NOVELTY - A hybrid transport system (1) has an infrastructure (3) with a route electric supply source (5) and a parking electrical source (10) periodically supplying electric energy to the rechargeable source (8) of a hybrid vehicle (2), when the vehicle is stopped or is in motion. A thermo-chemical source (18), included in the vehicle, provides energy supply to the rechargeable source during emergency or back-up situations.    USE - Hybrid transport system for urban areas and or for adapted roadways and highways.    ADVANTAGE - Provides zero pollution system for energy supply to rechargeable source by using infrastructure including route electric supply source and parking electrical source. Provides high efficiency of conversion from network electric energy to driving wheels, since energy from infrastructure is supplied to rechargeable source, which in turn delivers energy into reversible machine powering driving axle and wheels through transmission. Thermo-chemical source e.g. heat engine, operates at optimum speed when used in emergency or back-up conditions, providing maximum efficiency and lower pollution. Hybrid vehicle can be employed in all areas while freed of imposed trajectory, especially since infrastructure can be easily modified to be compatible with transport system while keeping infrastructure compatible with usually unmodified vehicles. Electrical cabling of system can be implemented at low costs, since system only uses single overhead line employing single pillar or spaced apart pillars for providing electric energy.    DETAILED DESCRIPTION - A hybrid transport system (1) has an infrastructure (3) with a route electric supply source (5) and a parking electrical source (10) periodically supplying electric energy to the rechargeable source (8) of a hybrid vehicle (2), when the vehicle is stopped or is in motion. A general electrical network (4) in the infrastructure connects the route electric supply source and the parking electrical source extending through parts of the infrastructure and the vehicle. The route electric supply source and the parking electrical source are connectible with the rechargeable source through a temporary mobile connection (7) and a temporary fixed connection (11), respectively. The temporary mobile connection may include a mobile charging device and metal sheets or electrical lines. The temporary mobile connection may be in form of a plug socket type connection. A thermo-chemical source (18), included in the vehicle, provides energy supply to the rechargeable source during emergency or back-up situations. The thermo-chemical source may be in form of a heat engine with a rotating shaft or free piston, or a fuel cell connected to a fuel tank (19). An energy transformer (12) in the vehicle is connectible with the rechargeable source to directly feed energy. Energy from the rechargeable source is delivered through a control distribution box (13) to at least one reversible machine (14) acting through a transmission (15) and into a driving axle (16) connected with wheels (17). The reversible machine provides regenerative braking during a deceleration phase, and charges energy of the rechargeable source for subsequent reuse in an acceleration phase. Energy from the thermo-chemical source can be utilized directly be the rechargeable source, or can act directly on the transmission or by using a converter (20). The thermo-chemical source can act in parallel with the reversible machine, transmitting power to the axle through the transmission. The hybrid vehicle has a configuration serving as an articulated vehicle e.g. a bus, or heavy truck with semi-trailer. The infrastructure is implemented on a city street, and inter-urban road, or on highway or assume a discontinuous or continuous structure.    DESCRIPTION OF DRAWING(S) - The drawing shows the block diagram of a hybrid transport system.    Hybrid transport system (1)    Hybrid vehicle (2)    Infrastructure (3)    General electrical network (4)    Route electric supply source (5)    Temporary mobile connection (7)    Rechargeable source (8)    Parking electrical source (10)    Temporary fixed connection (11)    Energy transformer (12)    Control distribution box (13)    Reversible machine (14)    Transmission (15)    Driving axle (16)    Wheels (17)    Thermo-chemical source (18)    Fuel tank (19)    Converter (20)