The Lynk & Co 02 suffers from significant range loss in winter conditions and on motorway journeys, with real-world range dropping to as much as 30% below the WLTP figure. Owners report rapid degradation of the 66 kWh NMC battery, charging speeds that fall short of the promised 150 kW and unexpected range reduction in cold weather. Sounds familiar? Find out what’s behind this and what you can do about it.
Why your range suddenly drops
The Lynk & Co 02 performs significantly worse than the factory specifications suggest. In freezing conditions, usable battery capacity drops by 15 to 20%. This means that a theoretical range of 400 kilometres falls back to just 330 to 350 kilometres in normal winter conditions. In extreme cold, the real-world range can even drop to 130 kilometres.
High speeds amplify this effect. At a constant 130 kilometres per hour on the motorway, electric cars systematically perform worse than under WLTP test conditions. The combination of snow, low temperatures and motorway mileage brings the range down to around 66% of the quoted figure. A stated range of 640 kilometres then turns into 420 kilometres in reality.
Energy consumption also rises to 170 Wh/km or more in cold weather, whereas under ideal conditions it is considerably lower. These effects add up and explain why many owners find themselves having to top up unexpectedly often on longer trips.
‘ So don’t expect to consistently achieve the maximum charging speed. ’
Slow charging speeds at rapid chargers
Owners report that the Lynk & Co 02 regularly fails to reach the promised 150 kW DC charging speed. This issue is linked to several factors. Battery temperature plays a major role in charging speed: a cold battery accepts significantly less power than a preconditioned one.
The charging curve of the NMC battery also determines how fast you can actually charge. Most electric cars start at a high power level, but this drops quickly once the state of charge reaches 50 to 60%. As a result, it takes longer than expected to fill the battery completely. Owners particularly notice this on winter trips, when both the cold and the charging curve work against them.
So don’t expect to consistently achieve the maximum charging speed. In practice, charging speeds are often 20 to 30% lower than the quoted figure, especially when you are topping up en route without preconditioning.
Battery degradation with the 66 kWh pack
Some owners report faster degradation of the 66 kWh NMC battery than expected. Battery degradation is normal and occurs with all electric vehicles, but the rate can vary. Factors that accelerate degradation include:
- Regular fast charging to 100%
- Prolonged storage with a very high or very low state of charge
- Intensive use in extreme temperatures
- Frequent driving at high speeds
On average, NMC batteries lose 2 to 3% capacity per year under normal usage conditions. With intensive use or unfavourable conditions, this percentage can be higher. For used cars with high mileage, always check the battery health before proceeding with a purchase.
Newer battery technologies and improved thermal management systems generally suffer less from degradation. However, the 66 kWh NMC battery in the Lynk & Co 02 belongs to a generation in which these issues occur more frequently than in more recent models.
What to do if you suddenly lose range
Have you suddenly noticed a sharp drop in range? There are several possible causes. First check whether your driving style has changed. High speeds, hard acceleration and frequent braking significantly increase consumption. Outside temperature also plays a major role, as described earlier.
In addition, a software issue can cause the estimated range to be displayed incorrectly. Some systems show an overly optimistic estimate based on previous driving patterns in favourable conditions. If you then drive in harsher conditions, the indicated range drops faster than expected.
In more serious cases, there may be a technical fault in the battery or the energy management system. Have this checked by the dealer if your consumption is consistently much higher than normal, even under comparable conditions. A diagnostic test can show whether there is a defective component or accelerated degradation.
‘ Preheating the battery and cabin while the car is plugged in saves 20 to 30 kilometres of extra range. ’
Practical tips to limit range loss
With a few adjustments to your driving style and preparation, you can limit range loss. Preheating the battery and cabin while the car is plugged in saves 20 to 30 kilometres of extra range. This prevents the battery from having to use energy to warm itself and the cabin while you drive.
Adapt your driving style to the conditions. Avoid constant speeds of 130 kilometres per hour on the motorway and switch to eco mode. Anticipate traffic to avoid hard braking and make full use of regenerative braking. This can keep consumption below 170 Wh/km, even in cold weather.
