01 Favorable Government Policies and Incentives Hybrid vehicles are considered a compromise between battery-electric vehicles, Internal Combustion Engines (ICE), and automobiles (BEV). Governments of several nations across the world have put in place a variety of regulations and incentives to speed up the use of hybrid vehicles in the direction of a complete transition to electric cars as part of their aim for net-zero carbon emission in a predetermined timeline.
01 Internal Combustion Engine Policies of the Government Governments in several major auto markets have established strict emission standards and long-term strategies to phase out Internal Combustion Engines (ICEs). The requirement for a hybrid system virtually disappears when ICE is phased out, which causes a decline in demand for hybrid cars. Some of the most prominent car markets in the world have made public their goals and plans to phase out internal combustion engines over an extended period of time. For example, the UK announced updated phase-out dates for ICE passenger cars and vans in mid-November 2020, shifting the initial 2040 aim to specific goals for 2035 and 2030, respectively.
01 Hybrid Vehicle Innovations from Oems and A Growing Inclination Several OEMs have been innovating and releasing new hybrid vehicles to maintain their position in the market due to a significant increase in demand for hybrid cars worldwide.
September 2025 BMW announced powertrain updates for the BMW M340i xDrive Sedan and Touring, introducing an upgraded 3.0-liter six-cylinder petrol engine supported by a 48V mild-hybrid system that contributes 12 hp, strengthening the company’s electrified performance vehicle portfolio.
September 2025 Dacia introduced a new hybrid-G 150 4x4 powertrain for the Duster and Bigster, combining a 1.2-liter mild-hybrid engine and 48V battery with an electric rear axle and dual-fuel petrol/LPG capability, expanding its electrified all-wheel-drive vehicle offering.
June 2025 Toyota Kirloskar Motor launched the Fortuner and Legender Neo Drive 48V variants in India, pairing a 2.8-liter turbo-diesel engine with a belt-integrated starter generator and lithium-ion battery to improve fuel efficiency, acceleration assistance, and powertrain refinement.
June 2025 Audi expanded the application of its 48V-based MHEV plus mild-hybrid architecture across combustion-engine vehicle configurations, integrating a powertrain generator and lithium iron phosphate battery to enable electric-assisted driving, parking, and maneuvering functions.