Truck

ACTIA TAKES PART OF THE MOBILITY REVOLUTION

Optimize energy efficiency and maximize truck longevity
/ Dedicated Products / Power Conversion

THE BOOM OF POWER MANAGEMENT

Expanding truck sophistication with increasing number of 12V appliances for driver comfort and security, the growing popularity of Electric and hydrogen-powered trucks together with a dynamic regulatory landscape make effective cybersecure power management a crucial part of any truck architecture. There is a need for intelligent solutions to reduce energy consumption, lower costs and achieve greens initiatives, such as power conversion, power equalization and power distribution.

POWER CONVERSION: FROM BASIC DEVOLTER TO INTELLIGENT MULTI-PATH CONVERTORS

15 years ago, ACTIA designed the first 24V-12V DC/DC converters. This cost-effective solution, which includes noise reduction and interference rejection is still well appreciated by major truck OEMs for their basic needs, due to its small form factor and outstanding quality level.

Yet, truck modern electrical architectures need more ambitious solutions : a cybersecure multi-path converter  that manages the  best energy transfer between the various energy sources, different loads and the charging systems, guaranteeing optimal performance, dependability and energy efficiency.

Based on its strong experience in power management, mechatronics, diagnostics and power electronics for electrical vehicle applications, ACTIA enables:
ACTIA  is pushing the boundaries of innovation and is looking for technologies such as GAN technologies to further improve yield and power.

POWER PROTECTION & DISTRIBUTION: FOR GREENER AND SAFER VEHICLES

The increasing number of critical safety Electronic Control Units have put the spotlight on the importance of protecting distribution equipment against failures. ACTIA propose a kind of “Power Traffic Controller” grants:

?

For further inquiries on the service send us your message. Our team is at your service to answer as soon as possible to your questions.
Aller au contenu principal