MAHLE is expanding its electric vehicle charging portfolio with a series of new solutions designed to make EV charging more flexible, accessible and efficient. Through its subsidiary MAHLE ChargeBIG, which specializes in intelligent and scalable charging infrastructure, the company will showcase a new charging terminal at Power2Drive 2026 in Munich.
Developed in collaboration with Langmatz Energy, a leading provider of infrastructure and housing solutions, the new charging terminal is capable of charging up to four electric vehicles simultaneously, each with an AC charging capacity of up to 22 kW. The compact system integrates both charging points and payment functionality into a single housing unit, making it particularly suitable for parking operators, municipalities and commercial enterprises seeking space-efficient charging solutions.
To further support the transition to electric mobility, MAHLE ChargeBIG is introducing new financing options, including leasing and lease-purchase models, aimed at reducing upfront investment costs and simplifying the adoption of charging infrastructure.
The company will also introduce its Smallbox portable mobile charging solution, now equipped with an integrated card reader that enables legally compliant billing directly at the charging location. This enhancement is designed to improve convenience and transparency for both operators and users.
In addition to charging solutions, MAHLE will showcase its advanced cooling technologies for high-power charging applications. The exhibit will include high-performance cooling modules engineered for fast-charging stations serving both passenger vehicles and commercial vehicles, helping to improve charging efficiency and system reliability.
Power2Drive 2026, one of the leading international exhibitions for charging infrastructure and electric mobility, will be held at the Munich exhibition grounds from June 23 to 25, 2026. Visitors can explore MAHLE’s latest innovations in Hall C6, Booth 320.
“Charging should be as easy as refueling, regardless of location. Whether for fleet parking spaces, public and corporate parking lots, or temporary construction sites, our extended product portfolio offers the right intelligent charging solution for every use case,” said Dr. Matthias Cremeier, CEO of MAHLE ChargeBIG.
For the new charging terminal, Langmatz Energy supplies a specially developed external housing that matches MAHLE ChargeBIG’s dynamic, grid-relieving AC charging technology. The result is a high-performance, cost-efficient composite system that is particularly suitable for use in public spaces. The modular design and well-thought-out system architecture allows straightforward installation, fast maintenance and high serviceability for qualified electricians. Thanks to the integrated design, no additional standalone columns are needed. This saves space and allows harmonious integration into existing parking structures. An integrated payment function on the terminal allows end users to easily settle charges by RFID charging card or credit card.
Making electrification easier: attractive financing instead of high investment
In partnership with BNP Paribas Leasing Solutions, MAHLE ChargeBIG now offers two flexible financing models for the construction of charging infrastructure, requiring no large upfront investment. With leasing, customers benefit from predictable monthly installments that preserve liquidity and give financial flexibility. Additionally, the high level of flexibility throughout the contract period enables faster decisions to be made in line with project specifications. The lease-purchase option similarly allows for predictable installments and avoids large lump sum investments, while companies can simultaneously benefit from tax depreciation options. Furthermore, at the end of the contract period, ownership of the charging infrastructure is transferred to the customer and can be recorded as a long-term asset.
Both models facilitate expansion of charging infrastructure to suit demand, especially for larger projects. Field examples also show that, even at moderate usage, investments can be recouped through ongoing revenues. This is a decisive advantage for the rapid electrification of parking areas and company premises.
Mobile charging power without permanent installation
The mobile charging solution Smallbox Portable is housed in a compact yet sturdy enclosure. It is completely protected from external environmental influences and can be used over a wide operating temperature range of -13°F to +131°F (-25°C to +55°C). Designed specifically for construction sites, events or temporary charging locations, this solution offers maximum flexibility with four charging points and a capacity of up to 22 kW each, all without the need for permanent installation. Apart from billing through the integrated card reader, the charging point can also be activated by QR code through the ChargeBIG app.
Cooling for fast-charging stations
As part of its non-automotive business, MAHLE has developed an innovative cooling module for fast-charging stations that efficiently dissipates the heat generated by the charging cable, ensuring maximum charging efficiency even in extreme climatic conditions. The system, certified for Europe (CE) and North America (UL), operates reliably at ambient temperatures between -31°F and +122°F (-35°C to +50°C) without requiring any reduction in charging current.
The cooling module is equipped with heat exchangers and pumps developed by MAHLE. A specially programmed control unit precisely coordinates all components and optimally aligns them with the respective performance and efficiency requirements of the charging station. Designed for use at rest stops and truck stops, this solution fills a critical gap in the growing fast-charging infrastructure market.
With intelligent and connected charging solutions, MAHLE addresses a key focus area of ​​its MAHLE 2030+ corporate strategy. The company strengthens its position as a technology partner for electric mobility and makes a concrete contribution to the further expansion of high-performance, demand-driven charging infrastructure.