Energy / North America
Energy Technology Perspectives 2026
The Energy Technology Perspectives 2026 report highlights a significant shift in clean energy technology deployment from climate targets to market opportunities, with a market value exceeding one trillion US dollars last year. This change is driven by mass manufacturing and falling costs, which provide governments with tools to achieve energy policy goals, including energy security.
Summary
The Energy Technology Perspectives 2026 report highlights a significant shift in clean energy technology deployment from climate targets to market opportunities, with a market value exceeding one trillion US dollars last year. This change is driven by mass manufacturing and falling costs, which provide governments with tools to achieve energy policy goals, including energy security.
The report identifies vulnerabilities in clean energy technology supply chains, particularly in battery production, where reliance on single sources poses economic risks. Disruptions in these supply chains could lead to substantial financial losses for manufacturers, emphasizing the need for diversification and enhanced domestic production.
China's dominance in clean energy technology manufacturing is evident, producing 80% of the world's solar PV modules and batteries. This concentration raises concerns about economic security and regional energy independence, as many countries depend heavily on Chinese exports for critical components.
Investment in clean energy technology manufacturing reached around 200 billion US dollars in 2023 but has declined due to oversupply in solar PV and battery sectors. The anticipated growth in clean energy markets is contingent on addressing market entry barriers and ensuring robust supply chains.
Perspectives
short
Proponents of clean energy technology growth
- Highlights the shift in clean energy technology deployment to market opportunities
- Emphasizes the positive outlook for clean energy technologies despite policy changes
- Identifies significant financial losses for manufacturers due to supply chain disruptions
- Stresses the importance of diversification in clean energy supply chains
- Notes advancements in energy technology as a sign of progress
Critics of reliance on Chinese manufacturing
- Warns of economic risks due to reliance on single sources for critical components
- Questions the sustainability of Chinas dominance in clean energy technology
- Critiques the assumption that current manufacturing capacities can meet future demands
- Challenges the effectiveness of partnerships in mitigating supply chain vulnerabilities
Neutral / Shared
- Acknowledges the importance of understanding Chinas role in the clean energy market
- Recognizes the need for strategic partnerships to enhance competitiveness
Metrics
market_value
one trillion US dollars USD
market value of clean energy technologies
This figure indicates a significant economic shift towards clean energy technologies.
their combined market value actually surpassed one trillion dollars US dollars last year for the first time.
economic_impact
17 billion US dollars USD
potential loss in electric car production due to supply chain disruptions
This figure underscores the significant economic risks associated with supply chain vulnerabilities.
an interaction of one month in Chinese battery supply chain exports could prevent the production of 17 billion US dollars worth of electric cars elsewhere
export_dependency
40%
China's solar PV module production growth reliant on exports
This dependency indicates potential vulnerabilities in global supply chains.
around 40% of China's solar PV module production growth over the past decade was actually this time for exports
market_size
1.2 trillion US dollars USD
projected market size for clean energy technologies by 2025
This indicates significant growth potential in the clean energy sector.
the global market size of clean energy technologies reach almost 1.2 trillion US dollars
market_size
2 trillion US dollars USD
projected market size for clean energy technologies by 2035
This suggests that clean energy could rival the global oil sector.
the global markets for clean energy technologies could double reaching 2 trillion US dollars
market_size
215 billion US dollars USD
market size for low-emission fuels last year
This highlights the growing importance of low-emission fuels in the energy transition.
the global markets for those fuels last year was around $215 billion US dollars
market_growth
80%
year-on-year growth of low-emission hydrogen production
This indicates a rapid increase in the adoption of hydrogen as a clean energy source.
we saw a growth of 80% on a year to year basis last year
investment
200 billion US dollars USD
investment in clean energy technology manufacturing in 2023
This reflects the scale of investment needed to support clean energy technology production.
the investment in clean energy technology manufacturing reach around 200 billion US dollars in 2023
Key entities
Timeline highlights
00:00–05:00
The Energy Technology Perspectives 2026 report emphasizes the shift in clean energy technology deployment from climate targets to market opportunities, with a market value exceeding one trillion US dollars last year. It also highlights the risks associated with the geographic concentration of clean energy technology supply chains and the importance of diversification for maintaining competitiveness.
- The Energy Technology Perspectives 2026 report launch underscores the importance of clean energy technologies, marking the publications 20th anniversary and its role in shaping energy technology discussions
- A significant finding reveals a shift in clean energy technology deployment drivers from climate targets to market opportunities, with market value exceeding one trillion US dollars last year
- Mass manufacturing and reduced costs of clean energy technologies are vital for market expansion, equipping governments with better tools to meet energy policy goals, including energy security
- Despite policy shifts in various nations, the outlook for clean energy technologies remains positive, with projections indicating market value growth over the next decade across several scenarios
- The report highlights risks linked to the geographic concentration of clean energy technology supply chains, expanding on concerns raised in the previous edition with new analytical insights
- Recognizing supply chain vulnerabilities is crucial for maintaining competitiveness in the energy sector, emphasizing the need for diversification to reduce risks and support stable technology deployment
05:00–10:00
The report highlights vulnerabilities in clean energy technology supply chains, particularly in battery production, where reliance on single sources poses economic risks. It emphasizes the need for governments to enhance domestic production and international collaboration to achieve energy policy goals.
