Battery packs and electrification expertise from a single source live at the iVT EXPO

The IEP battery packs with NMC or NMCA technology with lithium-ion cells have been tried and tested on the market for over 10 years and offer a very high energy density (up to 300Wh/l or 180Wh/kg) and have a service life of approx. 2000 discharge cycles. The aluminum housings are available in two lengths and offer various connection options. With protection class IP65, they are ideal for many areas of application. The integrated battery management system (BMS) permanently monitors the condition of the battery.

The energy density of (200Wh/l or 120Wh/kg) is slightly lower than that of NMC / NMCA battery packs, but offers a significantly longer service life with approx. 4000 discharge cycles. These are particularly suitable for cost-sensitive applications where the lower energy density and the resulting higher space requirement are not the main focus. The robust aluminum housing with integrated T-slots for flexible mounting and protection class IP67 offers a high level of safety with regard to thermal influences and fire.

The Modular Energy Pack from HAWE is a freely configurable solution whose flexibility allows battery packs from 100-800 V with 30 to 240 kWh to be realized. The housing is designed so that it can be easily combined and flexibly mounted. The current MEP system is based on LFP technology.

The ROVO robot platform is a fully electric drive system on tracks that has been specially developed for off-highway use. The agile chassis is equipped with a powerful drive and the company's own exchangeable battery. It is already optimally prepared as standard for a wide variety of attachments and superstructures and can be optimally adapted to your needs with a wide range of options. Partner companies have already developed hardware and software extensions to match.

HAWE's customized concepts and systems range from proven hybrid solutions (partial electrification of the working hydraulics) to fully electrified vehicles. High efficiency, compact dimensions and low weight are the most important targets. These contribute to energy efficiency, pollutant and noise emissions.