Global clean energy trade rebounded in 2025, despite rising tariffs and geopolitical tensions. BloombergNEF’s Energy Transition Supply Chains 2026 report found that shipments of clean-energy products, battery metals, and grid equipment reached $479 billion in 2025, a 1% rise from 2024.
This modest growth signals recovery after a 7% drop in volumes from 2023 to 2024. The rebound shows the growing need for clean technologies as countries seek better energy security.
In recent years, global supply chains have drawn attention from governments and businesses. Trade disputes and geopolitical conflicts have exposed weaknesses in fossil-fuel supply chains.
The ongoing conflict in the Middle East has added uncertainty. Tensions with Iran have driven up oil and gas prices, impacting energy-importing nations in Asia and Africa.
Countries are boosting investments in solar power, battery storage, and electric vehicles as fuel costs rise. BloombergNEF’s data shows that nations dependent on imported fuels often increase clean-tech imports when fossil-fuel prices spike.

Emerging economies are also adopting renewable technologies to reduce exposure to unstable fuel markets. Higher oil and gas prices strengthen the case for solar energy, batteries, and EVs. Demand for clean-energy equipment rises, even amid economic uncertainty.
BloombergNEF thinks that instability in fossil-fuel markets could raise global demand for renewable technologies. This is especially true in areas looking for energy independence.
“Many markets are doubling down on clean technology deployment to improve energy security,” said Antoine Vagneur-Jones, head of trade and supply chains at BloombergNEF.
Solar power has transformed electricity markets worldwide, but battery storage is now a crucial growth driver. In areas with high solar use, midday solar generation often lowers electricity prices. This challenges traditional power producers, as their revenues drop with increased solar output.
Instead of complex reforms, many countries are using battery storage to shift excess daytime solar generation to evening hours when demand peaks.
Battery systems are being deployed in utilities, businesses, and homes for better flexibility and grid stability.
The battery industry today resembles the solar industry from years ago. Manufacturing is competitive, products are standardizing, and prices continue to drop. This will lead to rapid battery deployment.
However, adoption rates will vary. China may rely more on pumped hydro and other solutions, while U.S. trade policies could limit access to low-cost batteries.

Despite rising demand, overcapacity remains a major challenge for clean-energy supply chains.
Global manufacturing capacity exceeds current demand by over 200% in many clean-tech sectors. Chinese investment drives much of this surplus, while new factories in India, Southeast Asia, Turkey, Egypt, and Ethiopia are adding to global production.
Meanwhile, the U.S. and Europe are unlikely to become major clean-tech exporters soon. While both regions have increased manufacturing capacity, growth has focused on assembly rather than complete supply chains.
Many announced projects face delays or cancellations due to changing policies, slower demand, and rising competition.
Clean-energy equipment prices fell again in 2025, but the pace slowed compared to previous years. Similarly, solar module prices decreased, but higher silver prices limited further drops.
Wind equipment prices increased slightly, as some turbine manufacturers sought to recover losses from fierce competition. The slowdown in price drops means future growth will rely more on tech advances, policy support, and financing, not just lower equipment costs.
A key finding is solar energy’s growing dominance. Annual solar installations jumped from 75 gigawatts in 2016 to 655 gigawatts in 2025. That’s a nearly ninefold increase in less than ten years.
Another important finding is that the global solar trade is shifting toward solar cells rather than finished solar panels as more countries expand module assembly outside China.
Today, solar stands alongside wind and nuclear as a major source of zero-carbon electricity. The report shows solar deployment to stay high through the decade. Under its Economic Transition Scenario, solar will become the largest source of zero-carbon power before 2030.
By 2032, solar is projected to surpass all other energy sources, becoming the world’s largest electricity source. While China leads in solar manufacturing, countries like India, Egypt, Ethiopia, and several Southeast Asian nations are rapidly expanding production capacity.

The global energy transition attracted a record $2.3 trillion in investment in 2025. This includes spending on renewable energy, batteries, electric vehicles, heat pumps, hydrogen, carbon capture, and related technologies.
However, much larger investments are needed to meet global climate targets.
Electrified transport represents the largest investment opportunity and the biggest funding gap. Emerging technologies, like carbon capture and storage, are set to grow quickly.
Here’s the chart to understand the investment:

The clean-energy sector began 2026 with strong momentum. Trade volumes are recovering. Battery storage is expanding quickly. Solar power will soon be the world’s largest electricity source.
Manufacturers are dealing with oversupply. Geopolitical tensions are shifting supply chains. Plus, trillions in investment are needed to reach climate goals.
A clear trend is emerging: clean energy is now about more than just the environment. Countries are focused on energy security, economic stability, and shielding themselves from fossil-fuel price spikes. Because of this, solar, batteries, and other clean technologies are essential for the global economy.












CarbonCredits.Com is your source for carbon news, carbon pricing, carbon opportunities and more.
©2026 CarbonCredits.Com. All rights reserved.

source