Insuring against concerns

As a rule, car drivers also want to limit their financial risk. All the more so if they have little or no personal experience with a new technology, as is currently the case with electric drivetrains. Innovative insurance policies that kick in if the costly high-powered battery units should have any problems can be helpful here. In Köhler’s view, maintenance packages with flat fees for inspection services could allay concerns about financial surprises.

Some potential buyers have been hesitating for financial reasons not only because of the purchasing prices and operating costs, but also the prospect of high losses one day in the future when they decide to sell their car. They fear that the rapid development of electric drive systems could diminish the appeal of used cars whose technology is no longer current. “The arguments here need to be especially strong and convincing,” observes Köhler. He recommends that dealers add special types of insurance to their portfolios. By compensating for steep losses due to advances in technology, such policies can allay customers’ concerns about residual value, whether they are buying new cars or signing lease agreements. True, supplemental insurance policies would raise the total package price. “However, when we’re talking about a new technology that’s unfamiliar to most people, you first have to build confidence,” says the expert.

Trade-ins not excluded

Another option that addresses technological progress would be a guarantee of the following sort: buyers of electric cars can trade in their cars for comparable new vehicles under especially favorable terms if engineering advances have extended battery ranges by 50 percent or more, for example. “That of course would require a completely new way of thinking on the part of manufacturers and dealers, especially their sales staff,” notes Köhler. “Yet if properly applied, this could be an attractive means of enhancing customer satisfaction, brand loyalty, and future sales.”

The scope for potential new forms of added value is essentially unlimited. With modern vehicles defined in large part also by the performance of their complex software, there are numerous ways of fulfilling desires that can arise during a drive. Examples include automated restaurant reservations and shopping options while the car is standing at a charging station. Some mobile maintenance work could also be arranged electronically. Minor repairs and standard maintenance procedures, in particular, no longer have to be done at a garage. Instead, the mechanic could go to the car — arranged quite literally at the press of a button.

Similarly attractive solutions can promote further savings in energy and costs. The battery of an electric car parked outside a home can be used as a buffer energy system. Power from solar panels can charge it and if needed, flow back into the house for other uses. Intelligent systems can ensure that the car remains ready to operate at all times. As the valuable heart of an electric vehicle, the battery would then offer especially economical additional uses in ways that can also be measured.

As Köhler concludes, “Ultimately it’s always a matter of what customers really need and actually use in their everyday lives. A lot of this has yet to crystallize out. Electromobility providers need to be prepared for what will come and respond appropriately — which means quickly and above all in very flexible ways.”