Plan longer trips carefully with sufficient charging stops. Use route planning apps that take account of the weather, speed and charging network. Combine charging stops with lunch breaks or coffee stops so overall travel time remains similar to what you would experience in a car with a combustion engine.
Pay attention to your charging habits to slow down battery degradation. At home, preferably charge to 80% and reserve the last 20% only for longer journeys. Avoid regularly running the battery completely flat and don’t use rapid chargers more often than necessary. This reduces the stress on the cells and extends the battery’s lifespan.
Adjusting expectations for winter driving
In winter conditions you need to adjust your expectations. Range decreases disproportionately more than with cars that have a combustion engine, due to the characteristics of lithium-ion batteries. In winter, allow for 60 to 70% of the WLTP figure on motorway journeys, and even less in extreme cold.
Owners who make short daily trips experience fewer problems. For commuting up to 50 kilometres per day, the Lynk & Co 02 remains usable, even with range loss. For longer motorway journeys in winter, however, the model requires careful planning and regular charging stops.
The four-wheel drive does offer advantages in winter conditions thanks to better grip and stability. This partly compensates for the loss of range, especially if you regularly drive on snowy or slippery roads.
Find out more about electric driving and car problems
Range loss and charging issues are not unique to the Lynk & Co 02. Other electric models also face similar challenges in winter conditions and with intensive use. On the Carnews website you can find much more information about electric driving, common problems with various brands and practical tips to get the best out of your electric car. Find out more and be better prepared for the challenges of electric driving.
Frequently asked questions
The most common causes of range loss with the Lynk & Co 02 are low temperatures (especially freezing conditions), high motorway speeds and inefficient driving behaviour. Cold reduces usable battery capacity and increases consumption, while driving at around 130 km/h and covering many motorway kilometres further limits the range. You can prevent or reduce this by preheating the car while it is plugged in, driving more gently (eco mode, anticipatory driving) and avoiding long stretches at high speed. In addition, in winter conditions it helps to plan charging routes and to keep tyre pressures and the vehicle’s condition in good order.
Driving style has a major impact on the range of a Lynk & Co 02: hard acceleration, high speeds (such as 130 km/h) and poor anticipation all increase consumption and can reduce real-world range by 15–30%. By accelerating more gently, driving more steadily, lifting off earlier and coasting in good time, you make more efficient use of the electric drive. Driving in Eco mode and limiting your speed on motorways helps keep consumption low. Preheating while plugged in further reduces energy use while driving and therefore increases usable range.
Yes, there are some maintenance and ‘software-like’ tips that can help to limit range loss. Make sure you **preheat the car (and especially the battery) as much as possible while it is still plugged in**, so that the energy does not come from the battery itself. Preferably drive in **eco mode**, avoid long periods at 130 km/h and anticipate traffic to prevent peak consumption. Also keep the **firmware/software of the car up to date** via the dealer or Lynk & Co, as efficiency improvements and optimisations for battery management are often rolled out via updates.
The observed range loss of the Lynk & Co 02 (around 15–30% in cold, motorway or winter conditions) is in the same order of magnitude as that of other plug-in hybrids in this segment. Just like comparable PHEV SUVs, the real-world electric range often drops to about 60–70% of the WLTP figure in winter weather and at higher speeds. User reports (130–155 km in cold conditions versus around 200 km in favourable conditions) correspond to typical real-world figures for competitors. This means that in terms of range loss, the Lynk & Co 02 does not perform significantly worse or better than the average plug-in hybrid in its class.
The actual range of the Lynk & Co 02 is strongly affected by low outside temperatures, which reduce usable battery capacity and increase consumption. High driving speeds, especially long periods at 120–130 km/h on the motorway, increase aerodynamic drag and reduce range significantly compared with WLTP. Winter conditions such as snow and wet road surfaces increase rolling resistance and energy use, which further cuts range. Topography also plays an indirect role: lots of hills and elevation changes lead to higher consumption when driving uphill, although some of this can be recovered through regenerative braking on the way down.