Every story tagged Battery Technology, curated for CIOs and IT leaders — ranked by source credibility, engagement, and freshness.
22 stories · open in the command center
Samsung's Galaxy Z Fold 8 series now features silicon-carbon batteries with system-level engineering optimizations, enabling 45W fast charging that reaches 67% capacity in 30 minutes while maintaining competitive performance against rivals like Honor and Oppo. This technology advancement represents a strategic shift in Samsung's component innovation approach, moving from incremental updates to comprehensive battery ecosystem redesign that balances speed, safety, and durability. For IT organizations managing mobile device fleets and considering Samsung devices, this development signals improved hardware reliability and potential productivity gains through faster charging cycles for enterprise deployments.
General Motors is entering the energy-storage market with a multi-pronged strategy to power AI data centers and industrial facilities, including developing sodium-ion battery chemistry with Peak Energy and deploying second-life EV battery systems through Redwood Materials. This shift signals that automotive manufacturers are pivoting toward energy infrastructure as a high-margin business opportunity, with GM demonstrating $3M lifetime savings potential at its own facilities. IT leaders should recognize that battery supply chains and grid resilience are becoming critical dependencies for data center operations, requiring closer collaboration with energy partners and capital planning for power infrastructure investments.
Silicon-carbon battery technology, already deployed in select Android devices, demonstrates significantly improved energy density and faster charging capabilities, but major manufacturers like Apple are delaying adoption pending extensive reliability validation across millions of units. For IT organizations, this signals an upcoming shift in device lifecycle management and end-user productivity expectations, as premium smartphones will gain extended battery life within 1-3 years, potentially reducing device refresh cycles and charging infrastructure demands. Technology leaders should monitor this transition and begin planning infrastructure adjustments for the enterprise device fleet, including updated power management policies and charging standards.
SoftBank is partnering with South Korean firms to mass-produce advanced data center batteries at scale (1 GWh annually by FY2027), directly addressing the escalating power infrastructure demands driven by AI workloads and cloud services. This initiative signals a critical shift in securing reliable, localized energy storage solutions for data centers, reducing dependency on traditional power grids and creating new opportunities for IT organizations to implement sustainable, high-capacity power architectures. For CIOs, this represents both a potential competitive advantage through access to next-generation battery technology and a strategic opportunity to redesign data center power resilience strategies around domestically-produced, high-capacity storage solutions.
Moment Energy has secured $40M in Series B funding to address critical power infrastructure gaps by repurposing EV batteries into grid-scale storage solutions, positioning itself as a domestically competitive alternative to Chinese-dominated battery storage markets that comprise 72% of global capacity. The company's UL-certified approach to battery repurposing, combined with supply agreements from major automakers (Mercedes-Benz, Nissan) and a $20M Department of Energy loan, presents significant implications for enterprise IT infrastructure planning, particularly as data center power demands surge. IT leaders must recognize this emerging supply chain development as critical to long-term data center sustainability strategies and energy resilience planning.
Smart home device failures are often caused by user behavior rather than manufacturing defects—inadequate ventilation, improper charging practices, low-quality power adapters, and placement in humid environments significantly reduce device lifespan and increase total cost of ownership. IT leaders managing connected infrastructure should establish organizational policies around device placement, power management, environmental conditions, and vendor selection to prevent premature hardware failures and unexpected cloud service discontinuations. Proper device stewardship can extend smart home infrastructure life by years while reducing replacement costs and operational disruptions.
The Aulumu M10 is a multi-device charging solution that consolidates iPhone MagSafe, Apple Watch, and AirPods charging into a single 10,000mAh portable battery pack, reducing the need for multiple proprietary chargers and cables in enterprise mobile device ecosystems. For IT organizations managing Apple device fleets, this type of consolidated charging infrastructure can lower total cost of ownership, reduce cable sprawl, and improve employee productivity by eliminating the need to carry multiple chargers for different device types. This represents a broader trend toward unified charging standards and multi-device power solutions that IT leaders should consider when evaluating mobile device management strategies and workplace charging infrastructure.
