Thứ Bảy, 30 tháng 5, 2020

The weekend read: Sustainable finance – reassessing risk, purpose

The global Covid-19 crisis has had a tumultuous impact on the global economy. It has brought investment risk and purpose into sharp focus, while also bolstering sustainable finance. But what does it mean for solar? Felicia Jackson reports from London on the evolving investment landscape, with climate and social impacts becoming more prominent in financial decision making.

From pv magazine 05/2020

Climate impacts are becoming a part of investor vernacular. Environmental, social and governance (ESG) principles frequently underpin what is understood as sustainable investment. Figures from the Global Sustainable Investment Alliance’s (GSIA) last biennial report show qualifying investment assets in five major markets grew to $30.7 trillion at the start of 2018 – a 34% increase in two years. Few observers though would suggest that most decisions are being made on sustainability criteria.

Amit Bouri, chief executive and co-founder of the Global Investor Impact Network (GIIN), describes sustainable finance as investments that are made with the intention to generate positive, measurable social and environmental impacts alongside financial returns. In the simplest terms, though, sustainable finance is about horizons and long-term risk management and survival. Francis Wright, co-founder of merchant bank Turquoise International, says the approach is becoming mainstream because “the people with the money are starting to ask for it.”

Green finance

Throughout Q2 2020, pv magazine is diving deep into the topic of green finance and what it means for solar industry players, as a part of its UP initiative. Topics will include the European Green Deal, regional growth opportunities, green bonds, and the role of the carbon bubble. Stay tuned and get involved!

Sustainable finance has evolved from socially responsible investment (SRI) to corporate social responsibility (CSR), blossoming into ESG performance. And now it is moving into impact assessment. It can be broken down into seven key approaches (see table to the left) but it’s important to remember that each has different implications. These approaches can be used to allocate investments within a portfolio, define bond terms, as criteria for equity investment, or to assess how a company performs. Each can also be deployed in alignment with the Paris Agreement targets or with the UN’s Sustainable Development Goals (SDGs).

Tania Carnegie, leader and chief catalyst of Impact Ventures KPMG, explains that ESG and impact are related but different investment approaches. Impact is about creating impact or driving social and environmental change through its core business, while ESG is thinking about non-financial factors, risks and opportunities. Ben Faulkner, marketing communications director at EQ Investors, describes ESG as a “valuable tool that can be used to evaluate how certain behaviours negatively affect a company’s performance, and subsequently drive investment decisions.”

Impact investment as a sector is growing rapidly but remains relatively small. The Global Impact Investor Network (GIIN) says that impact investment accounts for just over $502 billion in investment. Richard Burrett, chief sustainability officer at Earth Capital, describes this as a rounding error at 1/160th of the ESG market.

Despite its relatively small size, impact investing is making an impact. By spurring a reimagining of risk and introducing of a sense of shared responsibility, it is fundamentally changing the way investment is thought about. Instead of focusing on elements which can act as a proxy for good management, impact is about the results of decisions made. “All investors should now be reckoning with how to think about long-term performance, including investors such as pension funds and family offices,” GIIN’s Bouri says. “This crisis simply underscores that you need to think about social and environmental factors.”

Sustainable investment covers the following activities and strategies:

  1. Negative/exclusionary screening: the exclusion from a fund or portfolio of certain sectors, companies or practices based on specific ESG criteria
  2. Positive/best-in-class screening: investment in sectors, companies or projects selected for positive ESG performance relative to industry peers
  3. Norms-based screening: screening of investments against minimum standards of business practice based on international norms, such as those issued by the OECD, ILO, UN and UNICEF
  4. ESG integration: the systematic and explicit inclusion by investment managers of environmental, social and governance factors into financial analysis
  5. Sustainability-themed investing: investment in themes or assets specifically related to sustainability (for example clean energy, green technology or sustainable agriculture)
  6. Impact/community investing: targeted investments aimed at solving social or environmental problems, including community investing, where capital is specifically directed to traditionally underserved individuals or communities, as well as financing that is provided to businesses with a clear social or environmental purpose
  7. Corporate engagement and shareholder action: the use of shareholder power to influence corporate behavior, including through direct corporate engagement (i.e., communicating with senior management and/or boards of companies), filing or co-filing shareholder proposals, and proxy voting that is guided by comprehensive ESG guidelines  Source: GSIA

Climate focus

The extent to which climate concerns are being mainstreamed within the financial system can be seen in the increased focus on stress-testing banking systems. Last year saw a call from the central bank-based Network for Greening the Financial System (NGFS) for the integration of climate-related risks into standard financial stability monitoring and supervision. The IMF is piloting new climate change stress tests, Dutch and French regulators have identified risks to insurance portfolio values and banks’ core equity ratios, and the Bank of England has proposed a methodology for climate stress testing the U.K. system in order to build resilience to external systemic shocks.

