Thứ Hai, 30 tháng 12, 2019

Enel completes first 252-MW phase of Roadrunner solar project in Texas

Enel Green Power North America has started operations at two renewable energy plants in the United States totaling around 318 MW of capacity. The projects include the first 252-MW phase of the Roadrunner solar project in Texas and the 66-MW Whitney Hill wind project in Illinois. “This milestone emphasizes the scale of Enel Green Power’s…

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California new-build solar mandate crash course

california solar crash course

2020 – the dawn of the Solar+ Decade – kicks off with the official launch of California’s much heralded (and controversial) Building Energy Efficiency Standards Title 24 mandate that all new residential construction include a solar energy component. If you spent most of 2019 trapped in a well or waiting out the end times in a fallout shelter and missed this news – fear not – our Countdown to 2020 year-long news series will get you back up to speed.

The Basics: The role solar plays in California’s new building efficiency standards

Enter the Twilight Zone with me. Tomorrow, we wake up in a reality where solar energy is a standard component of all new homes built across the United States. Between that day and 2026, more solar energy capacity would be installed on just new homes than the entire U.S. currently has installed to this point. By 2045, solar installations on new homes alone would total 203 GW. Imagine the ripple effects.

OK, now wake up. That’s not the world we live in, but the day feels much closer, thanks to California’s new-build solar mandate.

“Each year there are roughly 120,000 residential solar installs (105,000 retrofit on existing homes and 15,000 on new homes). California averages 75,000 to 80,000 new homes built per year. So, this new rule will see an increase from 15,000 to 80,000 new solar homes (65,000) each year. If retrofit stays the same (roughly 105,000/year), that increases overall installations to 185,000 per year, or a 54 percent increase over the current 120,000 installs per year.

“If the average system size for a new solar home is 3.5 kW [a rough guess based on minimum system size of 2.5 kW], the additional 65,000 installations will result in an additional 225 MW. Compared to the total current market of customer-sited solar in California of approximately 1,100 MW, this is an increase of 20 percent.”
My guess is after the results of California’s experiment, like skateboarding and West Coast IPAs, this cool new trend will work its way across the country and get us closer to that Twilight Zone scenario. To kick things off, let’s do a deep dive into everything notable about the Building Energy Efficiency Standards as they are written.

Read more here

Part 2: Solar installers and the role of homebuilders

countdown to 2020

Regulations are seen as burdensome to business because they force changes in operations and profit margins. They restrict. Hoops to jump through. The inclusion of solar within the California Energy Commission’s 2019 Building Energy Efficiency Standards might feel this way to homebuilders. One more thing to do. One more cost that could hurt a sale. Maybe permitting and interconnection delays cause additional headaches.

On the other hand, this mandate instantly puts homebuilders in a position to install the lowest cost PV systems in the country and control a huge portion of the California residential solar market by 2030. Maybe an overstatement, but it’s a scenario that’s in play.

Read more here

Part 3: How the roofing industry could take over solar installations

The U.S. Solar Market Insight 2018 Year-in-Review Report from Wood Mackenzie Power & Renewables and the Solar Energy Industries Association (SEIA) showed five consecutive quarters of modest growth for residential solar, with Q4 2018 being the largest quarter for residential solar in two years. The report indicated this wasn’t a random blip and indeed the rise of residential solar continued throughout 2019.

The reason is the structural market stability being built across the country, such as the diminishing influence of net metering. Up until now, any changes to NEM or rate structures would have created “demand pull-in,” but despite anticipated changes to incentives and NEM in 2019 to 2020, the major Northeast markets collectively saw no growth in installation volumes. As stated in the report:

“This suggests that while changes to NEM policy and other incentives have greatly impacted growth in years past, 2018 marks a year of market maturation. While strong NEM policy remains an essential foundation for rooftop solar adoption, future growth across legacy markets will require technology and business-model innovation to tap into new customer demographics.”

In part three, we explored the “technology and business-model innovations” that could keep this residential solar momentum going beyond California’s borders. This is where the $30 billion residential roofing industry could play a big role. NREL estimates there will be 3.8 million roof replacements in California between 2017 and 2030, conservatively 1.21 GW of potential annual capacity (2.44 GW if you want to get aggressive).
There are obstacles to be sure, but heading into California’s 2020 world, roofing companies bundling solar installations into their product offering seems like a no-brainer. Do leaders in the segment agree? Are we headed down this pathway?