Research has identified the root cause of short circuits in solid-state batteries, a critical barrier to their commercial viability for high-energy applications in EVs and consumer electronics. This breakthrough addresses the primary safety and reliability challenge that has prevented solid-state batteries from replacing traditional lithium-ion technology at scale, potentially accelerating deployment timelines by 3-5 years. For IT leaders, this development signals upcoming shifts in device design constraints, thermal management requirements, and the need to prepare infrastructure for next-generation mobile and portable computing devices with substantially improved battery performance.
Apple's latest iPhone models (iPhone 17, 17 Pro, and Air) are experiencing intermittent failures to power on after complete battery depletion, requiring workarounds like MagSafe wireless charging rather than standard wired charging. This hardware reliability issue poses operational risks for enterprise deployments and mobile workforce management, potentially impacting productivity and user trust in mission-critical device functionality. IT organizations must evaluate the scope of this defect before large-scale iPhone 17 adoption and establish contingency procedures for affected devices.
Kuxiu's new S4 MagSafe battery introduces real-time diagnostic monitoring through an embedded TFT display that dynamically adapts to show the most critical metrics (battery health, temperature, wattage, and safety alerts), enabling users to optimize device charging performance and proactively identify issues. This advancement in battery pack intelligence reflects a broader industry trend toward smart peripheral devices that provide visibility into power management, which IT organizations should consider when evaluating mobile device support strategies and user productivity tools. The combination of premium build quality, 25W wireless and 30W wired charging capacity, and diagnostic capabilities positions smart battery packs as essential infrastructure for managing the growing power demands of enterprise mobile devices.
ChargePoint's new 600 kW Express Solo DC fast charger represents a significant advancement in EV charging infrastructure, delivering 2.4x the power of existing Tesla Superchargers while reducing capital and operational costs by 30% through direct DC inputs and modular architecture. For IT organizations, this signals accelerating convergence of energy infrastructure, grid management, and distributed computing—requiring new capabilities in real-time power management systems, bidirectional energy protocols, and integration with renewable energy sources. The technology's scalability and capability for vehicle-to-grid functionality positions organizations managing fleet operations or critical infrastructure to gain competitive advantage through optimized energy cost management and grid resilience.
Redwood Materials laid off 10% of its workforce (135 employees) to optimize operations and accelerate its high-growth energy storage business, positioning the company to capitalize on emerging opportunities with major clients like Rivian and Crusoe AI despite industry headwinds. This strategic restructuring signals a pivot from traditional battery recycling toward integrated critical materials and energy storage solutions, creating both opportunities and risks for IT organizations supporting supply chain digitalization and operational technology integration. Technology leaders should anticipate increased demand for systems supporting energy storage infrastructure, real-time tracking of recycled materials, and data analytics capabilities that differentiate Redwood's cost efficiency in a consolidating market.
Chinese battery manufacturer CATL has unveiled a lithium-iron phosphate (LFP) battery that charges from 10-98% in under 7 minutes, nearly five times faster than current premium EV batteries, while maintaining superior cold-weather performance (-22°F charging in 9 minutes). This breakthrough addresses two critical EV adoption barriers—charging speed and cold-weather reliability—and demonstrates China's acceleration in energy storage technology leadership. The advancement has significant implications for data center UPS systems, edge computing deployments, and any IT infrastructure requiring rapid-charging backup power solutions.
Samsung is developing silicon-carbon battery technology that could significantly increase smartphone battery capacity beyond its current 5,000mAh ceiling, though technical challenges around battery longevity (960 vs. target 1,500 charge cycles) mean deployment is unlikely before the 2027 Galaxy S27 series. This shift follows competitors like OnePlus who already use the technology to achieve superior battery performance. The development represents a potential competitive advantage for Samsung in the enterprise mobility market, where battery life remains a critical pain point for field workers and power users.
