Hybrid energy systems represent today one optimal solution for different mobility areas. This is shown in the paper by describing three applications. The first one refers to a tramway system: regenerative braking has been enhanced by introducing some stationary storage capability in correspondence of electrical feeding substations. The second one regards the design of a series-hybrid powertrain for a platform of urban buses, in which usage of alternative fuels was also considered. The third one refers on hybridization of a hydraulic skid-loader. The three applications shown that also from economical point of view the proposed solutions can be of great interest since their cost-effectiveness.
Hybrid energy systems in mobility applications
CERAOLO, MASSIMO;GIGLIOLI, ROMANO;LUTZEMBERGER, GIOVANNI;SANI, LUCA
2016-01-01
Abstract
Hybrid energy systems represent today one optimal solution for different mobility areas. This is shown in the paper by describing three applications. The first one refers to a tramway system: regenerative braking has been enhanced by introducing some stationary storage capability in correspondence of electrical feeding substations. The second one regards the design of a series-hybrid powertrain for a platform of urban buses, in which usage of alternative fuels was also considered. The third one refers on hybridization of a hydraulic skid-loader. The three applications shown that also from economical point of view the proposed solutions can be of great interest since their cost-effectiveness.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
