PSA Peugeot Citroen and Robert Bosch Gmbh gearing up to build world first Diesel Hybrid Technology
PSA Peugeot Citroën and Robert Bosch GmbH have entered into an important strategic partnership to build and market diesel hybrid technology. Under the agreement, Bosch is now responsible to co-develop, industrialise and supply electric motors and power electronics for its partner’s four-wheel-drive diesel hybrid powertrain project.
This innovative and futuristic diesel hybrid technology was unveiled at the recently concluded Paris Motor Show on the Peugeot Prologue and Citroën Hypnos concept cars, and will be an integral part of the participating companies’ vehicles starting in 2011.
The decision to build diesel hybrid technology signifies the importance bestowed by PSA Peugeot Citroen to embrace technologies that will take into account the various environmental hazards. Environment friendly and fuel efficient cars are becoming essential in today’s modern world, and generally of more importance than other factors, such as having an in-car DVD player, or nice rims. In fact, the hybrid technology rates highly in the company’s environmental strategy. With this innovative collaboration, PSA Peugeot Citroën has really set the momentum for the rapid introduction of hybrid diesel vehicles in Europe. Meanwhile, Bosch, the world’s leading automobile equipment manufacturer, also has an important role to enact as the supplier of the various component parts to build the system.
Bosch is bound by the agreement to supply the rear electric motor, the front-mounted high voltage alternator and the power electronics that will control them. Further, Bosch will also provide PSA Peugeot Citroën specifications other important components like an interface between the electronic components, an antilock braking system (ABS), and an energy recovery enhancer in the form of electronic stability programme (ESP).
The collaboration, which will involve brainstorming sessions among the designers and engineers of the two parties, is expected to optimise the hybrid powertrain’s operation with the simultaneous acceleration of acquisition of mutual expertise in this area.