ 6, Kia EV6, Lucid Air
- Liquid-cooled charging cables — eliminates thermal throttling in UAE's 45°C+ summers
- Dynamic power sharing — two vehicles simultaneously receive up to 175kW each
UAE Grid Capacity Requirements
Ultra-fast charging requires significant grid capacity. ADDC requirements for 350kW installations:
| Specification | Requirement | |--------------|-------------| | Supply Voltage | 11kV or 33kV | | Maximum Demand | 500kVA+ | | Earthing System | TN-S | | Protection Class | Class I, IP55 minimum |
EvGo UAE works directly with ADDC's large customer team to ensure all grid connection applications are processed efficiently.
Business Cases in the UAE
Highway Corridor Stations
Dubai–Abu Dhabi E11 and E311 corridors represent prime ultra-fast charging opportunities. A single 350kW dual-port station generating 80 sessions/day at AED 1.50/kWh can generate AED 300,000+ annual revenue.
Luxury Hospitality
Five-star hotels in Dubai, Abu Dhabi, and Ras Al Khaimah are deploying ultra-fast chargers as a premium guest amenity. With Rolls-Royce Spectre, Bentley Bentayga EWB, and Mercedes EQS now common on UAE roads, guests expect nothing less.
Premium Retail
Mall developers are incorporating ultra-fast charging hubs to increase average dwell time by 15–25 minutes, directly driving F&B and retail revenue.
Why Choose EvGo for Ultra-Fast
- Exclusive ADDC Large Customer liaison team access
- UAE-optimised liquid cooling (rated to 65°C ambient)
- Bilingual 15.6" 4K display with Arabic UI
- V2G-ready architecture for future grid services revenue
Request a feasibility study for your ultra-fast charging project today.