Asia Pacific solar supply chain trouble to ease this year, according to analyst


From pv magazine International

The supply chain problems which helped drive up the cost of solar power equipment last year will ease in 2022, according to Scottish analyst Wood Mackenzie.

A note issued by the U.S.-owned data company, which highlighted how such issues drove up the levelized cost of energy (LCOE) across the Asia-Pacific region in 2021, saw senior analyst Rishab Shrestha state: “Renewables’ supply chain bottlenecks are expected to ease in 2022 and beyond, and the respective LCOE will return to a declining trend.”

With Chinese polysilicon companies ramping up production facilities, WoodMac said an easing in supply problems, and related cost rises, would reverse a 9% year-on-year rise in the average cost of solar projects across the region recorded last year, to US$0.086/kWh – the first such rise in the history of the region’s solar industry.

Get the latest edition of pv magazine today to read about the kinks in the global supply chain which, like the mixed-bag outcome of COP26, have kept a significant portion of this year’s progress tangled up. We find more to celebrate than condemn, however, for 2021 was another record year for solar installations, and the forecasts for this year look even more promising.

The only market not to experience more expensive PV electricity last year was solar superpower China, in part thanks to the zero-tolerance Covid policy which has attracted so much attention in western nations of late. Rampant rises in the cost of fossil fuels in China, domestic solar manufacturing, and the nation’s climate change commitments were also factors, according to Verisk-owned WoodMac.

Steepling rises in fossil fuel costs last year ensured that even with their unusual price premiums, Asia-Pacific solar and onshore wind projects – the latter rising in cost 2%, to US$0.103/kWh – gained ground in their economic business case against gas-fired power projects, which became 46% more costly in the region in 2021, and coal plants, which cost 19% more than in 2020.

While solar and onshore wind facilities are 12-29% cheaper over their project lifetime than fossil fuel equivalents in India, China and Australia, “a significant renewables premium” across the other Asia-Pacific countries ensures such clean power plants are 16% more costly over their operating life than gas and coal generation sites, across the region as a whole.

That situation will be reversed by the end of the decade, according to WoodMac, which predicted solar projects, and to a lesser extent onshore wind sites, will together be 28% cheaper than coal across the Asia-Pacific market in 2030 and will achieve at least cost parity with gas. By that stage, solar and onshore wind will be 50-55% cheaper than coal in India, China and Australia, casting into doubt the efficacy of the successful push by the former two nations to water down a desired global commitment to phase out coal use, at the COP26 climate change talks in Glasgow in November.

With gas-fired generation costs potentially set to be driven up 70-100% by the costs of carbon capture and storage (CCS) technology this decade, according to the analyst, the current 50% price premium of renewables with energy storage against the fossil fuel could be removed by 2030.


With around 70% of Asia-Pacific power generation based on fossil fuels, WoodMac research director Alex Whitworth hit out at what he said were plans by the Japanese government to base its future electricity generation on a mix of 20% green or blue ammonia – the latter produced from nitrogen plus hydrogen powered by CCS-equipped gas facilities – and 80% coal.

“A fuel mix of 20% green or blue ammonia plus 80% coal, as proposed, will cost around US$150/MWh even by 2030,” said Whitworth in the WoodMac note. “This is more expensive than gas power while still emitting almost twice as much carbon. A combination of offshore wind and distributed solar backed up by storage and gas units would have a similar price tag. Is Japan ready for a potential doubling of the average power generation costs in 2030 compared to recent years?”

This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: