GTM predicts 27% drop in solar prices by 2022

Cleantechnica

A new report from GTM Research has highlighted what is becoming an increasingly common refrain these days — solar prices simply continue to fall, and they’re not slowing down, either, with GTM predicting that average global solar project prices will decline 27% by 2022.

The latest to sound this refrain is GTM Research Solar Analyst Ben Gallagher, who authored a new solar PV system pricing forecast this week which predicts that the continuing downward trend in solar project prices will not simply be driven by price decreases in modules, but from reductions in inverters, trackers, and even labor costs. Further, every region is expected to benefit as well.

“Component prices are beginning to lose their price variance from country to country,” writes Gallagher. “Beyond a handful of local content requirements, many of the policies that created regional hardware pricing have been eroded by market forces.”

utility pv systm graph

The most recent record prices come from India, unsurprisingly, given that Gallagher explains that the country’s system of tenders has produced consistently and extremely competitive bidding, which obviously leads to “almost unimaginably low system pricing.” In fact, according to Gallagher, “India is seeing the lowest system prices of any major solar market in the world, ever.”

Most recently, the report highlights, India has utility-scale solar PV system pricing of 65 cents per watt — that’s seemingly impossible, if we were to time travel back a few years.

Of course, one of the reasons for India’s dramatically low costs is the fact they pay their labor force next-to-nothing, resulting in much lower soft costs, as shown below.

international utility graph

But is there a downside to India’s tender process? Is it sustainable? Gallagher explains:

“The competitive tender process has a harmful side effect: There are reportedly widespread concerns about the viable lifetimes of many of the systems currently installed, as it is suspected that many were hastily constructed using poor-quality components.

Developers will look to [engineering, procurement and construction providers] to safeguard their investment by raising installation and procurement quality-control standards and reduce long-term O&M headaches.”

The report also looks into the potential pricing impact in the United States of the Suniva 201 filing, which could have significant and dramatic disruption on the US solar sector. I’ve already covered this news a little bit lately, primarily in the wake of news from the Solar Energy Industry Association’s claim that the US solar industry could lose 88,000 jobs, or a third of its workforce, if the US International Trade Commission (ITC) rules in favor of Suniva’s request for a tariff and price floor on solar parts.

Additionally, GTM Research dug into the ramifications of the move — a move which, if approved by the US ITC, would place a $0.40/watt tariff for cells and a floor price of $0.78/watt on modules — which could slash US solar installations by two-thirds through 2022.

Source: Cleantechnica. Reproduced with permission.

 

Joshua S. Hill is a Melbourne-based journalist who has been writing about climate change, clean technology, and electric vehicles for over 15 years. He has been reporting on electric vehicles and clean technologies for Renew Economy and The Driven since 2012. His preferred mode of transport is his feet.

Comments

2 responses to “GTM predicts 27% drop in solar prices by 2022”

  1. George Darroch Avatar
    George Darroch

    A drop, then basically flat over the next five years?

    I think we’ll see continued improvements that reduce labour inputs in manufacturing and installation, combined with incremental but significant increase in efficiency of panels.

    Maintaining quality will be crucial.

  2. Alastair Leith Avatar
    Alastair Leith

    22-28% reduction in PV modules every doubling, which is every two years for two or three decades. But they say 27% over 5 years. Wow how bold! Also IREAN expects drops to come more from soft costs and ancillary parts than modules themselves at some point (though there’s a good deal further module reduction as PERC gets to scale up like single wafer silicon has)

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