UAE summer temperatures can place additional demands on electric vehicle battery systems. During the peak summer months, temperatures across the UAE can become extremely high. Vehicle temperature displays can exceed 45°C during particularly hot summer conditions, especially when the vehicle has been exposed to direct sunlight.
If you are an electric vehicle (EV) owner, you know all too well that heat affects the performance of your vehicle’s most crucial component, its battery. That is why tThermal management is therefore an important part of selected IM Motors vehicles available through IM Motors UAE.
This guide explains how the thermal management system supports battery performance in UAE conditions.
What Extreme Heat Does to Electric Car Batteries
First of all, it is essential to understand what happens inside your vehicle’s battery system when exposed to very high temperatures. IM Motors vehicles use Lithium-ion battery packs operate most efficiently within a controlled temperature range established by the vehicle’s battery-management system. Once you park in an open lot in Abu Dhabi or travel on highways during the hottest part of the day, the vehicle’s battery and cooling systems may face greater thermal demand.
Without effective thermal management, several issues may occur:
- Slower Charging Speeds: The battery-management system may reduce DC charging power when battery temperature moves outside the preferred operating range. It does this because fast charging creates heat, and the battery is already too hot.
- Loss of Range: The car has to use a massive amount of electricity to run the air conditioner for you and the cooling pumps for the battery. This means you have less energy to turn the wheels.
- Accelerated Degradation: If battery cells stay too hot for too long, they wear out. Their capacity drops over the years, and you lose total range permanently.
These issues are managed through the vehicle’s battery and thermal-management systems, which monitor temperatures and regulate cooling as required. The exact cooling architecture varies by model and configuration.
Exploring the IM EV Lineup and Thermal Features
Selected IM models feature thermal management systems designed for high temperature operation.
The following are the key specifications of selected IM Motors models:
IM LS7: Thermal Management for a Large Electric SUV
The IM LS7 is a large, premium SUV built for families who love long drives across the Emirates. Its thermal-management system coordinates cabin climate and high-voltage system requirements.
Here are the key technical details for the IM LS7:
- Climate Control: Thermal Management Optimization for Extreme High Temperature
- Air Conditioner: 3-zone Automatic Air-conditioner
- Rear Control: Rear A/C Control Panel
- Battery Capacity: 100 kWh
- Horsepower: 570 HP
- Max Power: 425 kW
- Torque: 725 Nm
- Drive Train: AWD
- Acceleration Time: 4.5 seconds to reach 100 kph
- Driving Range: 611 km under NEDC standards
- Fast Charging Time: 20 minutes from 30% to 80% DC
The IM LS7 features thermal management optimization to help regulate battery and powertrain temperatures during demanding operation. Even when the outside air is 48°C,it helps regulate battery temperature during demanding operating conditions. Under suitable charger, battery-temperature, and state-of-charge conditions, the IM LS7 supports 30–80% DC charging in approximately 20 minutes.
IM 6 AWD: High-Performance Electric SUV
The IM 6 combines strong performance with responsive handling. High-output driving can increase thermal demand across the battery, motors, and power electronics. The IM 6 is equipped with a thermal management system designed to help manage heat generated during high-performance driving.
Here are the key technical details for the IM 6 (AWD Model):
- Drive Train; AWD
- Battery Capacity; 100 kWh
- Horsepower; 766 HP
- Max Power; 572 kW
- Torque; 802 Nm
- Top Speed; 240 kph
- Acceleration Time; 3.48 seconds to reach 100 kph
- Driving Range; 505 km under WLTP standards
- Fast Charging Time; 15.2 minutes from 30% to 80% DC
Because the IM 6 puts out 766 horsepower, it pulls a lot of current from the battery pack. This action generates heat. The thermal management system in the IM 6 helps to cool the motors and the battery cells simultaneously, supporting consistent performance during demanding driving conditions.
IM 5: The High-Performance Sedan
The IM 5 represents high-voltage technology. It uses an 800V Dual-SiC platform together with a dual-motor AWD powertrain.
Here are the key technical details for the IM 5 AWS:
- Platform Technology: 800V Dual-SiC (Silicon Carbide)
- Drive Train: AWD
- Battery Capacity: 100 kWh
- Horsepower: 766 HP
- Max Power: 572 kW
- Torque; 802 Nm
- Acceleration Time: 2.74 seconds to reach 100 kph
- Driving Range: 575 km under WLTP standards
- Fast Charging Time: 15.2 minutes from 30% to 80% DC
The silicon carbide (SiC) platform supports efficient power conversion and reduces electrical losses. Compared with conventional silicon components, silicon carbide power electronics can reduce switching losses and improve efficiency. By reducing switching losses under suitable operating conditions, SiC power electronics can lower some sources of waste heat and contribute to overall system efficiency.
