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最終更新日時: 2020/02/26 10:25:03

Spacelink Co., Ltd.

We are developing next-generation capacitors based on carbon-nanotube technology

We are developing carbon nanotube capacitors, a next-generation storage device that incorporates our nanocarbon control technology acquired through space technology development projects. Carbon nanotube (CNT) capacitors represent a giant leap forward in capacitor performance in terms of storage capacity and with substantially less charging and discharging degradation found with conventional capacitors. CNT capacitors also help reduce costs.

We are also developing a multi-antenna GNSS receiver that provides high-precision positioning more efficiently and with more stability than existing positioning receivers, even in obstacle-ridden environments or during rapid acceleration.

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Electricity storage device using nanocarbon materials
Green Capacitor
This is a high-capacity super capacitor (electric double-layer capacitor) featuring high safety, long life, and ultra-fast charging. We succeeded in increasing the energy density (storage amount per unit) by making extensive use of carbon nanotubes and other nanocarbon materials to solve issues of conventional capacitors. Now we are actively promoting prototype order reception for PoC (demonstration).

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[Company strength]
We are developing carbon nanotube capacitors that incorporate our nanocarbon control technology. Carbon nanotube (CNT) capacitors represent a giant leap forward in capacitor performance in terms of the storage capacity, the electrical energy they can instantaneously charge and discharge, and the substantially less charging and discharging degradation found with conventional capacitors. CNT capacitors also lower costs and are expected to revolutionize the use of energy in many fields.

Our multi-antenna GNSS receiver relies on technology that we acquired in the field of space technology development to provide high-precision positioning more efficiently and with more stability than existing positioning receivers, even in obstacle-ridden environments or during rapid acceleration. The receiver is expected to be deployed in many fields, such as commercial drones and automated driving.



[Business description]
Working from the cutting-edge technology acquired through space technology development projects, we are engaged in the development of carbon nanotube capacitors as a next-generation storage device, and the development of multi-antenna global navigation satellite system (GNSS) receivers that provide highly stable and efficient high-precision positioning. Carbon nanotube capacitors excel in charging and discharging high currents instantaneously and are being deployed as storage devices in the renewable energy field as well as in automobiles, railroads, construction machinery, and other sectors.



[Industry]
Electronic instrument and component manufacturing

[Representative's message]
Every employee at our company endeavors to take in and apply new knowledge and technologies to meet user demands, as we face a new era that will revitalize society through the full utilization of positioning satellites. It is our foremost wish that our activities contribute to local communities through both space applications and consumer applications.



[Company structure for market development/overseas expansion]
Carbon nanotube capacitors excel in charging and discharging high currents instantaneously, and they are recommended for use in the renewable energy field, including solar power and wind power, as well as by manufacturers of automobiles, railroads, and construction machinery.

Furthermore, we have accumulated a wealth of knowledge and technologies in hardware and software for high-precision positioning receivers through development projects for satellites and rockets, which impose exceptionally demanding requirements on receivers. As a result, we can solve issues with existing positioning receivers by custom developing positioning receivers that suit the needs of any field.



[Intellectual property]
Multi-antenna positioning device (Patent No. 5339280)

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Kanto Head Office, SMRJ
Marketing Support Department, SMRJ
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