For years the interest of the UDR1 researcher group has been focused on the development of a Hybrid Series (HS) vehicle, different from the standard one, using a Gas Turbine (GT) set as a thermal engine. The reason of this choice resides in the opportunity to reduce weight and dimension, in comparison to a traditional In- ternal Combustion Engine (ICE). It’s not possible to use the GT engine directly for the vehicle traction, so the UDR1 HS configuration shows the GT set connected with the electric generator only. The result is that the traction is pure electric. Many efforts are spent in the definition of a generic scientific method to define the correct ratio HD (the Hybridization Degree) between the installed power of the battery pack and that of the GT electric generator which simultaneously guarantee the main life for the battery package and the ca- pacity of the vehicle to complete a common mission (about 15 km - 30 km) without lack of energy or stop. This paper reports all studies carried out and finally proposes a possible configuration (weight distribution, VMU logic control, GT dimensions and power rate, battery package characteristics and so on) for mid term solution in the Italian transport system.

Lethe@ - UDR1: passenger sedan final proposed configuration / Capata, Roberto. - In: JOURNAL OF TRANSPORTATION TECHNOLOGIES. - ISSN 2160-0473. - ELETTRONICO. - Volume 1, October 2011:(2011), pp. 83-93. [10.4236/jtts.2011.14011]

Lethe@ - UDR1: passenger sedan final proposed configuration

CAPATA, Roberto
2011

Abstract

For years the interest of the UDR1 researcher group has been focused on the development of a Hybrid Series (HS) vehicle, different from the standard one, using a Gas Turbine (GT) set as a thermal engine. The reason of this choice resides in the opportunity to reduce weight and dimension, in comparison to a traditional In- ternal Combustion Engine (ICE). It’s not possible to use the GT engine directly for the vehicle traction, so the UDR1 HS configuration shows the GT set connected with the electric generator only. The result is that the traction is pure electric. Many efforts are spent in the definition of a generic scientific method to define the correct ratio HD (the Hybridization Degree) between the installed power of the battery pack and that of the GT electric generator which simultaneously guarantee the main life for the battery package and the ca- pacity of the vehicle to complete a common mission (about 15 km - 30 km) without lack of energy or stop. This paper reports all studies carried out and finally proposes a possible configuration (weight distribution, VMU logic control, GT dimensions and power rate, battery package characteristics and so on) for mid term solution in the Italian transport system.
2011
Hybrid Vehicle; Passenger Sedan; Components Distribution; Degree of Hybridization; VMU Logic
01 Pubblicazione su rivista::01a Articolo in rivista
Lethe@ - UDR1: passenger sedan final proposed configuration / Capata, Roberto. - In: JOURNAL OF TRANSPORTATION TECHNOLOGIES. - ISSN 2160-0473. - ELETTRONICO. - Volume 1, October 2011:(2011), pp. 83-93. [10.4236/jtts.2011.14011]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/409832
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