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Hitachi develops smaller, lighter rail car inverter for 1,500V DC overhead power supply using SiC

Hitachi develops smaller, lighter rail car inverter for 1,500V DC overhead power supply using SiC

Hitachi, Ltd. announced that it has developed a SiC hybrid inverter for rail cars that is compatible with 1,500V DC overhead power supply. Hitachi employed silicon carbide (SiC) to reduce equipment size and weight, and cut power loss. SiC is attracting attention as a next-generation material to replace silicon (Si), as it is expected to lead to smaller power modules and simpler cooling systems.

HIGH SPEED SERVICE CROWNED CHAMPION

HIGH SPEED SERVICE CROWNED CHAMPION

Southeastern, Hitachi Rail Europe and High Speed 1 Ltd (HS1) were last night celebrating after being recognised at the National Rail Awards for the early introduction of the UK’s first domestic high speed train service. Winning the Project of the Year award, the High Speed ‘preview’ service brought high speed to the UK six months early.

High Speed Service Crowned Champion

High Speed Service Crowned Champion

Southeastern, Hitachi Rail Europe and High Speed 1 Ltd (HS1) were last night celebrating after being recognised at the National Rail Awards for the early introduction of the UK’s first domestic high speed train service. Winning the Project of the Year award, the High Speed ‘preview’ service brought high speed to the UK six months early.

High Speed Train Service Officially Launched

High Speed Train Service Officially Launched

Today saw the official launch of the UK’s first domestic high speed service. The new high speed service operates from St Pancras International to Kent and is part of a fully integrated timetable in the South East, marking the biggest change in 40 years.

High Speed Train Service Officially Launched

High Speed Train Service Officially Launched

Today saw the official launch of the UK’s first domestic high speed service. The new high speed service operates from St Pancras International to Kent and is part of a fully integrated timetable in the South East, marking the biggest change in 40 years.

Hitachi Hands Over Last Class 395 Train to Southeastern

Hitachi Hands Over Last Class 395 Train to Southeastern

Hitachi Rail Europe Ltd. today announced that it has handed over the 29th and final Class 395 train to Southeastern, ahead of the scheduled start of full passenger service on 13 December 2009. The trains provide the first 140 mph high-speed domestic service in the UK, running on the HS 1 line from St Pancras International to Ashford International, Dover, Folkstone, Ramsgate and Canterbury.

Hitachi Hands Over Last Class 395 Train to Southeastern

Hitachi Hands Over Last Class 395 Train to Southeastern

Hitachi Rail Europe Ltd. today announced that it has handed over the 29th and final Class 395 train to Southeastern, ahead of the scheduled start of full passenger service on 13 December 2009. The trains provide the first 140 mph high-speed domestic service in the UK, running on the HS 1 line from St Pancras International to Ashford International.

Hitachi Traction Packages Fitted to Class 465 Achieve 1 Million Fault-Free Miles in Service

Hitachi Traction Packages Fitted to Class 465 Achieve 1 Million Fault-Free Miles in Service

Hitachi Rail Europe Ltd. today announced that the Hitachi traction technology fitted to Class 465 trains has achieved 1 million fault free miles in service. The IGBT based traction equipment has been developed from technology used on Metro trains in Japan and China and has been designed to mirror the space envelope and weight characteristics of the original, obsolete system.

Hitachi Traction Packages Fitted to Class 465 Achieve 1 Million Fault-Free Miles in Service

Hitachi Traction Packages Fitted to Class 465 Achieve 1 Million Fault-Free Miles in Service

Hitachi Rail Europe Ltd. today announced that the Hitachi traction technology fitted to Class 465 trains has achieved 1 million fault free miles in service. The Class 465 Hitachi IGBT based traction equipment, has been developed from technology used on Metro trains in Japan and China and has been designed to mirror the space envelope and weight characteristics of the original, obsolete system.

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