Production of Newly-designed Impact-sliding-type Vibration Power Generator using Fe-Co-V Ferromagnetic Alloy and Its Application
-
- Yamaura Shin-ichi
- Polytechnic University of Japan
-
- Asaga Yosuke
- Polytechnic University of Japan
-
- Okuya Kazuhiko
- Polytechnic University of Japan
-
- Sasaki, Toshio
- Research Organization for Nano & Life Innovation, Waseda University,
-
- Sekiguchi Tetushi
- Research Organization for Nano & Life Innovation, Waseda University,
Bibliographic Information
- Other Title
-
- Fe-Co-V 磁性合金を用いた衝撃スライド型逆磁歪式振動発電機の試作と評価
- Fe-Co-V ジセイ ゴウキン オ モチイタ ショウゲキ スライドガタ ギャクジワイシキ シンドウ ハツデンキ ノ シサク ト ヒョウカ
Search this article
Description
In this work, a newly-designed impact-sliding type vibration power generator using a Fe-Co-V ferromagnetic alloy rod was fabricated and its power generation properties were evaluated. As a result, the open circuit peak-to-peak voltage was 60.4 Vpp and the voltage with 1 kΩ resistor was 32.7 Vpp at maximum. The maximum electric energy obtained with this generator was 253 μJ. It was also found that the induced voltage and the total power increased with increasing number of coil turns. Furthermore, the generator produced in this work was tentatively applied for the power source of a sensor and wireless communication devices and it was found that the generator supplied those devices with electricity, the temperature data were successfully sent to a PC with an USB wireless receiver.
Journal
-
- Transactions of Japan Society for Vocational Education and Training
-
Transactions of Japan Society for Vocational Education and Training 33 (1), 36-41, 2017
Polytechnic University of Japan
