The 7th Tokyo University of Agriculture and Technology
Photovoltaic Student Conference (TUAT PVPS)

26th March, 2005

Tokyo University of Agriculture and Technology, Koganei, Tokyo, Japan

　

Nov 10, 2004

 　

Dear Sirs/Madams,

It is my great pleasure to inform you that our laboratory will hold the annual meeting for the results of our studies, "The 7th TUAT Photovoltaic Student Conference (TUAT PVSC)", 26th March, 2005. The importance of the renewable energy technology field has been growing very significantly since the beginning of the 21st century and will continue throughout this century. Especially, "Photovoltaic" has been expected to initiated the renewable energy in Japan. The main theme of the Kurokawa laboratory is a "photovoltaics system." We hope to be increasing an opportunity to share the knowledge as a specialist in the world. Please come to see and discuss as for the future of PV systems and technologies. In this meeting, the main language is Japanese, but don't hesitate to join us even if other foreigners. To acknowledge for your help and corporation, we would like to invite you with our partty after the meeting. Please feel free to contact to us via E-mail, oozeki@cc.tuat.ac.jp, for further information.

With kidest ragards and respect to all,

Kosuke KUROKAWA

　

 　

Prof. Kosuke KUROKAWA


E-mail: kurochan@cc.tuat.ac.jp
http://pv.ei.tuat.ac.jp/english/e-index.html
Department of Electrical and Electronic Engineering,
Faculty of Technology,
Tokyo University of Agriculture and Technology
2-24-16 Naka-cho, Koganei, Tokyo, 184-8588 Japan
TEL: +81-42-388-7132 FAX: +81-42-388-7445

 　

　

Program

　

I. Opening address (Prof. Kosuke KUROKAWA) 13:00〜13:05

II. Oral Presentation

1. Main topic in our lab (i)
(1) Photovoltaic system Simulation (Dr-Eng. Hiroshi MATSUKAWA) 13:05~13:35
(2) Study on distribution systems for distributed generation with loop power flow control (Dr-Eng. Naotaka OKADA) 13:35~14:05
(3) Fabrication and Evaluation of Ga-droped Multicrystalline Silicon Wafers and Solar Cells (Dr-Eng. Marwan Dharmrin) 14:05~14:35
(4) Develpement of DC-DC coverter (Prof. Yasuo OHASHI: invited) 14:35~14:55 Break and Poster session 14:55~15:45

2. Autonomy-Enhanced, Community-base PV Cluster Concept by introducing Active Power Network Control (Prof. KUROKAWA) 15:45~16:05

3. Main topic in our lab (ii)
(1) A grid connected photovoltaic system with battery (M2 Takae SHIMADA) 16:05~16:35
(2) SEPARATION OF THE I-V CURVE OF EACH COMPONENT CELL OF THE MULTI-JUNCTION SOLAR CELLS (M1 YUKI TSUNO) 16:35~16:55
(3) Reflection and Absorption Characteristics of Electromagnetic Waves for PV Modules (M2 Hyato TADA) 16:55~17:15
(4) A Modified Resource Analysis of Very Large Scale PV (VLS-PV) System on the Gobi Desert by a Remote Sensing Approach (M2 Koichiro SAKAKIBARA) 17:15~17:35

III. Closing address (Prof. Kosuke KUROKAWA) 17:35~17:40

IV. fellowship banquet (free) 18:00~

V. Poster Presentation (at Break time)
- An evaluation method of PV system, the sophisticated verification method (D2 Takashi OOZEKI)
- A Life cycle assessment of VLS-PV (D2 Masakazu ITO)
- PV system in Gobi desert (D2 Amarbayar Adiyabat)
- Impact assessment for large-scale introduction of photovoltaic systems into utility grid (D1 Kenji OTANI)
- Development of the islanding detection test condition (D1 Hironobu IGARASHI)
- Study of the system characterization used by New Solar module (D1 Jun TSUTSUI)
- Estimation of Shading Characteristics of PV Systems Using Photogrammetry (M2 Satsuki IKE)
- Simulation analysis of loop power flow controller (M2 Masahide ICHIKAWA )
- An simple evaluation method for PV systems by using only one monitoring item (M2 Atsushi NAKATA)
- An Evaluation method for PV Systems (M1 Yuzuru UEDA)
- Study on Fluctuation characteristics of PV system (M1 Norihiro KAWASAKI)
- A Resource Analysis of PV Systems in Japan by using aerial photograph (M1 Shinya TAGUCHI)
- Development of PV inverter is composed of power IC (M1 Kentaro HAYASHI)
- An sophisticated evaluation method of hourly irradiation around Japan (M1 Junpei YOKKAICHI)
- Development of advanced solar simulator is composed of LEDs (B4 Atsushi KOYANAGI)
- Development of a dual sensor type pyranometer (B4 Keiji HIRATA)
- Development of ultra scaled-down network simulator (B4 Yusuke NAKAMURA)
- Study on digital control for PV inverter by using FPGA (B4 Yusuke SEO)
- An evaluation for performance of different type PV modules on outside condition in Japan (B4 Rui SASAKI)


Copyright(C) Kosuke KUROKAWA Laboratory, Tokyo University of Agricluture and Technology (TUAT). All rights reserved.