As the fundamental underpinnings of operational economics are reassessed, a key driver of investment change is the transparency agenda. As Burrett describes it, “the transparency agenda allows investors to find out what’s going on and learn how to ask the right questions.” There are two central sets of risks which companies and investors must integrate into their thinking: physical risk, but also policy, or transition, risk. This need to understand the implications of business decisions and investment choices is rapidly driving investor calls for clarity and transparency and is changing the nature of how companies do business.

In 2018 the EU introduced the Non-Financial Reporting Directive, which requires companies to report on non-financial issues. In the United States, the Sustainability Accounting Standards Board (SASB) helps companies to identify what is material to report. The Task Force for Climate Related Financial Disclosures (TCFD) has guidelines to help companies report on climate risk, requesting information on governance, strategy, risk management, and metrics and targets.

One of the challenges to the growth of sustainable finance and investment is the lack of comparable data, metrics and verification. What we are seeing today is the closer alignment of different approaches, as it becomes more and more important to understand what is happening on the ground. The GIIN recently launched its IRIS+ system, which operationalizes a range of different frameworks to help investors understand exactly what they need to measure.

There is a long way to go. This year CDSB surveyed the largest 50 companies in the EU, (with a combined market capitalization of $4.3 trillion) to understand the current state of practice in reporting under the EU Non-Financial Reporting Directive. Fiona Quinlan, technical manager at the Climate Disclosure Standards Board (CDSB), says that the report shows improvement, but notes that companies are still failing to report fully on the risks resulting from an event, such as the release of pollution. “Overall most are managing basic compliance – the quality and coherence is not up to the level investors need to make decisions,” she says.

The question is not simply what an investor is doing, but how that compares to the rest of their business or to competitors. As Ryan McNeely puts it, “if you’ve reduced CO2 emissions by 20%, is that good or bad versus your peers?”

BlackRock recently launched a GBP 250 million ($310.7 million) actively managed impact fund that is explicitly designed to address the SDGs. But with $6.47 trillion of assets under management, it remains a minority move.

“BlackRock has gotten the message but as the largest private sector institutional asset manager has a lot of problems, because it has significant AUM [assets under management] invested in passive index tracking funds carrying fossil fuel intensive exposures,” says Richard Burrett, a partner at Earth Capital Partners.

Macro developments

Combined with the current oil price war, the ongoing Covid-19 crisis could trigger a structural change in the oil market, by forcing oil companies and governments to reassess their commitment to a fossil-fueled world. The collapse in the oil prices, however – combined with the economic slowdown – is a a double-edged sword.

On the one hand, the pandemic could result in a return to business as usual, as societies work to restart their economies. “The world will face massive economic hardship and fiscal indebtedness. Governments could just think, ‘we’re trying to rebuild the health service and subsidize millions of jobs’. We just don’t have any money for a problem that doesn’t bite for 10 to 15 years,” warns Harry Boyd Carpenter, the European Bank for Reconstruction and Development’s director for energy EMEA. On the other hand, the current crisis has highlighted the global economy’s interdependence, the need to ensure the sustainability of supply chains, and the fact that the welfare of the poorest members of society can have a cascading impact on the whole. There is a growing push to center green and sustainable investment at the heart of economic stimulus for a post-coronavirus recovery.

Critically there is growing evidence that companies with robust corporate governance and sustainable business practices are more likely to survive turbulent markets and ultimately be positioned for growth in the future. Nigel Green, chief executive and founder of independent financial advisers deVere Group, notes that “even before the start of the Covid-19 pandemic, ESG investments often outperformed the market and had lower volatility over the long run. What is perhaps more impressive is that those investments with robust ESG credentials are still typically continuing to outperform throughout the coronavirus-triggered stock market crashes, where major indices have been extremely volatile.”

Francis Wright also points out that the net asset values of solar funds have been going up and that the steady dividends from renewables could provide the stable returns that pension funds are going to be looking for in volatile markets. At the same time, MSCII research shows that companies in ESG indices have a lower average cost of capital than their rivals – a huge benefit in a time of recession.

PV implications

While an increase in funds targeting sustainable development does not itself mean an increase in funds for solar, a fundamental shift in financial flows will change the nature of the industry. Many investors cite appetite but decry the lack of “investment-ready” projects and companies. There is a need to develop the robustness of the sector, from financial structuring, credit risk, and insurance arrangements. There will be increasing market pressures as competing goals clash: while solar hits targets for clean energy and climate mitigation, it may suffer in terms of land-use goals. The solar sector will need to understand the demands of new investment criteria.

Demand for projects which address a range of industrial, energy and urban challenges are likely to grow. Enabling technologies such as artificial intelligence, Internet of Things, and robotics will have an impact, while interest in the potential for green hydrogen opens up new avenues to explore. Integration across industrial sectors and new projects will bring opportunity for PV, but also require innovation in tech, processes and project skills.

The path of the Covid-19 recovery will define the development of the sector for years to come. A new, more resilient and integrated economic paradigm will bring new risks and new opportunities to the solar industry, while a return to business as usual may slow the pipeline for years.

