The battery of an electric commercial vehicle lasts 8 to 15 years on average, depending on usage and maintenance. Most batteries retain 70-80% of their capacity after 150,000 to 300,000 kilometres. Factors such as charging habits, driving style and temperature determine how long your battery performs optimally. With proper care, you can extend its life considerably.<\/p>\n
The life of your battery depends on four main factors: how you charge, how you drive, the temperatures in which you drive and how well you maintain the battery. Loading habits<\/strong> have the greatest impact on battery life.<\/p>\n Frequent fast charging up to 100% stresses the battery more than slow charging up to 80%. The ideal charging zone is between 20% and 80% capacity. If you make short trips daily and can charge at home, use a regular charging station instead of fast chargers.<\/p>\n Temperature also plays a big role. Extreme cold and heat accelerate the ageing of battery cells. In winter, you temporarily lose range, but structural damage occurs mainly from prolonged exposure to temperatures above 35\u00b0C or below -10\u00b0C.<\/p>\n Your driving style also affects battery life. Aggressive acceleration and hard braking require a lot of energy and strain the battery. Use regenerative braking whenever possible and drive evenly to conserve battery life.<\/p>\n A modern battery in electric commercial vehicles lasts between 150,000 and 300,000 kilometres before replacement is necessary. This equates to 8 to 15 years of use for most companies. Lithium-ion batteries<\/strong> in newer vehicles perform better than older generations.<\/p>\n The expectation varies by usage pattern. Delivery companies with daily 100+ kilometres and many stops are more likely to see capacity loss than those with weekly long trips. Taxis and courier companies often replace batteries after 200,000 kilometres, while mixed-use mechanics often reach 250,000+ kilometres.<\/p>\n Battery capacity also determines lifespan. Larger batteries (75+ kWh) last longer because they are less deeply discharged per trip. Smaller batteries (40-50 kWh) are used more intensively and may need replacement sooner.<\/p>\n Most manufacturers provide an 8-year warranty on the battery, maintaining at least 70% capacity. After this period, the battery will still function for years, but with a more limited range.<\/p>\n Replace your battery when the capacity drops below 70% or when the range hinders your daily work. Recognisable signals<\/strong> are noticeably shorter trips between charging sessions, longer charging times and unexpected capacity loss while driving.<\/p>\n Practical indicators for replacement are a range that is 30% shorter than when purchased, charging times that are 50% longer than normal, or irregular battery indicators on the dashboard. If you need to drive 200 kilometres daily but still only reach 150 kilometres, replacement becomes sensible.<\/p>\n Economically, replacement is interesting if the reduced efficiency costs you more than a new battery. Calculate the extra charging costs, lost working time due to frequent charging and any missed customers due to a reduced range.<\/p>\n Some batteries can be repaired by replacing defective modules. This costs less than complete replacement, but offers no long-term guarantee. Let a specialist determine whether repair or replacement is more economical.<\/p>\n Extend battery life by smart charging, moderate driving and protecting the battery from extreme temperatures. Load between 20% and 80%<\/strong> for daily use and avoid fully empty or fully charged when not needed.<\/p>\n Concrete tips for longer battery life:<\/p>\nHow many kilometres can you expect from the battery of an electric utility vehicle?<\/h2>\n
When should you replace your electric utility vehicle battery?<\/h2>\n
How can you extend the battery life of your electric utility vehicle?<\/h2>\n