Freudenberg Unveils XWAVE, a Modular Maritime Battery System to Support Vessel Decarbonization
Freudenberg e‑Power Systems (FEPS) has announced the upcoming introduction of XWAVE, a modular and stackable battery system engineered for use in fully electric and hybrid maritime vessels. Scheduled for availability in 2027, XWAVE marks a significant advancement in marine electrification, built upon over a decade of knowledge in maritime battery design.
The system’s foundation lies in FEPS’s proprietary Gen 3 SHP mid‑nickel, single‑crystal power cells. Developed in‑house, these cells offer high charge and discharge capabilities, competitive energy density, and extended cycle life—attributes essential for robust marine applications. Each 17 kWh, 132 V module can be connected in series up to 1,048 V and scaled with up to 24 parallel strings. This enables shipbuilders, naval architects, and integrators to tailor power and energy configurations to specific vessel layouts and mission profiles.
The XWAVE system also incorporates an advanced Battery Management System (BMS) and integrated telematics. These technologies provide continuous monitoring, balancing, and safety management, while offering real‑time performance insights through a web‑based portal. The modular design ensures efficient installation, seamless integration into existing vessel infrastructure, and optimal use of onboard space.
According to Lisa McKenzie, President and General Manager of Battery Systems at FEPS, XWAVE was developed in direct response to customer feedback that emphasized the need for flexible, energy‑dense battery solutions applicable across ferry, cargo, and offshore vessels. Reflecting this vision, FEPS has already equipped more than 30 hybrid and electric vessels worldwide with its battery systems, underscoring its proven maritime track record.
The emergence of XWAVE coincides with growing regulatory pressure and industry momentum toward decarbonization. The International Maritime Organization’s target of net‑zero emissions by 2050 and the projected 24 % annual growth in the hybrid and electric vessel market underscore the sector’s shift toward sustainable alternatives. Beyond regulatory alignment, electrification delivers operational benefits such as reduced noise, smoother voyages, and decreased environmental disturbance—advantages verified by ongoing hybrid ferry projects in locations like Savannah, Georgia.
FEPS’s ongoing partnership with Derecktor Shipyards, highlighted by the installation of XMP 96P marine subpacks in Savannah’s Chatham Area Transit fleet, exemplifies the real-world application of these technologies. These battery systems support rapid recharging, quiet operation, and enhanced passenger comfort, further demonstrating the practical benefits of maritime electrification.
In summary, XWAVE represents a strategic advancement in maritime battery systems, blending modularity, high performance, and advanced monitoring to meet evolving vessel electrification demands. With its projected 2027 rollout, FEPS is strategically positioned to support the global transition toward cleaner and more efficient maritime transport.