“During the recovery we need to think about the world we want to live in,” and a growing sense of mutual responsibility and a new focus on sustainable investment should help us to achieve our goals, Bouri says.

By Felicia Jackson


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Longroad Energy developing 160-MW Hawaiian solar + storage project

Longroad Energy was selected by Hawaiian Electric Company (HECO) to begin developing two utility-scale solar + battery storage projects for completion in 2023. The proposed projects include the 120 MWac/480 MWh Mahi Solar in Kunia, O’ahu, which would be the state’s largest solar project to date, and the 40 MWac/160 MWh Pulehu Solar in Pulehu,…

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Duke Energy Florida planning 224.3 MW of tracking solar projects

Duke Energy Florida (DEF) filed the locations of its three newest solar power plants, which will provide clean energy to the utility’s customers, adding a proposed 224.3 MW of new solar to the state. The three solar projects are: The 74.5-MW Duette Solar Power Plant, which will be about 227,000 single-axis solar tracking panels on…

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RPCS Opens Mississippi Logistics Facility

RP Construction Services Inc. (RPCS), a California-based solar tracker project design, supply and installation subcontractor, has opened a new logistics facility in Kosciusko, Miss. The new facility is now the third distribution yard owned and operated by RPCS in order to serve the U.S. utility-scale solar market, complementing RPCS’s Texas and California locations.

The facility, comprising two warehouses, rests on a 10-acre property. Warehouse I (the West House) is a 25,000-square-foot kitting facility that will house all materials necessary for RPCS’s pre-assembly operations. The West House will also include a mechanic shop for servicing equipment, tools and toolboxes for field crews. Warehouse II (the East House) is a 35,000-square-foot facility that will store all other essential components.

Adjacent to the West House is a two-acre laydown yard for inbound and outbound kitting components. The 40,000-square-foot lot just outside of the East House is currently storing 18,000 foundation piers and more than 7 MW of pre-assembled materials for Safe Harbor. At the north end of the property, two solar arrays will be installed for training, demo and testing purposes. Both warehouses will have two loading and unloading docks, which makes the transport of materials quicker and more streamlined.

“This is a big move for RPCS,” says Brendan Teague, executive vice president of operations at RPCS. “The new facility gives us ample indoor storage and packing capability, which greatly accelerates our ability to process and ship orders.”

The facility is located in close proximity to RPCS’s steel supplier, Attala Steel, who has continued to be a valued partner to the company. This contiguity will offer diverse options for distributing partial pier loads with RPCS’s material, and the ability to request materials at the last minute to complete projects to keep construction timelines on schedule.

In addition to added supply chain enhancement, the new facility will ensure greater material and inventory accuracy, more streamlined installs and improved deployment of serviced equipment and tools.

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Thứ Sáu, 29 tháng 5, 2020

Another two merchant solar projects secure financing in Australia

Netherlands-based renewables developer Photon Energy will build two PV plants totaling 14 MW in the Riverina region of southern New South Wales (NSW). The two projects will feature bifacial PV modules mounted on single-axis trackers and will supply the produced electricity to the spot market.

From pv magazine Australia.

Netherlands-based renewables developer Photon Energy has signed agreements with private sector infrastructure fund manager Infradebt for debt financing of its first projects in Australia. The two PV power plants with a combined installed capacity of 14 MWp are being built on the outskirts of Leeton in the Riverina region of southern New South Wales (NSW).

“These are the two largest projects to be added to Photon Energy’s portfolio to date, and our first merchant projects providing competitive energy into the market,” said Michael Gartner, CTO of the Group and Managing Director of Photon Energy Australia. “The experience we gain in operating the power plants will be used to maximize revenues in the energy market.”

The two projects will join a host of PV projects in Australia unable or unwilling to lock into power purchase agreements (PPAs). As an established lender in the field, Canberra-based Infradebt Ethical Fund has already underpinned a number of merchant wind and PV projects to date, including Impact Investment Group’s three solar farms, which have a total capacity of 73 MW. “We have worked closely with Photon Energy over the past few months to provide a senior debt facility that supports their strategy in Australia,” said Alexander Austin, CEO of Infradebt.

New portfolio

Developed in-house, the Leeton and Fivebough solar farms represent the first Australian utility-scale PV projects in Photon Energy’s IPP portfolio. The company’s Australian arm will act as engineering, procurement and construction (EPC) contractor for both projects and provide long-term O&M services after their commissioning, which is expected in Q4 2020.

Each power plant has a grid connection capacity of 4.95 MW AC and an installed capacity of 7 MW DC. The two projects will feature bifacial PV modules mounted on single-axis trackers and will supply the produced electricity to Essential Energy’s distribution network as non-scheduled generators.

The combined annual electricity production of both PV power plants is forecast to be 26.8 GWh and will be sold on the spot market. The plants will also try to capture the value of the Large Generation Certificates (LGCs), the price of which has been on a downward trajectory with the Renewable Energy Target (RET) now met and nothing to replace it beyond 2020.