Part 4: How California is both boosting and undermining its solar + storage future

Countdown to 2020 installment V

California has a vision for a widespread residential solar + storage market that would ultimately supplant PV-only systems in both effectiveness and return on investment and is currently assembling all of the pieces to bring it to life. Along with the new-build solar mandate (speakers at the California Solar Power Expo in April said they expect homebuilders to install a lot of solar + storage systems), there was the passing of SB 700. This bill reauthorized the state’s $800 million Self-Generation Incentive Program (SGIP) and new time of use (TOU) rates that shift on-peak times that create a stronger economic opportunity for pairing storage with solar.

Combine all of that with lower cost, quality batteries and — voila! — residential solar + storage can actually pencil out with a shorter payback period than PV-only does today. No, really, it can. Energy Toolbase calculated just that possibility here in 2019 after SCE implemented its new TOU rate structure in March.
Seemed exciting. We were ready to blare the trumpets in part IV of our Countdown to 2020 that a new solar + storage age was dawning and all solar contractors should prepare to capitalize. But after assessing the current reality a bit more, we found good news and bad news. And the good news is we didn’t waste time on trumpet lessons.

Read more here

Part 5: What will all of this new residential solar mean for California’s grid planners?

When it comes to driving solar capacity, California is basically the overachieving kid in class who does all of the work and lets other slacker states glance at its test for the answers. Remember the state’s Million Solar Roofs program in 2007? It resulted in 3 GW of solar installed over a 10-year period while driving lower system prices to result in a steady, established solar market by the program’s end.

Being on the leading edge has its challenges though. Combine that solar mandate with the unknowns of the storage market, the influx of electric vehicle loads, existential cyber security threats and constant wildfire concerns and, well, the state’s investor owned utilities (IOUs) could probably use some CliffsNotes.

“We’ve turned everything on its head essentially, and now utilities are having to adapt in real time, while keeping the lights on. That’s a daunting challenge,” says Jen Szaro, VP of research and education at the Smart Electric Power Alliance (SEPA), a DC-based non-profit that works with utilities, regulators and solution providers to ensure a smart transition to a clean and modern energy future. “I know it’s easy to poke at that because it’s easy for them to make mistakes, or be too overly cautious. That’s why we see sometimes, in the name of risk aversion, some of these utilities taking a very conservative approach, and they’re getting dinged for that as well. And sometimes, rightly so. That’s a balance they each have to make.”

Here we focus on California’s grid concerns, the inherent conflicts between established centralized planning and disruptive distributed generation and some of the cool solutions emerging to help ace this next test.

Read more here

Part 6: Virtual power plants, residential solar grid services and the regulatory barriers that need to fall next

Countdown to 2020 part 6

The solar mandate goes into effect right as California is grappling with how to ensure reliable, resilient power for all residents amid wildfires, Public Safety Power Shutoffs and utility bankruptcies while also trying to hit aggressive carbon reduction goals. California needs new solutions deployed, and it needs them fast.

This final part of our Countdown to 2020 series looks at the new models and technology emerging right along with California’s solar mandate to not just build new solar homes but to form the foundation of a more modern, resilient, flexible, sustainable energy framework.

Read more here

-- Solar Builder magazine


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7 U.S. military bases that went solar

The United States has hundreds of military installations on domestic soil alone and is considered responsible for the most energy consumption from a single source in the nation. As the American electrical grid shifts toward renewable energy, it’s expected that the Armed Forces would do the same — and a good number already have solar…

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More renewable energy was built in 2019 than any other form of U.S. electrical generating power

According to a review by the SUN DAY Campaign of data recently released by both the Federal Energy Regulatory Commission (FERC) and the U.S. Energy Information Administration (EIA) for the first 10 months of 2019, the mix of renewable energy sources is on track to place first in the race for new U.S. electrical generating…

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The year in solar, part IV: More storage and hydrogen advances as solar just kept getting cheaper

Battery innovations started to come thick and fast this quarter as the hunt for alternatives to lithium-ion intensified and the latest slew of solar tenders indicated the relentless pressure on solar power generation costs was showing no sign of abating.

With lithium-ion battery storage facilities being deployed at grid scale in the U.S. and Australia, the last three months of the year saw significant advances in other forms of large scale storage technologies, from pumped hydro to power-to-gas to thermal solutions such as cryogenic and molten salt storage.

