







Technology
MG Motor Accelerates Electrification Strategy: New Engineering Centre and "SolidCore" Semi-Solid-State Battery Unveiled
Image: (c) MG Motors
SAIC-owned brand MG Motor has opened a new Engineering Centre in Frankfurt and introduced its new "SolidCore" semi-solid-state battery. This location is set to play a central role in developing new models specifically tailored to European requirements, ranging from local climatic conditions to infrastructure and usage patterns. This European development hub complements existing sites, such as the engineering team in Longbridge and the design center in London.
SAIC-owned brand MG Motor has opened a new Engineering Centre in Frankfurt and introduced its new "SolidCore" semi-solid-state battery. This location is set to play a central role in developing new models specifically tailored to European requirements, ranging from local climatic conditions to infrastructure and usage patterns. This European development hub complements existing sites, such as the engineering team in Longbridge and the design center in London.
Technologically, MG is introducing a major innovation with the new SolidCore battery, which represents the world’s first mass-produced semi-solid-state battery. This technology utilizes solid electrolytes that create a stabilizing structure within the cells, thereby increasing both safety and service life. At the same time, the battery is designed to enable longer ranges and faster charging times. A particular focus has been placed on low-temperature performance; according to MG, vehicles equipped with SolidCore batteries are ready for immediate use without preheating and offer stable performance even in winter conditions. This technology was developed specifically for the European market and is slated to debut in the first MG electric vehicles in Europe by late 2026.

In parallel with its advancements in pure electromobility, MG is also pushing forward its hybrid strategy. The new Hybrid+ technology combines advanced software and hardware solutions to significantly improve efficiency, performance, and comfort. Key elements include a larger 1.83 kWh high-voltage battery, a segment-unique 3-speed hybrid transmission, and an intelligent control system with up to eight driving modes. An integrated Hybrid Control Unit also analyzes driving conditions in real-time and adjusts the system accordingly. These measures are intended to provide faster power delivery, optimized energy use, and a particularly smooth and harmonious driving experience while further reducing noise and vibration levels.