- The report identifies critical vulnerabilities in clean energy technology supply chains, particularly in battery production, where reliance on single sources can lead to significant economic risks for electric vehicle manufacturing
- A key finding highlights the interconnectedness of markets and supply chains, especially concerning Chinas clean technology exports, indicating that disruptions could impact both production and global trade
- Chinas dominance in clean energy technology manufacturing, with costs 30% to 60% lower than other regions, raises concerns about industrial competitiveness and the potential impact on energy security and climate objectives
- Governments must grasp the factors influencing competitiveness in clean energy manufacturing; without strategic actions to boost domestic production and international collaboration, achieving energy policy goals may become more difficult
- Despite recent policy changes in various countries, the long-term outlook for clean energy technologies remains positive, driven by market opportunities and lower mass manufacturing costs, which are crucial for meeting energy policy targets
- Insights into supply chain vulnerabilities and market dynamics are essential for policymakers focused on enhancing energy security, as addressing these challenges will help navigate the complexities of the evolving energy landscape
10:00–15:00
The clean energy technology market is projected to reach nearly 1.2 trillion US dollars by 2025, driven by demand for solar PV, wind, and electric vehicle batteries. Investment in clean energy technology manufacturing was around 200 billion US dollars in 2023 but has declined due to oversupply in solar PV and battery sectors.
- The clean energy technology market is expected to grow to nearly 1.2 trillion US dollars by 2025, driven by rising demand for solar PV, wind, and electric vehicle batteries
- Under current policies, the global clean energy technology market could double by 2035, potentially rivaling the global oil sector, indicating strong investment prospects
- The market for low-emission fuels is projected to double in the next decade, particularly benefiting biofuels that can leverage existing infrastructure
- Low-emission hydrogen production has surged, with an 80% year-on-year growth last year, highlighting its potential role in the clean energy transition
- Investment in clean energy technology manufacturing was around 200 billion US dollars in 2023 but has declined due to oversupply in solar PV and battery sectors, signaling a mismatch in production and demand
- Thousands of facilities in 50 countries produce components for clean energy technologies, reflecting the industrys global scale, yet declining investment raises concerns about future production capacity
15:00–20:00
China produces 80% of the world's solar PV modules and batteries, highlighting significant supply chain vulnerabilities. The dominance of Chinese companies in clean energy technology raises concerns about economic security and regional energy independence.
- Chinas dominance in the clean energy technology market, producing 80% of solar PV modules and batteries, raises concerns about supply chain vulnerabilities and economic security
- Jinco Solars ability to meet global solar PV demand highlights Chinas significant manufacturing capacity, which could influence international energy policies
- Ambition Energys production capacity in wind energy exceeds total demand in the Americas by three times, posing risks to regional energy independence
- CATLs capability to satisfy all global battery demand outside China underscores the potential for supply disruptions and the necessity for diversified production sources
- The analysis of supply chains indicates vulnerabilities in electric car component production, particularly due to limited domestic capacity for critical materials outside China
- Addressing the weakest links in technology supply chains is essential for enhancing resilience and ensuring economic security amid reliance on a single country
20:00–25:00
Disruptions in battery supplies from China could lead to significant financial losses for electric vehicle manufacturers outside China. The clean energy technology market is experiencing vulnerabilities across various supply chains, necessitating urgent attention to critical bottlenecks.
- Disruptions in battery supplies from China could result in $17 billion monthly losses for electric vehicle manufacturers outside China, highlighting the critical reliance on Chinese exports
- Widespread vulnerabilities exist in clean energy technology supply chains, necessitating the identification of weak links to address economic security issues across various sectors
- Critical bottlenecks in supply chains include solar PV wafers and wind turbine magnets, making it essential to address these vulnerabilities for the stability of clean energy technologies
- Record levels of trade in clean energy technologies are significantly driven by Chinas exports, emphasizing the markets growth beyond just climate policy considerations
- Despite the growth in clean energy technology trade, its net value remains much lower than that of oil, indicating ongoing reliance on fossil fuels
- Europes rising net imports of clean energy technologies are reducing oil dependency, which may lower overall oil import costs and enhance energy security
25:00–30:00
China's clean technology exports have become equivalent to its net oil import bill, highlighting its significant role in the global clean energy market. The production of solar PV modules in China has increased thirteenfold over the last decade, with a substantial portion aimed at exports, indicating the importance of international demand.
- Chinas clean technology exports now equal its net oil import bill, underscoring its leading role in the global clean energy market and reliance on international demand
- The production of solar PV modules in China has increased thirteenfold in the last decade, with 40% of this output aimed at exports, highlighting the significance of global markets for Chinas clean energy industry
- Projections suggest that 40% to 50% of the growth in Chinas production of key technologies like battery cells and heat pumps will be for export, reflecting the interconnected nature of global energy policies
- The declining profitability of Chinese solar PV manufacturers signals risks associated with overcapacity and competition, indicating a need for balance between domestic demand and manufacturing growth
- China maintains a competitive advantage in clean energy technology due to production costs that are 30% to 65% lower than those in the European Union, which is vital for other regions seeking to improve their competitiveness
- Energy costs significantly contribute to Chinas production cost advantage in solar PV, making up over 40% of the difference and emphasizing the importance of affordable energy access in the clean energy sector