HYBRID
BATTERY SOLAR ELECTRIC VEHICLE (HBSEV)
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- 2014-10-17 10:59:12 UTC
- 96198e733dd102ed78250d6f818d4afb5f475cb1d4ca3c350c7587020845ad19
The concept can be characterized as a
vehicle powertrain configuration with two or more different Energy sources. The
so-called primary energy source should guarantee autonomy, while the secondary
energy source ensures recuperative capacity. An example of a primary source is
the traditional Internal Combustion Engine, which uses fossil fuel as a high
density energy carrier.
This attribute of the energy carrier ensures a
long travel distance without the need for frequent refueling. On the other
hand, combustion is an irreversible process, which means that once the fuel is
burned it cannot be regained. To provide the capacity for recuperation, a
secondary, reversible energy source is embarked, typically a battery and an
electric machine. This is the case of the dominant hybrid powertrain
configuration: the HYBRID BATTERY SOLAR ELECTRIC VEHICLE (HBSEV). In which the
ICE guarantees autonomy and batteries with an electric machine ensure
recuperation.
The
motivation for developing the hybrid powertrain lies in the combination of an
ICE based vehicle with high autonomy and a HYBRID BATTERY SOLAR ELECTRIC
VEHICLE (HBSEV) with zero direct emissions and a recuperation capacity .This
affords several synergy advantages, such as ICE downsizing, energy recuperation
and elimination of idling.
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