Maxell Develops ER Battery-Sized All-Solid-State Battery Module With Wireless Charging
Summary
Maxell has created an all-solid-state battery module that matches the 1/2AA ER battery size and adds wireless charging, targeting industrial backup, smart meters, and IoT devices. The rechargeable design aims to cut battery replacement frequency, reduce waste, and support high-temperature, sealed applications such as food-process temperature loggers.
Maxell Develops ER Battery-Sized All-Solid-State Battery Module Supporting Wireless Charging*1
Contributing to Improved Maintenance Efficiency and Reduced Environmental Impact through Reduced Battery Replacement Frequency and Reduced Battery Waste
TOKYO–(BUSINESS WIRE)–Maxell, Ltd. (TOKYO: 6810) has developed an all-solid-state battery module compatible with a 1/2AA-size (diameter 14.5 mm, height 25.2 mm) lithium thionyl chloride battery (hereinafter ER battery), along with a dedicated charger*2. The module is available in two versions, one capable of operating at temperatures up to 125°C and the other up to 150°C.
Currently, ER batteries are widely used in industrial equipment backup systems, smart meters, and IoT devices. However, because ER batteries are non-rechargeable, periodic battery replacement and the disposal of used batteries present ongoing operational challenges.
The newly developed module integrates a wireless charging circuit, highly heat-resistant and highly reliable all-solid-state batteries, and a boost circuit into a 1/2AA-size, while delivering the same 3.6 V output voltage as conventional ER batteries. When used in combination with the dedicated charger*2, it enables wireless charging*1 capability to be added to existing equipment without requiring complex circuit design.
By incorporating rechargeable all-solid-state batteries, the module helps reduce battery replacement work and minimize battery waste. In addition, its wireless charging*1 capability eliminates the need for openings in device housings for battery replacement or charging, making it suitable for equipment that requires a high degree of sealing performance.
One potential application of this module is temperature loggers for food used in the sterilization process of retort foods require both heat resistance and a high degree of sealing performance to prevent moisture ingress.
Currently, Maxell is conducting a joint feasibility study with House Foods Corporation on a temperature logger for food process using this module.
*1 Wireless charging: This function may not be available depending on the enclosure material used in the customer’s equipment.
*2 Dedicated charger: A dedicated design tailored to the customer’s equipment is required.
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Maxell Develops ER Battery-Sized All-Solid-State Battery Module Supporting Wireless Charging*1, source
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