Although no power purchase agreement (PPA) has been secured, Photon Energy says that PPAs may play a role in the plants’ future revenue management strategy, alongside other price-hedging options.

“We will be actively managing the plants in response to changes in market pricing, as well as planning for the addition of energy storage, to enable the plants to position themselves in the market as it transitions from centralized fossil-fuel-burning power plants to distributed low-cost renewables,” said Gartner.

Branching out

Thus far, Photon Energy has been very active in Australia in the capacity of a project developer. Together with Canadian Solar, the company developed five utility-scale projects in New South Wales with a planned installed capacity of 1.1 GWp. Last year, it left two of the aforementioned projects – the 230 MW Suntop 1 and 115 MW Gunnedah Solar Farm – selling its 25% stakes. Later in 2019, it also sold its 51% stake in the 100 MW Brewongle Solar Farm, which was still in a relatively early stage of development.

In addition, Photon’s EPC business in Australia doubled with revenues growing to $11.2 million with 6.5 MWp of solar installed. The highlights were the roll-out of 31 rooftop installations for Aldi supermarkets totaling 4.6 MWp as well as the completion and the signing of an EPC contract for the installation of a hybrid 1.2 MWp solar and 3.2 MWh battery storage off-grid solution for the UNESCO-listed Lord Howe Island.

Most recently, Photon Energy bought a minority equity stake in the Australian technology company RayGen in order to develop global renewable energy projects suitable for the roll-out of RayGen’s unique “solar hydro” concentrated solar and thermal storage technology. Photon Energy will act as a project developer and EPC contractor and – where suitable – as an equity investor in the projects, which will be supplied by RayGen. The partnership includes the development of a 100 MWp/1000 MWh solar-plus-storage project.

The only merchant projects in Photon’s Australian utility-scale development pipeline, the Leeton and Fivebough PV power plants, will be located in the heart of the Murrumbidgee Irrigation Area, famous for the production of citrus fruits and wine. It is also an area of significant energy use, which has traditionally used energy from large coal power plants located hundreds of kilometers away.

“Today is another milestone for Photon Energy, with the start of construction on the first two utility-scale power plants in Australia to be added to our portfolio, which will help the Group in reducing the seasonality of electricity-generation revenues globally,” said Georg Hotar, CEO of Photon Energy. “Our merchant approach in Australia paves the way for grid-competitive assets to be developed and added to our European markets and elsewhere in the world.”


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Work begins on two PV facilities totaling 146 MW in the Netherlands

Chint Solar Netherlands and Powerfield began construction of two new solar parks in the Netherlands. The Stadskanaal and Buinerveen Solar Parks follow the companies’ 103 MW Midden-Groningen Solar Park, now in operation.

Chint Solar Netherlands, the Dutch subsidiary of Chinese industrial conglomerate Chint, has begun installing the first solar panels on its 101 MW Stadskanaal Solar Park near the Dutch city of Stadskanaal and also started construction of the 45 MWp Buinerveen Solar Park.

Set to begin operation in November, the solar parks will be connected to Dutch transmission system operator Tennet’s highvoltage grid network located at nearby Meeden.

Chint Solar will install approximately 245,000 solar panels on 83 hectares of land at Stadskanaal and some 110,000 solar panels on 40 hectares of land at Buinerveen. The solar parks will supply at least 45,000 households with renewable electricity, according to the company.

Chint acquired both solar parks last summer after they were initially developed by Dutch solar company Powerfield. The two companies are also investing in the local communities as part of the project. Powerfield and Chint will invest in a local fund for Stadskanaal. At Buinerveen, Powerfield has donated funds to the local village hall to increase the structural strength of the roof, sponsored a bridge and the local football club, and started a discount action on solar panels for local residents and community organizations.

Chint Solar and Powerfield previously partnered on the development and construction of the 103 MWp Midden-Groningen Solar Park, which is now operational.

Chint Solar Europe managing director Oliver Schweininger described the new Stadskanaal and Buinerveen solar parks as “further landmark projects in the Netherlands [that] will contribute significantly to the energy transition. The combined grid connection is unique and reduces cabling works.

Construction of the Stadskanaal Solar Park began in February, with the first panels installed in May. Work on fences, cable-laying and the installation of solar panel mounting frames is in full progress. Construction of the on-site substation for grid connection has also commenced. The company plans to develop a biodiversity area following completion of the solar park.

At Buinerveen, the company has finalized construction of an earthen bund around the site to enure that the view of the solar park and construction site is significantly reduced for local residents. The Buinerveen facility will likewise include a 2.5-hectare biodiversity area once construction work is completed.

The project is being developed under Netherlands’ Stimulering Duurzame Energieproductie (SDE+) program for large-scale renewables. The Dutch Ministry of Economic Affairs and Climate Policy announced in March that it was doubling the budget for the spring round of the program from €2 billion to €4 million to allow several solar projects that were excluded from the previous round to secure contracts.