In November, we took a look back at the storage advances made this year and suggested the claims of the natural gas industry to be necessary as a bridge to a fully renewable energy grid may prove wide of the mark.

And there were other advances in storage tech reported with scientists in Sweden and Slovenia developing an aluminum battery which replaced graphene in the cathode with organic, nanostructured anthraquinone. The developers say it boasted twice the energy density of conventional aluminum devices, helping bridge the gap on lithium-ion.

Carbon dioxide battery

Performance and energy densities up to seven times higher than lithium-ion devices could be offered by lithium-CO2 devices if only stability problems could be overcome, and scientists at the University of Illinois at Chicago claim to have done just that, with a device which remained stable over 500 cycles, even if the researchers used theoretical calculations to describe the battery’s reversible operation.

It isn’t just storage which has hogged the R&D headlines of late, with scientists from Barcelona and Madrid developing a cheap, 2-D layer of microspheres which they say can lower the daytime temperature of a silicon wafer 14-19 degrees Celsius by radiative cooling.

With hydrogen making gains as a storage solution for renewable energy, the element’s use as a fuel has also been highlighted recently with French fossil fuel company Engie developing a hydrogen engine to power the huge, building-sized haulage trucks operated by miner Anglo American. The first vehicles are set to be tested in South Africa in the new year.

Hydrogen bus transport

And the hydrogen transport revolution could be coming in a more recognizable form in Europe soon, with long distance coach service route planner Flixbus announcing an intent to trial hydrogen vehicles on some of its European network. Now it will just have to persuade the regional bus operators which have adopted its livid green Flixbus livery – and which actually own the coaches.

It has been a notable period for big solar tenders in recent weeks, not least the 900 MW fifth phase of the 5 GW Mohammed bin Rashid Al Maktoum Solar Park in Dubai. It took a while for the Dubai Water and Electricity Authority to confirm but Saudi developer ACWA Power did in fact lodge the lowest bid, offering to sell its power for $0.016953/kWh, and thus falling only marginally short of the world record low price established by French rival Akuo in Portugal’s first capacity auction, in August.

That was even lower than the $0.027-0.036 reported by analysts Bloomberg New Energy Finance as the best average price achieved in auctions held in India, Chile and Australia as the business intelligence firm reported solar had reached price parity with wholesale electric prices in California, China and parts of Europe.

Hoist by their own petard

So we probably weren’t too surprised to learn the average price premium paid to renewable energy projects on top of the wholesale power price in Denmark had fallen 30% in the nation’s latest capacity auction, down from last year’s exercise. The pitfalls of the runaway success of cheap clean energy were laid bare when the delighted minister responsible mused that perhaps the authorities were devoting too much public funding to solar and wind.

The formula for those steepling price falls shows little sign of letting up either, with analysts at PV InfoLink recently warning lower-than-expected PV module demand in the current quarter had forced solar manufacturers who have ramped up huge production operations this year to make “record-low quotes” to customers to keep stock moving.

The other side of the coin in the race to price parity with fossil fuel electricity is the ever-rising efficiency levels offered by panel innovation. Our former pv magazine publisher Karl-Heinz Remmers predicted modules will continue to press down on the levelized cost of solar energy by offering 20% more electric output for 25% less cost by the second quarter of 2021.

Wall-y

Elsewhere in the headlines, we heard about the plans of Swiss utility Axpo to angle 2 MW of solar module generation capacity at a steepest inclination of 77 degrees on the vertical wall of the Muttsee reservoir in the Apline canton of Glarus, 2,500m above sea-level. And we also discovered talk of rare earth usage in the solar and storage industry is largely a myth. While materials such as tellurium, cadmium and indium may be none-too-pleasant, they do not qualify as rare earths, according to the French Environment and Energy Management Agency.

Raw material sourcing

As part of pv magazine’s global UP sustainability initiative, we will focus on raw material sourcing in the energy storage industry in Q1, 2020. You can look forward to reading about lithium extraction in Chile, cobalt from the Congo and the development of raw material recycling. Contact up@pv-magazine.com for more information or to jump on board!