IM LS9: Premium Flagship Range Leader
The IM LS9 is the flagship SUV in the IM Motors UAE lineup. It combines a six-seat premium cabin with a dual-motor AWD system and extended combined driving range.
Here are the key technical details for the IM LS9:
- High-voltage platform: 800V SiC
- Powertrain: Dual-Motor Vector AWD
- Power Output; 390 kW Peak Power
- Torque; 670 Nm Peak Torque
- Battery Capacity; 66 kWh
- Pure EV Range; 402 km under CLTC standards
- Total Combined Range; 1500 km under NEDC standards
- Fast Charging Time; 16.5 minutes from 10% to 80% DC
- Acceleration Time; 4.9 seconds to reach 100 kph
The IM LS9 utilizes an intelligent thermal loop mechanism to distribute the load of heating and cooling over the vehicle itself. This feature helps support operating efficiency for different vehicle systems.
Simple Habits to Boost Your EV Efficiency in the UAE
To support EV efficiency in UAE conditions, drivers can follow several practical habits:
- Park Your Vehicle Under Cover
Whenever possible, park your vehicle under a cover either by using underground garages or shade structures. Covered or underground parking can reduce direct solar exposure and lower the amount of heat absorbed by the cabin and exterior surfaces.
- Pre-cool Your Car Before Leaving The House
If there’s one thing you have heard repeatedly about keeping an electric vehicle efficient, pre-cooling can improve cabin comfort and may reduce the initial cooling demand after departure. You can accomplish this simply by turning on your cabin AC through the smartphone app right before leaving your house.When the vehicle is plugged in and the feature is supported, pre-conditioning may draw energy from the grid rather than relying only on the high-voltage battery. It uses grid electricity to cool down instead of draining the battery.
- Use the Cool Charging Pad:
- Use Ventilated Wireless Charging Where Available
- Ventilated wireless charging pads can help manage device temperature during charging. Charging specifications vary by model.
Secure Your Peace of Mind with IM Motors UAE
Switching to electric power in a hot country requires trust. You need to know that your car will start, cool down, and perform reliably across daily driving conditions when operated and maintained according to manufacturer guidance.
IM Motors UAE offers the following premium warranty and ownership benefits:
- Vehicle warranty: Five years with unlimited mileage for the IM LS7, IM 6, and IM 5; five years/200,000 km for the IM LS9
- Battery warranty: Eight years with unlimited mileage for the IM LS7, IM 6, and IM 5; seven years with unlimited mileage for the IM LS9
- Service contract: Three years/60,000 km for the IM LS7, IM 6, and IM 5; three years/55,000 km for the IM LS9
- Home charger: Free 11 kW charger for the IM LS7, IM 6, and IM 5; free 7 kW charger for the IM LS9
- Installation: Separate installation charges and conditions apply
- Current offers and terms may change.
Book a Demo Drive Today
The best way to experience the advanced technologies and premium cabin comfort is through a demo drive. Contact IM Motors UAE today to schedule your personalized demo drive. Explore the premium features and see how advanced thermal management keeps you cool and efficient all summer long.
Frequently Asked Questions
Does the summer heat reduce the overall life of an IM EV battery?
The vehicles use active liquid cooling systems and thermal management optimized for extreme heat. The systems help regulate battery temperature and reduce prolonged exposure to excessive heat. Battery ageing can still be influenced by temperature, charging habits, usage, and time. Battery warranty coverage varies by model. The IM LS7, IM 6, and IM 5 currently include eight-year unlimited-mileage battery coverage, while the IM LS9 includes seven-year unlimited-mileage battery coverage, subject to current terms.
What causes your charge rate to reduce on a hot day?
As soon as you notice that the temperature outside is extremely high, the vehicle’s computer reduces the speed of fast charging to protect its battery cells. Charging speed may be reduced until the battery temperature returns to the optimal operating range.
How does the SiC platform help in the UAE heat?
The 800V Silicon Carbide (SiC) platform supports efficient high-voltage switching and can reduce electrical losses compared with conventional silicon-based power electronics. It converts power with high efficiency and creates less waste heat. Because the system runs cooler on its own, the car uses less energy on thermal management, which may contribute to improved overall efficiency.
Do I need a special charger to charge my IM EV at home?
Current offers include an 11 kW home charger with the IM LS7, IM 6, and IM 5, and a 7 kW charger with the IM LS9. Installation fees and technical conditions apply.
How do I pre-cool my car before driving?
On supported models, the smartphone application can activate cabin climate control before departure. Pre-conditioning time and available functions vary by model, vehicle status, and operating conditions.