BorgWarner, a global leader in clean and efficient technology solutions for combustion, hybrid and electric vehicles, announced it will be supplying its advanced high-voltage positive temperature coefficient (PTC) cabin heating technology for a new electric vehicle (EV) for a globally known EV automaker. BorgWarner’s technology features more efficient use of energy while providing rapid cabin heating.
Limited waste heat impedes heating the cabin. Independent of waste heat, BorgWarner’s high-voltage cabin heater warms the air stream coming from the blower, delivering a comfortable and odor-free cabin environment, while saving battery power due to efficient operation. Featuring ceramic PTC components as core elements of the design, the cabin heater self-regulates to ensure high power heating is available in cold temperatures, when it is needed most. As temperatures rise and heating demand decreases, the energy is automatically reduced. The cabin heater offers up to 7 kW of power, provides dual-zone functionality for reduced waste compared with single-zone solutions, and contributes to nearly silent operation of the heating, ventilation and air conditioning (HVAC) system.
BorgWarner’s comprehensive product portfolio also includes numerous other leading technologies for HEVs and EVs, such as high-voltage liquid heaters, eBooster electrically driven compressors, eGearDrive transmissions and auxiliary thermal coolant pumps. All of these technologies support automakers around the world in designing the clean and efficient vehicles of tomorrow.
Energizer and Assurance Intl Limited have collaborated on a new line of automotive oil that will be sourced, manufactured, and distributed in India to complement the existing STP product portfolio in ...
The Uno Minda D-90 horn has a two-year manufacturing warranty and is competitively priced between Rs 295 and Rs 855. It can be conveniently purchased from a variety of top-tier online and offline reta...
A two-stage side airbag from ZF Lifetec uses the milliseconds before an unavoidable crash to build up valuable distance and better protect the occupants.