After a merciful cessation of legal hostilities in the Q-Cells-against-the-world patent infringement cases opened by the Korean manufacturer this year, the judge responsible for the U.S. litigation granted opponent Jinko’s request for a summary decision in the case, with the Chinese firm stating its confidence the dispute – at least on U.S. soil – would be settled in its favor.

And we were recently reminded of a similarly acrimonious dispute as Israeli inverter maker SolarEdge filed another three patent infringement claims against rival Huawei in China, having taken similar action in Germany in the summer of last year. That news arrived in early October and, by late last month the German court handling the original cases had ruled in favor of Huawei in the first case, deferring a decision on the other claims. SolarEdge responded by instantly stating its intention to appeal.

Up on the roof

We can’t finish the final installment of our year in solar review without mentioning Tesla once more – even though we know how acutely Elon Musk dislikes being in the media spotlight.

The media-shy CEO announced the third iteration of his Solar Roof PV tile in October, after the previous two attempts failed to set the world on fire and, even though his headline claim that it could be manufactured for $1.99/W may actually prove to be nearer $2.83/W – and $4.04 without the Investment Tax Credit – that is still a substantial discount on versions one and two.


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Is China’s market heading toward a cliff edge?

Even when taken in the context of the growing pessimism that has gripped China’s PV industry regarding 2019 demand since the middle of the year, the latest figures from the China Photovoltaic Industry Association (CPIA) are astonishing. More optimistic forecasts from earlier in the year have been downwardly revised, with installations headed for a “cliff edge” decline that could see demand fall by as much as 50% year on year. So, what exactly has taken place?

From pv magazine 12/2019

Evidence of China’s declining PV market has been mounting in 2019. The first shock was delivered at a conference on Oct. 24 in Beijing, when CPIA revealed a PV installation figure of only 15.99 GW for the first nine months of the year. The installation rate represented a decline of almost 54%, compared to 34.54 GW in the same period last year.

Then on Nov. 15 at another conference, CPIA released installation figures for October, showing that just 1.5 GW had been installed for the month – 1 GW of which was in the residential rooftop market segment. This meant that for the entire month of October, only 500 MW of utility-scale or C&I projects were realized, and the anticipated second-half installation rush had not materialized.

A similar trend has played out at the provincial level. Jiangsu province – a hub for bold solar development ambitions and the home of many of China’s leading PV enterprises – has experienced a sharp decline in total installation figures this year. Just 237 MW were installed from January to October of 2019, compared with 4.25 GW for all of 2018.

These figures are so dramatically lower than initial expectations as to warrant a double take. At the beginning of the year, many industry observers gave cautiously optimistic estimates for 2019 PV installations in China, ranging between 40 and 50 GW. CPIA seemed the most pessimistic, providing a forecast of 35 to 40 GW. But now it seems that the final number may be lower than even the most pessimistic forecasts, and could represent the biggest decline in China’s PV history.

Multiple factors

There is no single factor that can be attributed as the cause of such a pronounced downturn. Rather, a combination of multiple factors conspired to push down China’s 2019 PV installations.

Perhaps the biggest single factor is that the new PV industry policy implementation rules for 2019 came in too late. Those rules were supposed to be published right after China’s spring festival, but they were delayed several times and eventually published in June. That pushed back completion dates for a lot of projects into the first quarter of 2020 and beyond. Leading module suppliers, as well as engineering, procurement, and construction (EPC) providers, have disclosed that there will be some PV projects finished around the end of the year, either several days ahead of Dec. 31 or at the start of 2020.

The second-biggest factor may also be the most complicated. The policy change from the previous feed-in tariff (FIT) regime to an auction-based system – plus unlimited grid-parity projects – had far-reaching consequences that were far beyond expectations. Chinese officials had intended to replace the former FIT system with auctions to reduce costs, and with good reason. However, the unintended consequences of the move present lessons for policymakers.

To date, there hasn’t been an actual, successful grid-parity project completed, except for a few showcase projects with special arrangements, including low land costs, tax concessions, and very low financing arrangements. At present, market participants appear to be waiting for costs to fall further.

In terms of auctioned projects, most of the 23 GW reported to the National Energy Administration were in the name of state-owned enterprises (SOEs), with very few private companies in the mix. Private companies are usually more flexible and efficient than SOEs. They are also highly motivated to proceed with solar projects to meet their own, often very high, energy demand. GCL, Chint, Sungrow, and JA Solar have been the predominant private-sector PV project developers to date. However, these major players were not successful under the 2019 auctions, and may very well miss out again in 2020.