The EU will require all phones and tablets sold in Europe to have replaceable batteries starting in 2027, a move aimed at reducing electronic waste and cutting costs for consumers. This regulation also mandates that all devices use USB-C chargers, further driving standardization. For CIOs and technology leaders, this signals a shift towards more sustainable and user-friendly device design, with implications for supply chain management and device lifecycle strategies.
Consumer-focused Android battery management practices have limited direct applicability to enterprise IT, but highlight growing importance of mobile device management policies that optimize battery performance and background process control. The article underscores that default mobile OS settings often fail to prevent battery drain from background processes, suggesting IT organizations should implement standardized mobile device configurations that restrict non-essential background activity for managed corporate devices. As mobile devices remain critical business tools, proactive battery management through MDM policies can reduce device replacement costs and improve employee productivity by minimizing device downtime.
Google's patent for a mechanically interlocked, removable battery system represents a strategic shift driven by EU regulatory requirements mandating user-replaceable batteries by February 2027. This design change could significantly reduce device repair costs (currently triple the component price due to labor), extend device lifecycles to match Google's 7-year software support promise, and lower total cost of ownership for enterprise device fleets. The move away from adhesive-sealed batteries signals an industry-wide transition that will impact device procurement, maintenance budgets, and sustainability goals across IT organizations.
Google Pixel devices are experiencing significant battery drain issues following the March 2026 update, with affected users reporting several hours of reduced battery life that impacts daily productivity. A user-discovered bug appears to prevent devices from entering Deep Doze power-saving mode due to an infinitely looping process, though Google has not officially acknowledged the problem. This highlights the operational risks of mobile device fleet management when OS updates introduce stability issues that can affect employee productivity and mobility.
Galaxy Watch users across multiple models (Watch 6, 7, 8, and Ultra) are experiencing significant battery drain issues attributed to Google Play services consuming excessive resources. This represents a critical service reliability concern that could impact enterprise wearable deployments and employee productivity, particularly for organizations that have standardized on Samsung smartwatch hardware. The issue remains unresolved with no official response from Samsung or Google, highlighting potential vendor support gaps for enterprise customers relying on these devices for business operations.
SwitchBot has released a rechargeable version of its button-pressing automation robot for $33.99, offering a sustainable alternative to the disposable battery model for retrofitting non-smart devices. While the rechargeable version reduces operational costs and electronic waste over time, it significantly compromises battery life (6 months vs. 600 days), requiring more frequent maintenance. This product exemplifies low-cost IoT automation solutions that can extend legacy infrastructure without full replacement, relevant for IT organizations seeking incremental smart building upgrades.
Finnish startup Donut Lab claims to have achieved a solid-state battery breakthrough with 400Wh/kg energy density, 5-minute charging, and 100,000 cycle lifespan, though independent verification of key metrics remains incomplete and battery experts express significant skepticism. If validated, this technology could fundamentally transform enterprise data center infrastructure, electric fleet operations, and mobile device strategies by enabling longer runtime, faster charging, and improved safety without thermal runaway risks. However, the lack of transparency around chemistry, actual density measurements, and cycle-life validation suggests CIOs should maintain a cautious watch-and-wait posture while established players like Toyota and Stellantis continue their own solid-state development programs.
TCL has introduced the NXTPAPER 70 Pro, a budget-friendly smartphone ($200) featuring week-long battery life and enterprise-grade durability (IP68 rating), signaling a market shift toward extended device uptime and reduced charging infrastructure demands. For IT organizations, this represents a potential inflection point in mobile device lifecycle management—ultra-efficient hardware could reduce power consumption costs, lower device refresh cycles, and improve employee productivity, particularly for field workforces. The strategic implication is that competing on battery longevity rather than processing power may reshape device procurement decisions and total cost of ownership calculations.