The saying is that as California goes, so goes the nation. But in solar, as China goes, so goes the world.
As the result of an abrupt withdrawal of support for the nation’s solar PV market, Bloomberg New Energy Finance (BNEF) has predicted a 34% decline in multicrystalline solar module prices in China.
This would be roughly equivalent to the fall in module prices in 2016, and only exceeded by the 40% fall in prices in 2011.
And as China is by far the world’s largest solar market, this is expected to spread globally. “Oversupply is universal,” states a note by BNEF, written by four members of the organization’s Chinese team.
BNEF provides a benchmark monocrystalline module price of US$0.37 per watt for the fourth quarter of 2017, and expects this to fall to only $0.24/watt by the end of the year.*
Supply chain woes
The note predicts “market panic” in the short term, and for developers to suspend installation throughout the third quarter while waiting for the release of the new quotas and cheaper module prices.
For the supply chain, the implications of an abrupt halt to the Chinese market are stark. BNEF expects this to lead to “enhanced inventory”, with the organization noting that large amounts of multicrystalline wafers were already sitting in warehouses in May. The newly anticipated slowdown in demand is expected to hit multi harder than mono, with the latter still benefitting from demand through the nation’s Top Runner program.
BNEF expects the most severe impacts on polysilicon, due to the inflexibility of the material’s production equipment, and is anticipating that prices will fall to $11-12 per kilogram by the end of the year. However, the organization notes that the slow-down in demand will also affect non-silicon materials.
This in turn will lower the price of module production, and BNEF anticipates that “best practice” module production costs will decline to $0.24 per watt, leaving very slim margins for module makers. However, some large Chinese PV makers are already expecting to bring down their costs below these numbers by the first half of 2019.
What Section 201?
The impact on the U.S. market is unclear. In a global oversupply condition, if prices for PV made in Korea and Southeast Asia fall enough, the 30% Section 201 tariff will have less of an effect. This is particularly true as the import duties are calculated as a percentage of the price of the modules.
As development is sensitive to price, this would spur additional project development, particularly in the utility-scale sector, which has been hindered by the Section 201 tariffs. But sustained low prices will also hit the margins of the new factories which are being planned, including Hanwha Q Cells’ 1.6 GW factory in Georgia and First Solar’s 1.2 GW expansion in Ohio.
JinkoSolar’s Jacksonville facility is likely to be less affected given that all of this product is likely to go to the company’s 2.75 GW supply deal with NextEra. Likewise the Tesla/Panasonic gigafactory in Upstate New York is more insulated from global prices, given that both the Solar Roof and HIT modules it produces are premium products destined for the rooftop market, which is less price-sensitive.
Correction: This article was corrected at 21:35 CET (Berlin) on June 6. A previous version incorrectly stated that the $0.24 per watt figure included VAT, whereas BNEF has since clarified that their USD figures do not. We regret the error.
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Future Electricity home Supply
Why do we NEVER see the ideal future of home electricity properly outlined in detail?
Because the government will loose a huge cash cow;…That’s why
Big current drain appliances like electric stoves, dish washers, and clothes driers are old fashioned huge power guzzelers.
Replaced with modern low drain appliances as in micro-wave and leds, the modern household can hum along smoothly using solar panels and storage.
Well designed power efficient homes will not require outside power-lines.
Power-lines require costly teams of experts to keep them running safely. Power-lines require vast capital funding up front. Power-lines Loose great amounts of energy through transformation and resistance. Power-lines are crude, old school tech. They are also prone to storm damage and outages from internet hacking.
When most homes are powered from solar power or a back yard fuel cell like the Bloombox, then mass power outages will be a relic of history. Home systems are not on line and so are immune from web hacking.
We could realize this ideal power source future sooner if more of us understood what the end game was. Power-lines are only required for industry and goods production. Looking forward. TG