Front-engine extended range electric passenger vehicle

A front-engine extended range electric passenger vehicle, comprising a turbo shaft engine, a battery pack, an electric generator, drive motors, a storage tank and an independent regenerator, wherein

• the turbo shaft engine is arranged on a first section of a vehicle frame above a front axle, and an axis of an output shaft of the turbo shaft engine is located on a symmetry plane of a body of the vehicle,
• a rotor of the electric generator and the output shaft of the turbo shaft engine are connected to each other,
• the battery pack is arranged on a first section of a vehicle frame between the front axle and a rear axle of the vehicle,
• the drive motors drive front and rear wheels to rotate,
• the storage tank is arranged on a first section of a vehicle frame in front of and in vicinity of the rear axle, and the storage tank is for storing liquefied natural gas, compressed natural gas or fuel oil to be used by the turbo shaft engine,
• the independent regenerator is located below the turbo shaft engine and is used to preheat inlet air of the turbo shaft engine using exhaust gas discharged from the turbo shaft engine,
• wherein the extended range electric passenger vehicle further comprises an intake box and engine exhaust pipes, an air inlet of the turbo shaft engine is arranged so that the air inlet opens to face a front portion of the vehicle, the intake box is communicated with the air inlet and located behind intake grilles of the front portion of the vehicle, and the engine exhaust pipes comprise two engine exhaust pipes that are symmetrically arranged on two sides of the turbo shaft engine and outlets of the exhaust pipes open to directly face toward the intake grilles arranged on front fenders,
• wherein the extended range electric passenger vehicle further comprises a vehicle control unit, a battery controller and a gas controller, the vehicle control unit and the battery controller are located at two sides of the turbo shaft engine respectively, the gas controller is located in front of the storage tank and electrically connected to the vehicle control unit, and the gas controller controls supplement of fuel to a combustion chamber of the turbo shaft engine,
• wherein the vehicle control unit comprises either (1) a converter and an inverter, the electric generator is a three-phase high-speed permanent magnet motor, a three-phase output end of the three-phase high speed permanent magnet motor is connected to a three-phase end of the converter, DC ends of the converter are connected to DC input ends of the battery controller and of the inverter respectively, and a three-phase output end of the inverter is connected to a three-phase end of each of the drive motors, or (2) an inverter, the electric generator consists of both a three-phase AC electric generator and a converter, output ends of the electric generator are connected to DC input ends of the battery controller and of the inverter respectively, and a three-phase output end of the inverter is connected to a three-phase end of each of the drive motors,
• the drive motors comprise four drive motors that are provided to drive the four wheels of the front and rear wheels to rotate respectively,
• wherein two of the four drive motors are hub motors located in the inner side of left and right front wheels respectively, and
• wherein either (1) fuel inside the storage tank is compressed natural gas, an antifreeze relief valve is arranged in front of a compressed natural gas inlet of the turbo shaft engine, the anti-freeze relief valve is heated by a circulation water bath of a battery cooling device, and the heat of the battery cooling device comes from heat radiation of the battery pack and waste heat of engine exhaust pipes, or (2) fuel inside the storage tank is liquefied natural gas, and a supercharging device is arranged in front of a natural gas inlet of the turbo shaft engine.