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Japanese golf course becomes 100 MW solar park

A new 100 MWp solar power plant supplied with Kyocera solar modules has begun operation in Japan’s Kagoshima Prefecture. Operated by the Kyocera-backed Kanoya Osaki Solar Hills LLC joint venture, the plant is one of the largest PV facilities on the island of Kyushu. Venture partner Tokyo Century arranged financing for the project with 17 regional banks.

Kanoya Osaki Solar Hills LLC, a joint venture that counts Japanese electronics and solar cell and module manufacturer Kyocera among its main shareholders, has begun operation of its 100 MW Kanoya Osaki Solar Hills Solar Power Plant, one of the largest power plant on the Japanese island of Kyushu.

Employing 356,928 high-efficiency Kyocera solar modules, the site, located in the town of Osaki and the city of Kanoya, is expected to generate some 117,000 MWh per year.

Kanoya Osaki Solar Hills’ backers also include GF Corporation and Kyudenko Corporation, which established a consortium to oversee the plant’s design, construction and maintenance.

Also on board is financial services group Tokyo Century, which worked with the Bank of Fukuoka in arranging a syndicated loan with 17 regional banks for the project.

Kanoya Osaki Solar Hills LLC, which will manage operations of the facility, worked on the construction of the site with the cooperation of Kagoshima Prefecture, the city of Kanoya, the town of Osaki and other members of the community.

Planning of the project began in January 2014 after the local community expressed interest in repurposing land designated for a golf course more than 30 years ago that was subsequently abandoned.

“We believe that this installation will contribute greatly to the local community through the creation of jobs and increased tax revenues in both Kanoya and Osaki,” Kyocera said in a statement.

Akihito Kubota, executive officer and general manager of Kyocera’s Corporate Smart Energy Group, added: “GF, Kyocera, Kyudenko and Tokyo Century started this project with a commitment to contribute to the community in cooperation with local governments by assisting with a long-term land redevelopment vision.”


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Chinese PV Industry Brief: 4.3 GW of new cell capacity and a 1 GW solar park

Cell manufacturer Aiko Solar is raising funds to increase its production capacity with 4.3 GW of new lines while Datang Corporation has inked a deal for a 1 GW desert project.

Shanghai-based solar cell manufacturer Aikosolar on Tuesday announced it intends to raise RMB2.5 billion (US$350 million) with a private shares issuance. The company said it wants RMB1.75 billion for 4.3 GW of new production facilities based on wafers ranging in size from 180-210mm. A further RMB300 million will be invested in an R&D facility and the remaining funds will be used for working capital. Aikosolar is planning to expand its cell manufacturing capacity to 22 GW this year, 32 GW next year and 45 GW in 2022.

State-owned energy company China Datang Corporation has announced the signing of an agreement with the local government of the Alxa League division of Inner Mongolia for the construction of a 1 GW solar plant. Datang, which operated 2.6 GW of solar park capacity at the end of last year, says the desert project will require RMB4 billion.

Polysilicon maker GCL-Poly Energy Holdings’ bid to raise HK$269 million (US$35 million) by issuing 1.3 billion new shares has lapsed due to an unspecified condition for the fundraising exercise not being in place. The stock market update announcing the plan, issued on April 28, stated the GCL board would have to pass a resolution backing the move and the listing committee of the Hong Kong exchange would also have to approve.

Chinese-Canadian panel maker Canadian Solar reported solid financials for the first quarter. The Ontario-headquartered company posted three-month net profit of US$111 million, up from a US$17.2 million loss in the same period a year earlier, as net revenue soared 70% to US$826 million, exceeding guidance for the first three months of 2020. The company attributed the revenue growth to higher module shipments and project sales, partially offset by a decline in module average selling prices. Total module shipments rose 41%, year-over-year, to 2.2 GW, in line with expectations.

Chinese tracker system provider Arctech Solar has announced it provided 575 MW of trackers for the Ibri II project in Oman. The developer is Saudi energy giant Acwa Power. The project will use Arctech Skyline (1P) trackers.


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Kearsarge Energy Retains GZA for Massachusetts Solar Farm

GZA, a multi-disciplinary firm providing geotechnical, environmental, ecological, water and construction management services, has been retained by Kearsarge Energy and the town of Montague, Mass., for engineering services supporting the development of a new 3 MW solar energy farm.

The project, which will also involve the capping of a long-abandoned landfill in Montague, brings GZA’s total solar generation capacity to over 2,400 MW. 

“Solar energy, landfill closings and construction-site engineering support are the three core capabilities of GZA. It’s an exciting opportunity and honor for us to deploy all three of these to support Kearsarge Energy and Montague in this ‘brownfield to brightfield’ project,’’ says Patrick Sheehan, CEO of GZA.  

The project will utilize approximately 7,000 PV panels across 10 acres and will be coupled with a battery storage system. While most of the solar panels will be installed on the landfill, 300 kW of the project’s capacity will be installed on canopies placed over a parking area.

