Conference Program of WCICA 2012
Conference Program of WCICA 2012
Conference Program of WCICA 2012
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<strong>WCICA</strong> <strong>2012</strong><br />
Pre-conference Workshops<br />
Workshop II<br />
13:30-16:30, Thursday, July 5, <strong>2012</strong><br />
FIT Lecture Hall, Tsinghua University<br />
Demand Side Applications in Smart Grid System Architecture<br />
Chair: Hiroaki Nishi, Keio University, Japan<br />
Abstract<br />
Firstly, current status around Smart Grid in Japan is introduced and Smart Community Alliance Japan<br />
(JSCA), the biggest and government driven alliance is explained. Next, cluster energy management system<br />
(CEMS) is explained. CEMS is a unit <strong>of</strong> smart grid which considers commmunity area and is a prime<br />
model <strong>of</strong> management, infrastructure, sharing and other elements <strong>of</strong> energy concerns. As a practical experiment,<br />
Nagasaki EV&ITS project conducted by Nagasaki local government, Keio University and 460<br />
companies are explained. In this project 130 EV and associated infrastructure including EV quick charger,<br />
DSRC communication environment and specially designed car navigation system are intensively introduced<br />
in a small island. We implemented a building energy management system with EV environment<br />
in Goto port terminal as a smart island project <strong>of</strong> Nagasaki EV&ITS project. CO2 emission elimination,<br />
electric power regulation, and other practical results are shown by using these experimental environments.<br />
Actually, vehicle to grid (V2G), HVAC control under considering environmental affinity, behavior and task<br />
management by using RFID and other ICT based management systems are shown. All results are led by<br />
using real environment. These technologies become the key components to construct smart grid.<br />
There are many proposals about an area <strong>of</strong> smart grid. Mainly, these proposals are discussing from<br />
supply side and most <strong>of</strong> all was accomplished only by simulation <strong>of</strong> grids / information infrastructure /<br />
market. Namely, practical experiment or system design was not discussed. We would like to show the<br />
system architecture concerning smart grid from the view point <strong>of</strong> demand side, and to give a practical<br />
results acquired by using real experimental environment.<br />
Description <strong>of</strong> Workshop<br />
Mini-Course: Green by ICT and its Applications, presented (90 Minutes)<br />
Lecture: Pr<strong>of</strong>. Hiroaki Nishi, Keio University, Japan<br />
1. Current status around Green by IT<br />
∙ Japan’s energy usage pr<strong>of</strong>iles<br />
∙ Smart grid projects in Japan (Smart Community Alliance Japan)<br />
∙ Cluster/Community Energy Management Systems<br />
2. Network Infrastructure for Green by IT<br />
∙ KNIVES system architecture<br />
∙ Energy management sensor network<br />
∙ HVAC control with considering environmental affinity<br />
∙ Low cost acquisition <strong>of</strong> environmental affinity<br />
3. Applications<br />
∙ Nagasaki EV&ITS project<br />
∙ Green Society Life Infrastructures Project<br />
∙ Campus EMS project<br />
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