23 Jul, 2026
According to Straits Research the global mobile computing battery market size was valued at $12.32 billion in 2025 and is projected to grow from $13.6 billion in 2026 to $29.99 billion by 2034, registering a CAGR of 10.39% during the forecast period (2026–2034).
Mobile computing devices are advancements in mobile computers outfitted with the necessary hardware and software to run standard desktop and web applications. Personal computers include processors, random memory and storage, Wi-Fi, an operating system, and other hardware and software components. Mobile computing devices also include these components. They differ from PCS because they are primarily designed for mobility and mobile architecture.
The chemical energy stored in a battery can power an electrical device via an electrochemical reaction. Mobile computing devices are batteries that power mobile computing devices, allowing for portability and other functions. The most prevalent form of battery utilized in mobile computing devices is lithium-ion.
Due to recent technological advancements and the global response to COVID-19, wearable electronics will likely be important in government sectors, healthcare systems, educational institutions, and businesses. While these devices provide powerful new tools to enhance the well-being of workers, the quality of healthcare, and operational safety, they also herald a significant increase in battery demand.
In recent years, the wearables industry has witnessed explosive growth. In 2018, manufacturers sold between 120 and 123 million units worldwide, which is anticipated to increase to approximately 190 million units by 2022. Increased demand for wearables is anticipated to boost the mobile computing battery market over the forecast period.
Since semiconductors are the most widely used commercial raw material in the production of mobile computing devices, expanding the semiconductor market inevitably increases the rate and volume of mobile computing device production. Since these devices require batteries to operate, the rising production of these devices, supported by growth in the semiconductor industry, is anticipated to increase OEMs' demand for batteries.
In 2020, the semiconductor market for mobile computing devices, such as PCs and servers, is anticipated to grow by 17.3% annually to reach USD 160 billion, outpacing the global semiconductor industry. It has been estimated that the revenue from computational devices will increase by approximately 7 to 8 percent by the end of 2021, reaching over USD 170 billion. These factors are anticipated to stimulate the production of mobile computing devices, creating opportunities for the market for mobile computing batteries.
Asia-Pacific is the most significant global mobile computing battery market shareholder and is anticipated to exhibit a CAGR of 11.26% during the forecast period. Due to electronic devices manufacturing centers such as China, Japan, Vietnam, South Korea, India, and others, Asia-Pacific accounted for the largest global mobile computing battery market. China, Vietnam, and South Korea are the leading contributors to the mobile computing battery market in the region. It is projected that there will be a yearly growth in the quantity of small and medium firms in India, with the flourishing manufacturing industry leading to a rise in exports. This, in turn, is contributing to an increase in the money earned from the sales of mobile-computing batteries. Investments in the Indian IT sector continue to increase, and industry companies are expanding their global footprint. In addition, South Korea's well-established ICT infrastructure and technologically proficient population are on the rise. These factors generate a favorable environment for expanding the Asia-Pacific mobile computing battery market.
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