Global lithium-ion battery prices will continue their decline in 2026, though at a slower pace of 3%, reaching $105 per kilowatt-hour. According to the latest survey from research firm BloombergNEF (BNEF), this trend extends a price reduction trajectory of over 93% since 2010, although the pace of decline has noticeably decelerated.
Why It Matters
Cheaper batteries make electric vehicles more affordable and accelerate grid-scale energy storage deployment worldwide. Price reduction provides critical support for renewable energy integration, advancing the global energy transition.
Key Data Points
Price Evolution Timeline:
- 2026 forecast price: $105/kWh
- 2025 actual price: $108/kWh
- 2025 decline: 8% year-over-year
- 2026 expected decline: 3% year-over-year
- 2010 starting price: Approximately $1,500/kWh
- Total decline since 2010: Over 93%
Market Impact Metrics:
- China’s annual EV sales are projected to surpass all U.S. vehicle sales (including internal combustion models)
- BNEF projects global energy storage installations will more than double over the next decade
- Global battery manufacturing capacity reaches 3.1 terawatt-hours, far exceeding actual demand
Three Key Drivers of Price Decline
1. Severe Manufacturing Overcapacity in China
China’s lithium-ion battery production capacity exceeded 2 TWh in 2024, approximately 60% higher than total demand. This overcapacity has triggered intense price wars among manufacturers, forcing companies to cut prices to maintain market share and capacity utilization rates.
2. Rapid Adoption of Lithium Iron Phosphate (LFP) Technology
The industry continues its transition to cheaper and safer lithium iron phosphate technology. According to BNEF’s 2025 survey data:
- Average LFP battery pack price: $81/kWh
- Nickel manganese cobalt (NMC) battery pack price: $128/kWh
- LFP is approximately 37% cheaper than NMC
LFP technology contains no nickel or cobalt, effectively absorbing cost pressures from rising battery metal prices in 2025 and cobalt export restrictions from the Democratic Republic of Congo.
3. Intensifying Market Competition
China’s electric vehicle industry is experiencing brutal consolidation. Industry analysis indicates that only 15 of 129 EV brands are expected to survive to 2030. The same overcapacity pressure crushing automaker margins is also suppressing battery prices.
Expert Perspective
Evelina Stoikou, head of BNEF’s battery technology team, stated: “Cutthroat competition is making batteries cheaper every year. This is an important moment for the industry, as record-low battery prices create an opportunity to lower EV costs and accelerate the deployment of grid-scale storage to support renewables integration around the world.”
Regional Price Disparities
BNEF data reveals significant regional pricing differences:
- China: $84/kWh (lowest globally)
- North America: 44% higher than China
- Europe: 56% higher than China
China’s prices fell 13% in real terms in 2025, while North America and Europe saw declines of only 4% and 8% respectively. Europe’s steeper decline compared to North America resulted from changing U.S. tariff policies, which prompted Chinese companies to redirect exports to European markets with more aggressive pricing strategies.
Energy Storage Market Breakthrough
Stationary storage applications achieved a historic breakthrough:
- 2025 energy storage battery pack price: $70/kWh
- 45% decrease from 2024
- First time becoming the lowest-priced segment across all applications
This breakthrough pricing is expected to significantly accelerate grid-scale energy storage system deployment, providing critical support for large-scale renewable energy integration.
The Deeper Meaning Behind the Slowdown
The deceleration from 2025’s 8% decline to the forecast 3% decline in 2026 reveals an important signal: after years of dramatic drops, battery prices are approaching a floor where further cost reductions require fundamental technology shifts rather than manufacturing scale alone.
The “easy gains” from Chinese overcapacity are running out. BNEF’s mention of silicon anodes, solid-state electrolytes, and new cathode materials hints at where the next cost breakthroughs will come from, but these technologies remain years away from mass production.
Impact on Electric Vehicle Adoption
Battery electric vehicle (BEV) pack prices reached an average of $99/kWh in 2025, marking the second consecutive year below the $100/kWh threshold. This benchmark is widely considered the point at which EVs achieve cost parity with internal combustion engine vehicles.
Goldman Sachs research suggests that when battery prices reach approximately $80/kWh, battery electric vehicles will achieve total cost of ownership parity with gasoline-fueled cars on an unsubsidized basis. Following current trends, this milestone could be reached between 2026-2027.