As an integral part of the project, 7.6 acres of the landfill will be permanently closed and secured to the Massachusetts Department of Environmental Protection’s (MassDEP) standards. GZA will provide third-party engineering oversight services including documentation and monthly reporting to MassDEP.

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Opportunity for Solar to Dot the Coalfields of Southwest Virginia

The coal mining industry has been declining for decades in the far southwestern corner of Virginia, a trend made even worse of late due to the pandemic. The region has experienced a significant economic downturn as a result, with unemployment and poverty levels rising as no new opportunities have successfully replaced the jobs lost to coal’s decline.

Now, with legislation enacted by the 2020 Virginia legislature, at least one new economic opportunity shines as a bright spot: solar energy.

On April 11, Gov. Ralph Northam signed two significant bills into law: the Solar Freedom Act (HB 572 and SB 710), sponsored by Delegate Mark Keam and Sen. Jennifer McClellan, and the Virginia Clean Economy Act (HB 1526 and SB 851), sponsored by Delegate Richard C. “Rip” Sullivan Jr. and McClellan.

These two laws greatly expand the power purchase agreement (PPA) programs and net metering for customers of investor-owned utilities Appalachian Power and Old Dominion Power, which serve different areas of western Virginia, including the coalfields. For both, the net metering cap now jumps from 1% to 6%, increasing capacity to approximately 14.4 MW.

Chelsea Barnes

The Solar Freedom Act provides another opportunity for developers: Old Dominion Power must offer a community solar program to its multifamily residential customers.

Most notably, for the first time ever, customers of Old Dominion territory can take advantage of PPAs, a provision that the Solar Workgroup of Southwest Virginia has advocated since the group’s inception in 2016. In Appalachian Power territory, PPAs were previously limited to nonprofit higher education entities and capped at 7 MW but are now available to non-residential and low-income customers. Both utilities’ PPA programs are limited to 40 MW.

Incentivizing renewable energy

Also for the first time in the commonwealth, the Virginia Clean Economy Act (VCEA) sets up a renewable portfolio standard. It requires Appalachian Power and Dominion Energy to provide 100% of their electricity from renewables by 2050 and 2045, respectively.

Alhough the RPS doesn’t apply to Old Dominion or to electric cooperatives, and so doesn’t reach the furthest tip of the state, Appalachian Power and Dominion may well seek to meet part of their requirements from renewable projects developed in the coalfield region. Both utilities can procure their renewable energy from outside of their service territory, as long as it’s in Virginia. The utilities will seek bids annually for solar and wind generation, opening the door for developers to pitch projects in southwest Virginia.

New life for old coal sites

Under a key section of VCEA, Dominion specifically must develop 16.1 GW of solar and wind energy by 2035, and 200 MW of that must be placed on “previously developed project sites,” including former mine sites, former retail, commercial or industrial sites, parking lots, landfills or other brownfields.

Solar developers and advocates for coal mine land reclamation have been pursuing the possibility of solar energy development on coal-impacted land for years. One such project is slated for construction this year in the town of Wise in southwest Virginia, providing power to a nearby data center as well as cleaning up an old coal mine site.

The Virginia Department of Mines, Minerals and Energy recently published a story map detailing the great potential for solar development on previously mined land in the Virginia coalfields. With strong interest in developing abandoned coal mine sites for solar energy in recent years, Dominion’s mandate under the VCEA provides a welcome level of market certainty for developers. And the DMME’s thorough analysis gives southwest Virginia a head start in helping Dominion to meet the 200 MW requirement.

A region primed and ready for solar

The new laws set up enormous opportunity for solar developers in Virginia’s coalfields. To boost the potential even more, eight local governments in the region achieved SolSmart designation in 2019, setting themselves up to more readily facilitate solar development.

Over the past four years, the Solar Workgroup of Southwest Virginia has readied the region for solar energy development through education, collaboration and advocacy, but its efforts were stymied by policy inequities and regulatory barriers. Now, the new laws mean solar developers can walk through the region’s door of opportunity and deliver the solar services so many people are seeking.

Chelsea Barnes is New Economy Program Manager for Appalachian Voices, a regional environmental advocacy nonprofit.

Photo by Jimmy Davidson; courtesy Appalachian Voices

The post Opportunity for Solar to Dot the Coalfields of Southwest Virginia appeared first on Solar Industry.


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US renewable energy surpasses coal for the first time in more than a century

The coal era could be said to be officially over in the United States.

From pv magazine USA.

A long time ago, as far back as 2019 in fact, the amount of energy produced from renewable sources exceeded coal-fired power generation in the United States for the first time in living memory.

With Energy Information Administration (EIA) estimates about U.S. primary energy consumption stretching back to 1635, fossil fuels have been displaced from the top of the pile for the first time since 1885, when coal usurped wood as the number one energy source.

And the trend appears set to continue, with electric utilities having announced plans to shutter 13 coal plants this year, according to environment and energy news organization E&E News. Two other coal plants are due to switch to natural gas.

