The driving range of an electric vehicle in the UAE is most significantly affected by continuous air-conditioning use at high power, aggressive driving on highways like Sheikh Zayed Road, and the extreme summer heat exceeding 45°C, which can reduce the advertised range by 30-40%. Data from the UAE Ministry of Energy and Infrastructure indicates that HVAC systems can account for up to 35% of energy consumption in city traffic during summer. For a typical GCC-spec EV like the MG ZS EV, real-world testing in Dubai shows an average efficiency of around 5.5 km/kWh in summer versus 7.2 km/kWh in winter. The MOI UAE's awareness campaigns for efficient driving are directly relevant here, as smooth acceleration and using Eco modes are crucial. The total cost of ownership (TCO) is impacted, as more frequent charging increases the cost per km. For a vehicle with a 50 kWh battery and a public charging cost of 0.45 AED/kWh, a 30% range drop increases the cost per 100 km from approximately 6.25 AED to nearly 9 AED, not accounting for potential long-term battery degradation from constant high-temperature operation.
| Driving Condition (UAE Summer) | Estimated Range Impact vs. WLTP | Key Factor |
|---|
| City driving with max A/C | -25% to -35% | HVAC load, stop-start traffic |
| Highway driving (120 km/h) with A/C | -30% to -40% | High speed, air resistance, HVAC |
| Evening driving (moderate A/C) | -15% to -20% | Lower ambient temperature |
- Real-world summer efficiency for a compact SUV: ~5.5 km/kWh.
- Public charging cost impact: ~9 AED per 100 km in worst-case summer conditions.
- Annual battery stress: Prolonged exposure to > 40°C heat accelerates capacity fade.