Future Technology Outlook
BNEF notes that continued investment in R&D, manufacturing process improvements, and supply chain capacity expansion will drive further price reductions over the next decade. Key emerging technologies include:
- Silicon and lithium metal anodes: Dramatically increase energy density
- Solid-state electrolytes: Improve safety and performance
- New cathode materials: Reduce costs and dependence on rare metals
- Advanced cell manufacturing processes: Enhance production efficiency and product consistency
Market Challenges and Consolidation Trends
Yayoi Sekine, head of energy storage at BNEF, warns: “One thing we’re watching is how new tariffs on finished battery products may lead to distortionary pricing dynamics and slow end-product demand. Regardless, higher adoption of LFP chemistries, continued market competition, improvements in technology, material processing and manufacturing will exert downward pressure on battery prices.”
While overcapacity benefits consumers and end-product manufacturers, it poses severe financial challenges for battery producers, especially small and medium-sized enterprises. Industry consolidation is inevitable, with only technologically advanced companies with significant scale advantages able to survive intense competition.
The Chinese government has implemented measures to curb “disorderly” competition and prevent excessive capacity expansion, including raising performance standards, strengthening safety requirements, and restricting new capacity projects. However, the long-term effectiveness of these interventions remains to be seen.
Application-Specific Pricing Trends
BNEF’s industry-leading battery price survey covers multiple battery end-uses, revealing distinct pricing dynamics:
- Battery Electric Vehicles (BEVs): $99/kWh in 2025 (second year below $100/kWh)
- Stationary Storage: $70/kWh in 2025 (lowest-priced segment, 45% drop from 2024)
- Average across all segments: $108/kWh in 2025
The convergence of prices across different applications reflects manufacturers seeking new markets for their products amid oversupply conditions.
Manufacturing Technology Innovations
Beyond chemistry improvements, structural innovations continue to drive cost reductions:
- Cell-to-Pack (CTP) Design: Eliminates intermediate modules, saving space and reducing components
- Increased Energy Density: Modern batteries achieve approximately 30% higher energy density than batteries from just a few years ago
- Manufacturing Efficiency: Improved production processes reduce scrappage rates and increase yield
These innovations allow manufacturers to deliver more performance at lower costs, even as raw material prices experience volatility.
Raw Material Market Dynamics
Despite rising battery metal prices in 2025—partly due to supply risks at certain Chinese lithium assets and new cobalt export quotas from the Democratic Republic of Congo—the industry successfully absorbed these shocks through:
- Greater adoption of LFP batteries (which use no cobalt or nickel)
- Long-term supply contracts with miners
- Broader hedging strategies
- Vertical integration into mining and refining operations
Looking ahead to 2026, BNEF expects raw material prices to face continued upward pressure, but the ongoing shift to low-cost LFP chemistry will help mitigate these impacts on overall battery pack prices.
Global Capacity Distribution
Manufacturing capacity is heavily concentrated in China, but other regions are developing local production:
- China: 76% of global lithium-ion battery cell capacity in 2023
- Europe and North America: Account for most of the remainder
- Planned capacity: China’s planned capacity alone exceeds 6 TWh—enough to meet global battery demand until 2035
This geographic concentration has implications for supply chain resilience, trade policy, and regional economic development strategies.
Policy and Trade Considerations
Government policies significantly impact battery pricing dynamics:
- U.S. Inflation Reduction Act: Provides manufacturing tax credits and incentives for domestic production
- European Union regulations: Aggressive emissions standards drive battery demand
- Chinese subsidies: Have accelerated capacity buildout, contributing to current overcapacity
- Tariffs: U.S. and European tariffs on Chinese batteries affect pricing and trade flows
These policy interventions create a complex landscape where market forces interact with government objectives for industrial policy, energy security, and climate goals.
Conclusion
BNEF’s forecast of $105/kWh for 2026 marks the battery industry’s transition from a rapid decline phase to a stable optimization period. While the pace of decline is slowing, the downward trend in battery costs will continue, driven by manufacturing overcapacity, LFP technology adoption, and ongoing technological innovation, creating favorable conditions for global EV adoption and renewable energy storage deployment.
The next phase of cost breakthroughs will depend more on fundamental technological innovation rather than simple capacity expansion. The successful commercialization of next-generation technologies such as silicon anodes and solid-state batteries will determine whether battery prices can maintain their downward trajectory beyond 2030.
As the industry navigates near-term challenges including trade tensions, market consolidation, and the transition from scale-driven to innovation-driven cost reduction, the long-term outlook remains positive. Record-low battery prices create unprecedented opportunities for electrifying transportation and supporting the integration of renewable energy into power grids worldwide.
