Discover the forefront of engineering advancements with expert commentaries and analyses by Endego’s seasoned professionals. Delve into subjects from automotive intricacies and cybersecurity challenges to sustainable innovations and design frontiers. Stay informed, stay inspired — explore with us.
An electric motor is only one component of a vehicle’s e-drive system. Efficiency, range, performance and durability depend on the combined operation of the motor, inverter, battery, battery management system (BMS), cooling system, transmission, control software and mechanical integration. Electric powertrain development should therefore address the complete system and the vehicle’s real operating profile from the outset.
Read moreEndego, a portfolio company of Abris Capital Partners, has completed the sale of its Siemens and Altair software distribution business to Volupe Group. The transaction allows Endego to sharpen its focus on engineering and digitalization services for customers in the mobility and industrial sectors.
Read moreHybrid powertrains can be a viable direction for automotive development, not merely a transitional compromise between internal combustion engines and battery electric vehicles. Automotive electrification does not follow a single, straightforward path.
Read moreThe battery in an electric vehicle affects not only range, but also safety, weight, service life and total operating costs. It is therefore not merely an energy storage device, but one of the vehicle’s most important systems.
Read moreA modern car increasingly resembles less a collection of separate circuits and more a complex computing system. The development of electric vehicles, driver assistance systems, connectivity and over-the-air updates means that traditional architecture based on multiple controllers is becoming increasingly difficult to maintain.
Read moreIn the automotive industry, production decisions are made much earlier than when the line is commissioned. How we design the product, the documentation, the tools and the validation process affects the implementation cost, the timeliness of the SOP and the subsequent scalability of production.
Read morePremium cars are increasingly becoming digital platforms that continue to be developed long after they have been sold. This is precisely why the Software-Defined Vehicle is changing the way modern vehicles are designed, implemented and kept up to date.
Read moreThe car headlamp is no longer just a lamp. Today, it is one of the most complex technological systems in a vehicle. It combines optics, mechanics, electronics, thermodynamics, sensors, software, type approval and design. It is designed to illuminate the road, assist the driver, react to the surroundings, work in conjunction with other vehicle systems and build brand recognition.
Read moreThe electrification of public transportation in Poland is now an integral part of urban mobility policy and emission reduction strategies. Electric bus procurement programs (EBP) typically focus on two budget items: battery capacity and charging infrastructure.
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