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Mitsubishi Heavy Industries, Hitachi, and Mitsubishi Corporation Launch Smart Community System Demonstration Project

Three Companies Launch Smart Community System Demonstration Project

Mitsubishi Heavy Industries, Hitachi, and Mitsubishi Corporation announced the three companies launched operation of a demonstration system encompassing 200 electric vehicles (EV), nine high-speed EV charging stations, and an EV management center, as part of the Smart Community System Demonstration Project in Malaga, Spain, in which the three companies are participating under consignment by the New Energy and Industrial Technology Development Organization (NEDO).

The demonstration project, which will be conducted through March 2016, targets the establishment of a next-generation transportation infrastructure that is expected to enable significant reductions in carbon dioxide (CO2) emissions. MHI, Hitachi, and MC will contribute to the project through provision of Japan’s advanced technologies in transportation and power systems.

The demonstration project has two overriding aims: To create an EV infrastructure incorporating high-speed EV chargers, an EV management center, and other facilities necessary for promoting the adoption of EVs; and to demonstrate the viability of their operation as a new business. Also to be demonstrated is a power management system indispensable to achieving stable power supplies to EVs, an information and communication technology (ITC) platform enabling the EV infrastructure to be linked with the power grid, and a new comprehensive service system based on data collected at the EV management center.

The demonstration project involves the introduction of about 200 EVs in total, mainly composed of i-MiEV EVs made by Mitsubishi Motors Corporation (MMC). High-speed EV charging stations to supply power to the EVs have been set up at nine locations (23 chargers) in and around Malaga, variously equipped with three standard CHAdeMO chargers (supplied by MHI), four storage battery-type chargers effective for coping with unstable power supplies (MHI), and four chargers capable of charging up to four EVs simultaneously (Hitachi). The total system will be operated and managed by the newly completed EV management center. Project participants (EV users) have been recruited from interested drivers who will be using their vehicle in diverse ways, and a system has been completed for collecting useful data.

For the participants’ enhanced convenience and optimized guidance to charging stations, drivers will be provided with optimal navigation services based on information relating to congestion at the charging stations and transportation information (probe data) from in-vehicle units. Using their smartphones drivers will also be able to access detailed information concerning distance to their nearest charging station, electricity usage volume, etc. Through these services the project operators will seek to alleviate impact on the power grid stemming from the use of the high-speed charging facilities. IC cards will be used to manage the participants in terms of confirming their qualification to use the charging stations, etc. Application of the ICT platform will enable collection of data from the charging stations, in-vehicle units and smartphones, for centralized management of participants’ information and utilization status.

Through these various initiatives the demonstration will be targeted at promoting the adoption of EVs and the establishment of EV infrastructures, toward creating next-generation transportation infrastructures.

Visit the project online.

Copyright (C) 2013 LexisNexis, a division of Reed Elsevier Inc. All Rights Reserved.

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