All-solid-state batteries | Solving issues, adoption, and collaboration case studies

Solving issues in anticipated applications

Adoption case studies

Collaboration case studies

 NEW 　 Data backup for PLCs 

All-solid-state batteries reduce the risk of data loss

 Infrastructure Monitoring 

All-solid-state battery × energy harvesting technology enables long-term operations of pressure monitoring system

 Infrastructure Monitoring 

Independently powered outdoor sensor systems combined with Energy Harvesting technologies

 Temperature logger 

Rechargeable battery-powered sterilization logger that can be used in high-temperature environments

 Equipment monitoring system 

Stand-alone powered sensor systems combined with energy harvesting

 Factory Automation (FA) 

Contributing to reducing maintenance man-hours and improving productivity for industrial robots/servo motors

 Real Time Clock (RTC) 

All-solid-state batteries operating in a wide temperature range can contribute to as a backup power for of the RTCs under harsh conditions

 Food management 

Control of quality variations, and recording and management of temperature data utilizing IoT

 NEW 　 Food management 

The wireless cooking temperature sensor device jointly developed by CO-WORKS and YOSHINOYA

 NEW 　 Real Time Clock (RTC) 

Real-time clock backup power utilizing features of its high heat-resistance of all-solid-state battery

 Factory Automation (FA) 

Maxell’s all-solid-state batteries, recognized for their environmental resistance, are adopted in NIKON CORPORATION’s "multi-turn absolute encoder"

 Module kit for evaluation 

Evaluation of the all-solid-state battery is enabled. The following is an explanation of the evaluation module kit that has been jointly developed with ROHM Co., Ltd.

 Module kit for evaluation 

An energy-harvesting-compatible evaluation module kit has been developed with the ROHM Group

All-solid-state Batteries

Batteries

Rechargeable Batteries