EV Technologies

Extending range and reducing emissions without compromising the driving experience is our goal. Solid design, electronics, and controls play leading roles in the attainment of these goals.

EV Technologies
Home  /  EV Technologies

LitensPower Battery

LitensPower Battery offers a breakthrough in energy storage technology. Its dielectric immersion cooling enhances safety and ensures consistent performance across a wide temperature range (-40°C to 60°C), making it ideal for diverse applications and environments. Utilizing the universally recognized cylindrical cell format, the battery pack boasts adaptability for various vehicle types (BEVs, PHEVs, HEVs) and stationary energy storage systems.

The modular design of the LitensPower Battery allows for scalable configurations to meet specific voltage and capacity requirements. Each module, measuring 626.2 x 314.4 x 94.5 mm and weighing 25 kg, delivers 50V and is available in 4.7 kWh and 5.5 kWh configurations. This enables customized solutions for both compact power needs and extended-range applications.

With high peak discharge (10C) and charge (6C) rates, LitensPower Battery supports ultrafast charging capabilities. Its cell-agnostic design further enhances flexibility and longevity, while the sustainable and serviceable characteristics contribute to reduced environmental impact and optimized total cost of ownership.

Heat Pump Booster

The Heat Pump Booster is an innovative enhancement for heat pump systems in electric vehicles (BEVs, PHEVs, and HEVs). It optimizes thermal management by using parallel heat sources and intelligent controls to extend the heat pump's operating range and reduce energy consumption. This innovative solution eliminates the need for a cabin PTC heater and improves waste heat capture.

Developed by Litens, a leader in electrification and thermal management solutions, the Heat Pump Booster offers key advantages for electric vehicles. It ensures faster cabin heating, minimizes energy consumption, and extends the operating range of the heat pump, particularly in cold climates.

Technical features include an eHeater for cold climates, boosting refrigerant flow rate, transferring heat from the coolant loop, ensuring sufficient compressor inlet pressure, and the ability to add electric heat as needed. The Heat Pump Booster replaces the traditional chiller, offering a more efficient and effective thermal management solution.

eAX Electric Pumps

Litens eAX Electric Pumps are revolutionizing thermal management in electric and hybrid vehicles, as well as industrial applications. These highly efficient, compact, and durable pumps are designed to meet the demanding requirements of modern systems. eAX pumps offer significant advantages including high power density, thermal stability, and reduced size and weight. These benefits translate to optimal energy usage, lower system design costs, and improved NVH performance.

Available in a range of power options (up to 300W), eAX pumps feature an iron-free stator for enhanced NVH and utilize industry-standard PCB manufacturing. They are ideal for maintaining optimal battery temperatures in electric vehicles and excel in various industrial cooling and fluid management applications.

MiniHub

The MiniHub is a cutting-edge fluid power management system designed for electric vehicles (BEVs, PHEVs, and HEVs). This ultra-compact solution integrates an eAX pump with an intelligent inlet valve module, optimizing space and performance. By combining multiple components into a single unit, the MiniHub reduces complexity, leading to fewer hoses, clamps, and potential leak points.

This unique design enhances efficiency and reliability while offering full system design flexibility for various thermal management applications. The MiniHub features a 3+1 way valve or a 2-way valve for precise fluid control, allowing for customized configuration to meet specific vehicle needs. Key advantages of the MiniHub include its compact design, reduced complexity, improved reliability, and design flexibility. By streamlining fluid power management, it contributes to improved thermal efficiency and overall vehicle performance.