Subsidy arrears

China’s long-term subsidy arrears have exhausted all the patience and financing ability of solar plant owners, whether state-owned or private. Companies impacted by late payments tend to have made the decision to cease further investment, and indeed to even exit from arrangements underpinning current projects. In recent months, and even as early as the second half of 2018, a lot of solar PV plants have changed hands on the secondary market, most often moving from private ownership into the hands of SOEs.

Furthermore, two official rejections from the China National Development and Reform Commission (NDRC) and Ministry of Finance (MOF) to applications for an increase to the renewable energy tariff surcharge – which is now the only source of subsidies for both wind and solar energy – have killed off hopes that the subsidy arrears issue will be resolved. China’s government would apparently rather leave the solar industry to continue suffering over the subsidy issue than risk driving up energy costs for China’s broader economy.

It also appears that there was little incentive for the SOEs that had been awarded projects in the solar auctions to push installation schedules forward. As a result of the ongoing policy uncertainty, there was no hard deadline for project completion under the auction mechanism. Rather, investors and EPC suppliers could choose to finish a project by the end of 2019 and receive the awarded price, or at a later date, with a deduction of CNY 0.01/kWh for each quarter – a negligible penalty that could easily be absorbed by continuing PV module price reductions. As a result, many project developers have chosen to wait, with few arrays scheduled for completion in 2019.

Wind commitment

On top of this, China has enacted relatively positive guiding policy settings, along with hard timelines, for the wind power sector this year. Most of the major state-owned renewable energy investors are involved in both wind and solar power development and effectively treat them as equals. Given the policy situation, many renewables developers have prioritized wind over solar.

For example, China Huaneng Group (CHNG), one of China’s “big five” energy companies, has invested the equivalent of $3.42 billion in wind projects thus far in 2019, but only $10.6 million in solar projects. And the largest energy investor, State Power Investment Corp. (SPIC), has spent more than $7 billion on wind power plants, with little investment in solar projects – including bids submitted under auctions. One Chinese government official, speaking on condition of anonymity, told pv magazine that “major SOE investors rushed for wind this year, and nobody cares about solar for now.”

Price declines

The final major factor that has pushed China’s solar sector toward the “cliff edge” in 2019 is that expected module price reductions have not materialized. Under the auction program, many bids factored significant price reductions into their plans. However, due to booming overseas markets and the termination of trade sanctions on PV module exports from China to the European Union, China’s module exports have grown to historic highs – buffering module price declines.

This has left many bidders with little choice other than to continue waiting for module prices to drop to a level more in line with their bids.

There are also signs coming from some major module makers that they are less willing to sell products to domestic SOE projects under the current circumstances, primarily because of serious payment delays. And in any case, they would rather export their products to overseas markets where they can command higher prices.

Not all doom and gloom

Multiple factors contributed to this strange and unexpected market decline. However, there are still 6-8 GW of ground-mounted PV and commercial-industrial projects currently under construction. It is very likely that they will be completed on time and added to 2019’s installation total, helping it to reach 23-25 GW.

There are other types of projects underway that may also contribute toward the final total, including those developed under the Top Runner program, remaining poverty alleviation projects, and ones that are classified as being necessary to support the grid. Once these are included, the total solar installation figure may yet push close to the 30 GW level.

Despite the domestic installation drop, there is an upside. Due to the sharp decline in ground-mount and commercial installations, for the first time, residential PV has become a mainstream and important part of the puzzle. Total residential PV installations stood at more than 5.3 GW at the end of October, making up more than 30% of the overall total. Shandong province on the east coast was a particularly strong performer, with around 1.9 GW of residential PV projects installed since January.

Solar component manufacturing is also continuing to achieve rapid growth. Statistics from CPIA show that each key step in the value chain, from polysilicon to module manufacturing, recorded a year-on-year output increase of more than 30%.

And exports continue to boom, picking up much of the slack left by the domestic downstream industry. China customs data show that by the end of October, more than 57 GW of PV modules were exported, which took a proportion of about 70% of the total produced. Benefiting from strong overseas market demand from Europe, the Middle East, India, Latin America and Australia, major China PV manufacturers are continuing to do very good business.