U.S. coal and renewable energy consumption

Source: U.S. Energy Information Administration, Monthly Energy Review

 

U.S. coal consumption is at its lowest level since 1964 and natural gas-powered electricity has displaced generation from coal plants, which have closed as a result.

U.S. coal and renewable energy consumption by source

Source: U.S. Energy Information Administration, Monthly Energy Review

“Coal-fired power generation has fallen below renewable energy for the first time in more than 130 years – when wood was the primary source of energy in the United States,” said Benjamin Nelson, VP, senior credit officer and lead coal analyst at ratings agency Moody’s. “We expect ongoing secular decline in the demand for coal, accelerated by the economic fallout from the global outbreaks of Covid-19, will persist in the early 2020s.”

Joe Daniel, an analyst at the Union of Concerned Scientists reportedly told E&E News: “Right now, the economics of burning coal just don’t make sense.”


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Malaysia launches 1 GW solar tender

Sunday will herald the largest PV procurement exercise ever held in Malaysia. Half the available capacity will be directed to 10-30 MW facilities with the balance reserved for plants with capacities of up to 50 MW.

Malaysia’s Ministry of Energy and Natural Resources has announced the fourth round of the nation’s Large Scale Solar (LSS) procurement scheme will open on Sunday.

The ministry tweeted, the maximum size of projects eligible has been halved, from 100 MW to 50 MW, to enable more developers to participate. Each developer will be limited to a maximum of three bids.

Half of the available capacity will be for 10-30 MW projects with the balance for larger facilities and successful applicants will have until the end of 2023 to get their plants connected to the grid.

The Malaysian government has already held three procurement rounds under the national tender program.

Previous rounds

A first round, in 2016, allocated 200 MW of capacity across the peninsula plus 50 MW in Sabah, northern Borneo, of the hoped-for total of 370 MW.

The second LSS tender, the following year, was nearer to its intended 520 MW target as it allocated 360 MW of peninsular solar and 100 MW across Sabah and the islands of Labuan. The exercise still fell short, however, despite attracting bids for 1.6 GW of capacity, at prices ranging from MYR0.33-0.53/kWh.

The last tender round attracted 112 bids, for more than 6.73 GW of generation capacity and with a lowest solar energy price of MYR0.17777/kWh ($0.041). However, energy regulator Suruhanjaya Tenaga has shortlisted only five bidders, for a total generation capacity of 490 MW, to hint the exercise will again be under-subscribed.

At the end of 2019, Malaysia had 882 MW of solar capacity, according to International Renewable Energy Agency figures.


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GCL-Poly abandons $35m fundraising exercise

Today’s announcement indicates either the board or the listing committee of the Hong Kong exchange where the company is listed put a spanner in the works.

Hong Kong-listed solar company GCL-Poly has announced its plans to raise HK$269 million (US$35 million) to pay down debts have lapsed.

GCL-Poly Energy Holdings on April 28 announced its intent to issue 1.3 billion shares – which would have made up 6.15% of the enlarged company – priced at HK$0.209 (US$0.026) each.

The parent company of the polysilicon and wafer manufacturer and heavily indebted solar project developer said the fundraising exercise would generate HK$272 million for the business, for a return of HK$269 million after expenses, with the windfall earmarked to pay off debt and for “general corporate purposes.”

GCL extended the ‘long stop’ date for the exercise until today, via an update on May 15, citing longer time needed to fulfill the conditions precedent for the shares issuance, but today the company conceded at least one of those conditions had not been met and the proposed fundraising would lapse.

The original plan mentioned only two conditions for the placing: approval by the GCL-Poly board and the listing committee of the Hong Kong exchange.


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SimpliPhi deploys virtual power plant demonstration project in Louisiana

LFP energy storage manufacturer SimpliPhi Power has partnered with Heila Technologies to deploy intelligent energy storage + solar systems at a demonstration project in Shreveport, Louisiana, with the support of Southwestern Electric Power Co. (SWEPCO), an American Electric Power (AEP) company. “Behind-the-meter energy storage is a cost-effective way to help utilities and customers alike manage their electricity usage…

The post SimpliPhi deploys virtual power plant demonstration project in Louisiana appeared first on Solar Power World.


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PV Evolution Labs Releases Results of PV Module Rankings

PV Evolution Labs (PVEL), an independent test lab for the global downstream solar industry, has published the 6th Edition of its PV Module Reliability Scorecard in partnership with DNV GL, a global certification body. 

The report reveals eight new Top Performers compared to the 2019 Scorecard. However, it also shows that some manufacturers overlooked minimum safety and quality controls in the rush to bring PV cell and module technologies to market.

“A diverse array of PV technologies has upended conventional R&D timelines to achieve rapid commercialization, leading PVEL to test more cell and module combinations for our 2020 Scorecard than at any point in our 10-year history,” says Tara Doyle, CCO of PVEL.  

“Developers and investors need independent, reliable data to balance the reliability risks inherent to new products against the promise of higher-performing, more lucrative projects,” adds Doyle.

