Electroengine - True Electric

True Electric™ - for the next generation of vehicles

Electroengine has developed a complete system for electric propulsion that can easily be installed in most of the cars that today use internal combustion engines – this includes new cars and also, in a next stage, second hand vehicles.
The system is called True Electric and includes a completely new way of managing and checking a vehicle’s batteries that leads to increased energy output and a significant increase in the lifetime of battery packs.

True Electric involves the use of very high performance and advanced so-called synchronous electric engines and a new engine control system that dispenses with the need for a gearbox or the traditional differential.
Furthermore, Electroengine has also developed new, high performance power electronics together with its partners. The system weighs a fraction of the alternatives currently available and takes up very little space in the vehicle, while still managing to provide optimal control of the considerable amounts of energy that have to be handled.

Advantages with True Electric™

True Electric makes it possible to easily provide high performance electric drive technology for today’s standard cars.
This means that all the existing advantages of the cars that are already in use and that people are used to driving can be retained, such as safety features, good road holding, ABS brakes, anti-spin systems, towing and load capacities and, not least, their look and design.
Electric cars can be built more cost-efficiently than is the case for the current standard solutions available for electric propulsion.
Electric cars have a longer range with True Electric than with any other system. The batteries last considerably longer and the high cost of lithium batteries can be reduced significantly.
True Electric makes it possible to replace individual battery cells if required – which is currently a unique possibility for car batteries and which solves a serious marketing problem for electric cars, as they are usually associated with the fact that complete batteries have to be replaced as soon as one cell fails.