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China’s market in transition

By the end of 2018, China was home to around one third of global cumulative PV capacity, with around 175 GW of operational PV systems. In the context of China’s power sector, writes Frank Haugwitz of Asia Europe Clean Energy Advisory, the cumulative installed capacity makes up 9% of the total existing power generation capacity and contributed approximately 2.7% to total electricity generation.

From pv magazine 12/2019

Last year, China managed to install approximately 44 GW of PV. However, and not entirely unexpectedly, this has slowed in 2019, due to the new regulatory landscape that took shape over the course of the year. New feed-in tariff rates, the pursuit of grid-parity projects (14.78 GW), and the execution of the first national unified auction – amounting to 22.78 GW – combined to have a significant impact on deployed PV capacity. Accordingly, during the first nine months of 2019, installations dropped by 45% year on year. The latest forecast suggests that during October, around 1.5 GW were deployed, including up to 1 GW of residential PV systems, so that by the end of October, approximately 17.5 GW had been installed.

The reasons for this significant reduction of installation volumes are manifold: the relatively late release of policies and approved gigawatts, combined with relatively long lead times to develop new projects; new approaches such as a national unified bidding system; and continuously falling module prices. Combined, these factors have induced developers to ignore the CNY 0.01/kWh higher FIT for projects installed before Dec. 31, 2019.

The 14th Five-Year-Plan (2021-2025)

Early in January 2019, with the release of its notice outlining the development of wind and solar PV grid-parity projects, China’s National Energy Administration (NEA) provided a first indication of how the domestic PV market is expected to evolve in the future – especially during the 2019-20 period.

The NEA envisages a transition from a 100% subsidy-driven market to a two-year phase featuring both subsidy-support and subsidy-free policy instruments, and then a 100% subsidy-free era starting on Jan. 1, 2021. This progression aligns with the forthcoming 14th Five-Year-Plan (2021-2025).

At the time of writing, a series of major policy announcements still had yet to be released. For instance, during August 2019, the National People’s Congress (NPC) launched a renewable energy law enforcement investigation covering multiple provinces. Findings and recommendations included renewables offtake, tax incentive schemes, and land-use fees. The findings are to be reported to the NPC later this year and will eventually be included in the next Renewable Energy Law amendment.

At the same time, the majority of provincial, city or industrial-zone support policies will terminate either in 2019 or by 2020 at the latest. Equally impactful will be the introduction of a base price + floating mechanism for the coal benchmark price, from Jan. 1, 2020. Accordingly, the coal benchmark can fluctuate by -15% and +10% annually. A decline of the local coal benchmark price by 15% could consequently challenge the competitiveness of grid-parity projects, and eventually may lead to delays or even the cancellation of such projects planned for next year.

Against this background, China launched the third batch of Top Runner projects (1.5 GW) in Jilin, Inner Mongolia, and Jiangsu. Bid prices fell by 8-25% in the course of 16 months since the last Top Runner bidding round. Among the lower prices, the bidding price for one project in Dalad, Inner Mongolia, was approximately 2% below the local coal benchmark price of CNY 0.2829/kWh ($0.04/kWh).

New future growth areas for solar PV in China are emerging. For example, FITs are being offered for PV combined with electrical energy storage in Jiangsu. Due to the swine fever, which led to the culling of more than 1 million pigs, pig-breeding land is now classified as agricultural land, thus offering gigawatts of potential. And the creation of 26 power- trading centers specifically for distributed generation, or the possibility of spot market trading, is driving demand and the emergence of new business models for solar PV in the country.

In short, it has been a rather eventful year to date as far as the changes in China’s solar PV policy landscape are concerned. AECEA’s full-year demand assessment for 2019 is 20-24 GW, with a 2020 demand forecast of about 23-31 GW.

Overall, by the end of October, with approximately 192 GW of operational solar PV power generation capacity, China had exceeded its 13th Five-Year-Plan (2016-2020) target of 105 GW by roughly 82%.

About the author

Frank Haugwitz is an independent solar energy consultant who has been based in Beijing since 2002. He worked as a seconded long-term expert on photovoltaic and renewable energy projects in China from 2002 to 2009, with the support of Germany and the European Union. In October 2012, he founded his company, Asia Europe Clean Energy (solar) Advisory Co. Ltd. His services include working with individual clients to apply his extensive China photovoltaic-focused insights to their specific needs.


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