The central hypothesis is that elevated oil and gas prices resulting from geopolitical events like the 'Iran War' are creating strong economic incentives for countries to adopt cleantech. This is particularly true for nations heavily dependent on fossil fuel imports, who are now fast-tracking their energy transition to mitigate inflationary pressures.
The analysis relies entirely on Chinese customs data, underscoring China's role as the world's primary manufacturer and exporter of solar panels, batteries, and EVs. This manufacturing scale allows it to respond quickly to sudden spikes in global demand, effectively supplying the world's energy transition.
There is far more global manufacturing capacity for cleantech products than current or near-term demand requires. This oversupply, centered in China, leads to intense price competition, compressing producer margins and forcing industry consolidation, even as it makes the energy transition more affordable globally.
The data shows a distinct shift in export destinations, with significant growth in cleantech imports by countries in Southeast Asia, South Asia, and Africa. These regions, highly exposed to fossil fuel price volatility, are becoming the next major growth markets for solar, batteries, and EVs.
A significant portion of the recent import boom in solar and batteries is attributed to consumer and commercial demand for distributed, behind-the-meter systems. This bottom-up adoption is happening alongside, and sometimes faster than, top-down government policies and utility-scale projects.
Keep pulling the thread on Antoine Wagner-Jones.