BorgWarner has introduced a new line of high-power DC fast chargers designed for commercial fleet applications, enhancing charging efficiency and reducing downtime for electric vehicle operations.
DC Fast Charging Stations: High-power DC fast chargers designed for fleet applications, offering up t...
BorgWarner has introduced a new line of high-power DC fast chargers designed for commercial fleet applications, enhancing charging efficiency and reducing downtime for electric vehicle operations.
DC Fast Charging Stations: High-power DC fast chargers designed for fleet applications, offering up to 350 kW charging capacity. Advanced thermal management ensures optimal performance and extended charger lifespan.
Integrated Battery Energy Storage System: Enables fleet operators to store excess energy for peak demand periods, reducing electricity costs and improving grid stability while maintaining consistent charging availability.
Vehicle-to-Grid (V2G) Charging Solutions: Supports bi-directional energy flow, allowing fleet EVs to return power to the grid or facility, enhancing energy efficiency and cost savings.
Sequential Charging: BorgWarner sequential charging technology enables fleets to pair up to 5 dispensers with a single power control system (PCS) cabinet. This configuration streamlines the Direct Current Fast Charger (DCFC) installation and infrastructure process.
Electric Boosting Technologies: Equipped with high-performance electric motors, the company’s cutting-edge solutions developed for 12V, 48V and high-voltage vehicles offer fast time-to-torque for a fun-to-drive experience while enabling improved fuel efficiency and reducing emissions.
Fleet Charging Management Software: Cloud-based software platform for real-time monitoring, load balancing, and predictive maintenance of fleet EV charging infrastructure.
Drive System Engineering Services: Expertise in electric drive technology, power electronics, and software enables precise, customized system solutions by integrating components and leveraging specialized knowledge.
Foundational Technologies: Vehicles with internal combustion engines continue to play a major role in many markets and segments worldwide on the road to an energy-efficient, clean future.
Blogs - V2G Charging Technology by BorgWarner BorgWarner discusses the benefits and technology behind Vehicle-to-Grid (V2G) charging, which allows electric vehicles to not only draw power from the grid but also supply energy back to it. This technology supports grid stability and helps in managing peak demand.
Blogs - How EV Charger Reliability Impacts Fleet TCO Examines the importance of reliable electric vehicle (EV) chargers in reducing fleet total cost of ownership (TCO) by minimizing downtime, maintenance, and operational costs. Highlights the significance of high-quality chargers and regular maintenance to ensure efficiency and cost savings.
Web Links - Chargers for Commercial Vehicles BorgWarner offers electrification, propulsion, and thermal management solutions for commercial vehicles to improve efficiency and sustainability.
BorgWarner announced advancements in hybrid and electric propulsion technologies, including next-generation power electronics and electric drive modules, to enhance fuel efficiency and reduce emissions in commercial and passenger fleets.
P2 Hybrid Module: The P2 Hybrid Module integrates seamlessly into exi...
BorgWarner announced advancements in hybrid and electric propulsion technologies, including next-generation power electronics and electric drive modules, to enhance fuel efficiency and reduce emissions in commercial and passenger fleets.
P2 Hybrid Module: The P2 Hybrid Module integrates seamlessly into existing transmissions, improving fuel economy and reducing CO2 emissions. It enables hybrid operation without requiring a full powertrain redesign, making it ideal for commercial fleet applications.
Integrated Drive Module (iDM): This compact, high-performance unit combines an electric motor, inverter, and gearbox, optimizing power efficiency for hybrid and electric vehicle applications in both light- and heavy-duty fleets.
eBooster® Electrically Driven Compressor: Enhances low-speed torque and transient engine response, reducing turbo lag in hybrid applications. It improves engine efficiency and supports downsizing without sacrificing performance.
On-Demand Transfer Case: Provides intelligent torque distribution for hybrid powertrains, enhancing traction and stability while optimizing energy use to improve overall drivetrain efficiency.
High-Voltage Coolant Heater (HVCH): Improves thermal management in hybrid vehicles by efficiently heating the battery and cabin, increasing system efficiency and extending electric driving range in cold weather conditions.
Dual Inverter Technology: Supports 400V and 800V architectures, improving energy conversion efficiency for hybrid and electric drivetrains while reducing power losses and enhancing overall vehicle performance.
48V Hybrid Battery System: A cost-effective solution for mild hybrid applications, providing regenerative braking, start-stop capability, and power assistance to reduce fuel consumption and emissions.
eFan High-Efficiency Cooling System: Increases cooling efficiency in hybrid engines by optimizing airflow and reducing parasitic losses, improving battery life and overall powertrain efficiency.
Brochures - Power Electronics Technologies by BorgWarner Overview of BorgWarner''s power electronics technologies, focusing on the design, development, and manufacturing of inverters, converters, and onboard chargers for electrified vehicles, aimed at enhancing efficiency and performance in automotive applications.
Brochures - Hybrid Vehicle Technologies Brochure Overview of BorgWarner''s hybrid vehicle technologies, focusing on products and systems that enhance fuel efficiency, reduce emissions, and improve performance.
Brochures - P2 Hybrid Architecture Overview Provides a detailed overview of BorgWarner''s P2 Hybrid Architecture, highlighting its advantages in improving fuel efficiency, reducing emissions, and enhancing vehicle performance. The architecture integrates seamlessly into existing powertrains, offering flexible hybrid solutions for various vehicle types.
