Experience the cutting edge of energy harvesting technology and accelerate your collaboration!
Latest! Self-powered IoT Pavilion

The "Latest! Self-powered IoT Pavilion" has opened in the Smart Sensing exhibition hall. This pavilion will display a wide range of self-powered IoT-related products and technologies, including micro-vibration sensors, vibration power generation devices, magnetostrictive materials used in vibration power generation devices, thermoelectric power generation devices, and small secondary batteries!
We will accelerate open innovation with device manufacturers, universities, end users, and others, and many collaborations and matching projects will start here.
Please come and experience the cutting edge of energy harvesting technology and autonomous power source IoT technology.

Exhibitor information

Fukuda Crystal Technology Research Institute

Display of Fe-Ga alloy single crystal, a magnetostrictive material used in vibration power generation
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/0IhzhCAb0XA

Yashima Electric

This time, the theme is vibration, and our PS series micro vibration sensor can contribute to maintenance and inspection.
Vibration power generation equipment uses vibrations that cannot be effectively utilized to generate electricity, making it possible to operate without a power source.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/jjf_EXztL68

Sumitomo Metal Mining Co., Ltd. Technology Planning Department, Technology Headquarters

High quality Fe-Ga magnetostrictive alloy single crystal material
We have developed a high-quality Fe-Ga magnetostrictive alloy single crystal with large magnetostriction (approximately 300 ppm) and small variation.
It exhibits excellent properties as a magnetostrictive material for vibration power generation devices (energy harvesting) for IoT.
Through open innovation with device manufacturers and universities, we aim to contribute to society with high-quality magnetostrictive materials.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/FkH0rNwJkg4

Kanazawa University Vibration Energy Laboratory

Magnetostrictive vibration power generation device "V-GENERATOR"
The magnetostrictive vibration power generation device "V-GENERATOR" uses groundbreaking materials and innovative mechanisms to realize a variety of ideas and contribute to the spread of IoT.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/MfWtC06B6LQ

Kanazawa University V-COLLABO

For those who are interested in "V-GENERATOR"
Our university has launched a free community site "V-COLLABO" that requires registration, and supports connections and co-creation between companies aiming to develop and commercialize products using the magnetostrictive vibration generator "V-GENERATOR". If you have any inquiries about "V-GENERATOR", please feel free to contact us at the URL of the contact information below.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/YelN0ntW1gw

Yokoyama Company

We will exhibit battery-less solutions.
We will introduce magnetostrictive vibration power generation and piezoelectric power generation with use cases.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/ddm2OSOL2XI

Energy Harvesting Consortium

The Energy Harvesting Consortium (EHC) is a consortium that aims to bring together the power of Japanese companies to quickly realize energy harvesting (environmental power generation) technology as an internationally competitive business. We are promoting activities toward the commercialization and practical application of highly complete products that integrate research, development, demonstration, standardization, energy storage technology, wireless technology, etc. We will exhibit member companies' technologies such as environmental power generation, energy storage, and power supply ICs, as well as examples of their use in autonomous power sources for IoT.

https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/aO6QDl3CE6c

Nippon Insulators

EnerCera is an ultra-compact, thin lithium-ion secondary battery.
Our semi-solid battery uses our proprietary crystal-oriented ceramic electrode plates, achieving the characteristics required for IoT power sources, such as high capacity, high output, high heat resistance, and long life.
Furthermore, by combining it with power supply technologies such as energy harvesting and WPT, it will be possible to realize and implement autonomous IoT devices that can be used for long periods of time without changing batteries.
https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/YPs8_2D0Lrs

Lintec

[Demo conducted!] Thin thermoelectric power generation module
The "thin thermoelectric power generation module" that we are developing as an energy harvesting (environmental power generation technology) is thinner and more flexible than conventional bulk-type modules, so it can be attached to a variety of heat-generating surfaces, such as the curved surfaces of industrial ducts and the inside of mobile devices.
1) Thin thermoelectric power generation module (development product)
2) Thin and lightweight Peltier module (development product/reference exhibit)
3) Overview of Welsurt (Wellbeing, sustainable and smart)

https://unifiedsearch.jcdbizmatch.jp/jpca2023/jp/jpca/details/qtxcdUGE1qc

<Pitch Stage> V-COLLABO

<Pitch Stage>
Product development and future prospects for magnetostrictive vibration power generation moving towards social implementation

June 1, 2023 (Thursday)
[Event time] 11:35-12:25

Venue: Exhibition Hall Seminar Hall K

Speakers

• Kanazawa University
• Fukuda Crystal Technology Research Institute
• Yokoyama Company
• Sumitomo Metal Mining

●For more details on the program, please click here