The core difference between Toyota's EVs (battery electric vehicles) and hydrogen fuel cell vehicles (such as the Mirai) lies in their energy forms and technical routes. EVs rely on large-capacity batteries to store electrical energy and replenish energy through charging piles, while hydrogen fuel cell vehicles use hydrogen as fuel, generate electricity via chemical reactions to power the motor, emit only water, and take just 5 minutes to refuel—comparable to traditional fuel vehicles. Taking the Mirai as an example, it is equipped with a 1.24kWh buffer battery, three hydrogen storage tanks, offers a range of 850 kilometers, delivers performance parameters of 180 horsepower and 300 Nm of torque, and features a rear-wheel-drive layout. In contrast, pure electric vehicles like the Proton e.MAS 7 PHEV, while supporting plug-in hybrid functionality, place greater emphasis on battery range (such as a combined range of 943 kilometers) and charging convenience. Hydrogen-powered vehicles excel in refueling efficiency and zero emissions but are constrained by hydrogen refueling infrastructure; EVs depend on charging networks but currently enjoy broader adoption. Toyota employs a multi-technology parallel strategy, with hydrogen energy targeting commercial vehicles and closed-loop environmental solutions, while EVs cater to the mass market—both collectively advancing carbon neutrality goals.
