Asian Currencies Steady as Markets Await U.S. Jobs Data 
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Gold Prices Steady as Hormuz Tensions Fuel Fed Rate Concerns 
US Dollar Falls as Weak July Jobs Report Dents Fed Rate Hike Bets 
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Nvidia Seen Beating Q2 Targets as Vera Rubin Cycle Begins 
Asian Stocks Slide as Semiconductor Selloff Weighs on South Korea and Japan 
Asian Stocks Slip as AI Rally Fades, Oil Holds Steady on Iran Peace Deal Hopes 
Singapore Says One-Third of U.S. Exports Hit by New 12.5% Tariff 
Alibaba Plans Revenue-Sharing Model for Qwen3.8-Max AI Commercial Users 
Wall Street Rebounds as Investors Eye Tariff Uncertainty, Jobs Report 
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Alphabet Stock Slides as Google AI Pioneer Jeff Dean Exits to Launch Discovery Loop 
Berkshire Hathaway Cash Falls as Abel Boosts Stock Buybacks 
S&P Global Commodity Insights projects cleantech energy investments will reach $670 billion in 2025, surpassing oil and gas spending for the first time. Solar PV alone will comprise half of these investments, representing two-thirds of installed megawatts. However, meeting climate goals requires tripling renewable capacity by 2030, highlighting regional disparities in investment efficiency.
China’s dominance in cleantech supply chains, especially solar and batteries, faces challenges with a slowing economy. Price stabilization is expected in 2025, but China’s share in PV module production may decline to 65% by 2030.
Battery energy storage is critical for addressing low electricity prices in renewable-heavy markets. Integrating storage with solar projects enhances economic viability by mitigating price fluctuations caused by midday energy oversupply.
Artificial intelligence is revolutionizing cleantech by improving energy forecasting, grid planning, and trading applications. AI mitigates risks from generation discrepancies, enabling better integration of renewables, though cybersecurity concerns require attention.
Datacenters are driving corporate clean energy procurement, expected to source 300 TWh annually by 2030. North America leads this shift, accounting for 60% of projected growth in clean energy procurement.
Carbon capture and storage (CCS) technologies are advancing, with a focus on ammonia in low-carbon hydrogen production. CCS capacity is set to reach 70 million metric tons per year, supported by policy incentives and corporate interest.
These trends underscore the rapid evolution of clean energy technologies and the need for continued investment to achieve sustainability goals.
For more details, visit S&P Global Commodity Insights’ Energy Transition Service.
