ENERGY AND RESOURCE CONSERVATION WITH THE AID OF ENERGY STORAGE SYSTEMS UTILIZING SUPERCAPACITORS |
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ENERGY SAVINGS IN URBAN ELECTRIC TRANSPORT |
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RECUPERATION OF DECELERATION ENERGY
The deceleration energy is recuperated with the aid of on-board system of energy storage based on a bank of supercapacitors |
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ELECTRIC ENERGY SAVINGS
subway — 300 000 MW-h or 300 000 000 Rubles a year
electric train — 200 000 MW-h or 200 000 000 Rubles a year
street car — 100 000 MW-h or 100 000 000 Rubles a year
trolley bus — 75 000 MW-h or 75 000 000 Rubles a year |
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FUEL SAVINGS AND REDUCTION OF HARMFUL EMISSIONS IN URBAN AUTOMOBILE AND RAILROAD HYBRID TRANSPORT |
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RECUPERATION OF DECELERATION
ENERGY OF MEANS OF TRANSPORTATION
WITH HYBRID ENGINE
The hybrid engine consists of a generator diesel and a traction electric motor. The deceleration energy is recuperated with the aid of on-board system of energy storage based on a bank of supercapacitors |
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POSITIVE EFFECT
fuel consumption reduced by a factor of 2.5
harmful emissions reduced by a factor of 10
ICE power reduced by 40%
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RESOURCE SAVINGS IN RAILROAD AND AUTOMOBILE TRANSPORT |
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STORAGE BATTERY OPERATION IN COMBINATION WITH SUPERCAPACITOR
Supercapacitor is used for compensating for the pulsed modes of operation of storage battery
RESOURCE SAVINGS
Reducing the energy capacity of the
storage battery by half
Increasing the service life of the storage battery by a factor of 1.5
Saving 16 t of fuel per locomotive a year
Raising the reliability of starting the diesel engine at –40° C |
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