Directory profiles · Battery Business Directory
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Sources and links on page 265 (11)
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- https://www.gartner.com/en/newsroom/press-releases/2025-09-09-gartner-says-worldwide-generative-artificial-intelligence-smartphone-end-user-spending-to-total-us-dollars-298-billion-by-the-end-of-2025
- https://www.businesswire.com/news/home/20240730660187/en/Worldwide-Generative-AI-Smartphone-Shipments-Forecast-to-Reach-70-of-the-Market-by-2028-with-More-Than-360-Growth-in-2024-According-to-IDC
- https://counterpointresearch.com/en/insights/genai-smartphone-shipments-to-exceed-400-million-in-2025-capturing-onethird-of-global-market
- https://ir.enovix.com/news-releases/news-release-details/enovix-launches-ai-1tm-revolutionary-silicon-anode-smartphone/
- https://www.bccresearch.com/market-research/semiconductor-manufacturing/gallium-nitride-powered-charger-market.html
- https://www.mordorintelligence.com/industry-reports/wearable-technology-market
- https://www.coherentmarketinsights.com/market-insight/sodium-ion-battery-market-5353
- https://www.precedenceresearch.com/silicon-anode-battery-market
- https://market.us/report/sodium-ion-batteries-market/
- https://www.phonearena.com/
- https://www.gizmochina.com/
Text on page 265
Other Applications Demand Drivers
Battery Innovation That Enables It
AI Smartphones and PCs GenAI features increase battery drain up to 50%. Always-on AI assistants, on-device LLMs, and multimodal processing demand sustained high power. $298B GenAI smartphone spend | 400M+ units (2025)
Silicon Anode Tech (Si/C and 100% Si) + NPU Efficiency
Ultra-Thin Form Factor Race Flagship race to sub-6mm: iPhone 17 Air (5.64mm), Tecno Spark Slim (5.3mm), Samsung S25 Edge (5.8mm). Foldables under 4.5mm. Battery bulk is the constraint. S25 Edge uses Li-ion = only 3,900mAh | Si-C adopters: 5,000-6,000mAh at same thickness
Silicon-Carbon Energy Density
Wearables and Medical Devices Smart rings, AI glasses, health monitors require extreme miniaturization. Medical wearables (CGM, ECG, SpO2) demand 24/7 reliability and long cycle life. Wearables: $219B to $493B (2030)
Miniaturized solid-state cells ship before EVs (2026 vs 2028+). TDK: 1,000 Wh/L (100x previous). Samsung Electro-Mechanics mass-producing for Galaxy Ring, Watch, Buds (2026). Non-flammable, 50% thinner. CE captures 40% of solid-state market by 2035 | Wearables = commercialization entry point ahead of EVs
GaN Chargers + Silicon-Carbon Thermal
Budget CE and IoT Scale Cost-sensitive segments need alternatives to lithium. IoT explosion demands billions of low-cost cells. Geopolitical lithium/cobalt supply chain risk drives diversification. CE holds 28.8% of sodium-ion market (2025) | Targeting: IoT, budget wearables, entry phones
13% higher density vs Li-ion unlocks trade-off: thinner phone OR bigger battery. Oppo Find N5: 4.21mm foldable with 5,600mAh. Honor Magic V5: 5,820mAh at 4.4mm. Chinese OEMs lead (OnePlus, Oppo, Honor, Xiaomi) | Samsung/Apple lag in adoption
Small-Form-Factor Solid-State Batteries
Sub-10-Minute Charging Expectation Realme GT3: 0-100% in 9.5 min (240W). Realme demos 320W (5-min charge). OnePlus 15: 150W. Thermal management is critical bottleneck at these power levels. Consumer expectation: charge during coffee break | USB-C PD universal standard
Si/C anodes (3-20% Si): 400-500 Wh/kg, shipping in OnePlus 13, Honor, Oppo. 100% silicon anodes: 900+ Wh/L, Enovix AI-1 sampling to OEMs (July 2025) for first pure-silicon smartphone. NPUs counter drain with 5-10x efficiency vs GPU. Si/C Market: $537M (2025) to $20.8B (2034) | Consumer electronics segment 60% share
GaN chargers 50% smaller, 30% more efficient than silicon. Si-C batteries handle fast-charge heat better than Li-ion - critical enabler for 150W+ charging. GaN Market: $1.4B (2025) to $3.7B (2030)
Sodium-Ion Chemistry (Emerging)
Abundant materials, no lithium/cobalt dependency. Better thermal stability. Lower energy density than Li-ion limits use to cost-first applications. BYD, CATL investing. Market: $527M (2024) to $3.3B (2034)| DOE $15.7M initiative
Consumer Electronics leads adoption of solid-state and silicon-anode technologies, helping accelerate commercialization - even ahead of EV timelines.
Wearables are a strong entry point for next-gen battery tech, with fast iteration cycles and clear performance benefits.
Battery design innovation is unlocking the next wave of consumer-electronics form factors, enabling thinner, lighter and more powerful devices.
Source: Gartner; IDC; Counterpoint; Enovix; BCC Research; Mordor Intelligence; Coherent Market Insights; Precedence Research; Market.us; PhoneArena; Gizmochina
Extracted from the PDF; charts and images may read imperfectly.
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