Agriculture and forestry

Proven LFP chemistry in a circular-ready battery pack architecture.

LFP is a technically compelling cell chemistry for electric tractors, field robots, farm loaders, telehandlers, and feed wagons. mcc© does not change the chemistry, but rather the contact system and design of the battery pack.

Agricultural machinery manufacturers often require different battery sizes for relatively small and specialized production runs. With mcc© essentially only the circuit board needs to be adapted to the respective cell layout.

The magnetic contact system and mcc©-BMS remain in place as a common platform. This can reduce project-specific development, tooling, and industrialization effort.

From February 18, 2027, industrial batteries with a capacity exceeding 2 kWh will require a digital battery passport. Batteries for electric agricultural and forestry machinery generally fall into this category.

The mcc©-BMS monitors every cell and can provide condition data for maintenance and the battery passport. At the same time, the standardized design facilitates the required documentation of components and disassembly procedures.

Because the cells are neither welded nor bonded, they can be removed non-destructively at the end of their service life, assessed individually, sorted, and processed accordingly.

This is particularly relevant for LFP, whose recycling does not benefit from the high value of recovered nickel and cobalt: easy disassembly and clean material separation can provide significant process advantages.

mcc© therefore does not guarantee lower recycling or overall costs, but it can reduce the upstream disassembly effort and support a traceable circular process.

Protection against moisture, dust, temperature fluctuations, and vibration, as well as the required machinery certifications, must be addressed on a project-specific basis.

mcc© provides manufacturers with a new foundation for adaptable, transparently documented, and circular battery systems.