BMZ Poland and EVE Energy Launch VERSORA LMFP Platform

BMZ Poland and EVE Energy Introduce VERSORA LMFP

BMZ Poland and EVE Energy entered a long-term strategic cooperation on September 14, with the first major result presented at IAA Transportation 2026. The companies introduced VERSORA LMFP, a new battery platform intended to address the longstanding gap between lithium iron phosphate (LFP) and nickel manganese cobalt (NMC) battery technologies in electric commercial vehicles. Rather than creating a battery system around one specific vehicle configuration, the platform is designed to give manufacturers greater flexibility in adapting battery capacity and placement to different commercial vehicle requirements. This approach makes VERSORA a broader modular architecture rather than a single fixed battery solution.

Modular Architecture Supports Multiple Vehicle Applications

BMZ and EVE Energy are combining a new generation of LMFP cell technology with a highly modular battery platform developed for a broad range of commercial vehicle applications. VERSORA allows manufacturers to configure the battery system around the vehicle instead of redesigning the vehicle around a predetermined battery package. This architecture is intended to accommodate different installation requirements while maintaining a common technical foundation. The strategy could simplify battery integration across commercial vehicle programs because manufacturers can adapt the platform to individual vehicle layouts without requiring an entirely different battery architecture for every application.

Compact and Versus Modules Expand Installation Flexibility

The VERSORA platform uses two module formats, Compact and Versus, which can be installed in multiple areas of a commercial vehicle. These locations include the floor, body, and roof, giving manufacturers additional freedom when determining how the battery system fits within a vehicle's available packaging space. The modular approach is particularly relevant to electric commercial vehicles because vehicle layouts can vary substantially depending on their intended application and configuration. By providing two module formats rather than a single fixed arrangement, the platform is designed to support different packaging requirements while retaining a common mechanical and electrical architecture.

NMC and LMFP Versions Share the Same Architecture

A key feature of VERSORA is its ability to accommodate different cell chemistries within the same mechanical architecture. VERSORA NMC and VERSORA LMFP have identical dimensions and weight, use the same mounting space and electrical interface, and operate within the same voltage classes. This commonality allows the two chemistry options to be integrated into the same underlying platform rather than requiring separate mechanical architectures. For manufacturers, maintaining the same physical and electrical framework can provide greater flexibility when selecting battery chemistry for a particular commercial vehicle application, while preserving compatibility with the established VERSORA platform design.

VERSORA NMC Production Targets 2027

VERSORA NMC samples are already being delivered to key BMZ customers, indicating that development of the NMC version has progressed beyond the platform presentation stage. Series production of VERSORA NMC is scheduled to begin in 2027. The production timeline provides customers with a defined path from current sample deliveries toward series applications. Meanwhile, the LMFP version remains under development, reflecting a later stage in its commercialization timeline. First customer samples for VERSORA LMFP are planned for 2027, followed by series deliveries beginning in mid-2028.

Strategic Cooperation Targets Commercial Vehicle Battery Flexibility

The cooperation between BMZ Poland and EVE Energy combines battery cell technology with a modular platform approach aimed specifically at commercial vehicle requirements. The strategy gives manufacturers access to NMC and LMFP versions that share the same core mechanical and electrical framework, potentially reducing the need for separate integration architectures. The development also strengthens the companies' focus on flexible battery solutions for electric commercial vehicles. With NMC series production planned for 2027 and LMFP series deliveries scheduled from mid-2028, the partnership establishes a staged commercialization path for the two VERSORA configurations.

IAA Transportation 2026 Highlights the New Battery Platform

The presentation at IAA Transportation 2026 places the VERSORA platform within the broader commercial vehicle technology landscape and provides a public milestone for the BMZ-EVE cooperation. For manufacturers operating in Poland and other markets, the platform's common dimensions, mounting requirements, electrical interface, and voltage classes could be relevant when evaluating battery options across different vehicle programs. The immediate focus remains on advancing the LMFP version toward customer sampling in 2027 and series deliveries from mid-2028, while VERSORA NMC moves toward its scheduled 2027 series production start.

Industry Impact & Outlook

The VERSORA platform could influence electric commercial vehicle battery integration by giving manufacturers greater flexibility to select between NMC and LMFP chemistries without changing the core mechanical architecture. Its two module formats and multiple installation locations may also help address the diverse packaging requirements found across commercial vehicle applications. The staged timelines for NMC and LMFP suggest that BMZ Poland and EVE Energy are pursuing a phased commercialization strategy, with NMC entering series production first and LMFP following after further development and customer sampling. The significance of the cooperation will therefore depend on how effectively the shared architecture translates into customer adoption and scalable production.

Frequently Asked Questions

What is VERSORA LMFP?
VERSORA LMFP is a modular battery platform developed by BMZ and EVE Energy for electric commercial vehicle applications, using LMFP cell technology within a flexible architecture that can support different vehicle layouts. The platform uses Compact and Versus module formats and allows battery installation in areas such as the floor, body, and roof. VERSORA LMFP shares the same mechanical architecture, dimensions, weight, mounting space, electrical interface, and voltage classes as the VERSORA NMC version. First customer samples of the LMFP version are planned for 2027, with series deliveries scheduled to begin in mid-2028.