PVEL’s annual scorecard ranks commercially available PV modules based on results from PVEL’s PV Module Product Qualification Program (PQP), a comprehensive sequence of performance and extended reliability tests that approximate the impact of decades of field exposure on PV modules. The PQP provides empirical data for PV module supplier evaluations and project-level energy yield and financial models.

The 2020 Scorecard includes first-of-their-kind Top Performer designations for modeled performance. The rankings are based on energy yield models built using PVEL-measured PAN files for PVsyst modeling software. Bifacial PV modules exhibited the strongest results in this new Top Performer category.

Participation in PVEL’s PQP is voluntary for manufacturers and only top-performing module models are ranked in the Scorecard. Since PVEL launched its PV Module PQP in 2012, it has tested over 360 bills of material (BOMs) from more than 50 module manufacturers.

The 2020 PV Module Reliability Scorecard is available as a free download, here.

Photo: PVEL’s landing page

The post PV Evolution Labs Releases Results of PV Module Rankings appeared first on Solar Industry.


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Algeria plans 4 GW of solar tenders

The government has announced a plan to deploy new PV capacity at a mega site over the next four years. Around 800 MW of capacity is expected to be tendered annually up to 2024. To be eligible, it is anticipated all modules, cables and mounting structures must have been made in Algeria.

Algeria’s minister of energy, Arkab Mohamed, has announced plans for a giant, 4 GW solar project which will be developed through annual tenders up to 2024.

The $3.2-3.6 billion Tafouk 1 solar field is expected to be tendered in five 800 MW procurement rounds, starting this year, a local source told pv magazine.

Announcing the project on May 20, Minister Mohamed said the facility is expected to create 56,000 construction jobs and 2,000 roles once operational. The sprawling project site will encompass ten administrative divisions, or wilayas, in the Hautes Plaines region of the Atlas Mountains in northern Algeria.

Local content

“Local content will be an important component in these tenders for PV modules, cables and mounting structures,” said pv magazine’s source. “This is part of [an] Algerian government strategy to create jobs and local knowhow but the imports of raw materials for module production will be granted exemptions from import duties and [given] other fiscal breaks.”

The local commentator added, several Tier 1 Chinese module manufacturers are approaching Algerian counterparts with a view to developing unbranded, original equipment manufacturer (OEM) modules in Algeria using certified bills of materials to enable competitive pricing for made-in-Algeria products. “The Algerian PV supply chain is strong enough to take up this challenge,” said the source.

The source stressed the role the government had played in enabling the Tafouk 1 scheme, by removing the decade-old “51/49 rule”, which capped overseas investment in Algerian companies at 49%. That restriction was lifted at the end of last year for renewables businesses considered non-strategic.

To-do list

The government still needs to create the conditions to encourage foreign investment in order for the 4 GW solar plan to succeed, according to pv magazine’s source, and should also establish an agency with technical and financial expertise. “This will allow the emergence of an ecosystem [which can deliver] bankable contracts, among many other legal and contractual aspects,” they said.

A document recently published by the Algerian Electricity and Gas Regulation Commission predicted the domestic module industry would have reached 500 MW of annual production capacity in the first quarter of this year.

The Algerian government held tenders for off-grid, hybrid solar-diesel and PV projects last year. Both procurement rounds were part of the country’s plan to deploy 22 GW of clean energy generation capacity by 2030, including 13.6 GW of solar. Algeria had around 423 MW of solar generation capacity at the end of last year, according to the International Renewable Energy Agency.


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This is your SolarWakeup for May 29th, 2020

Per Capita Solar. Solar isn’t always where we think it is. A lot of it is installed in very large cities like Los Angeles and San Diego but when adjusted for population, it could be a lot better. How does your city show on this list?

The Real Pressure in Oil. There is a lot of talk about divesting endowments and pushing major climate goals for the oil majors. In reality, there are hundreds of oil companies in exploration, drilling, pipeline and more that are backed or owned by private equity. Most PE firms will have 20 oil companies for a clean energy investment and that is the real pivot that needs to happen. This isn’t a climate statement, the market is adjusting its goals of where the returns and capital preservation are maximized.

Top Modules Rated. PVEL, whose CEO visited with us on a podcast last year, is out with its annual module reliability scorecard. How does your module stack up and to what extent is your business aligned with a module supplier?

Mailbag Podcast. Send in your topics for next week’s podcast. I’ll be answering your questions about solar, the market or any other things that interest you. Have a great weekend!

Presented By Suntuity. Do you sell solar and see an opportunity to expand the markets you serve in a digital sales environment? Suntuity is expanding its salesforce and looking for more sales leaders to join their growing team. Based in New Jersey and servicing over a dozen States, joining Suntuity could be the sales boost you need. Learn more about our company today. 

Opinion

Best, Yann

The post This is your SolarWakeup for May 29th, 2020 appeared first on SolarWakeup.com.


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South Korea introduces carbon footprint rules for solar modules

The regulations will come into force on June 15 and will entail panel carbon footprints being calculated according to life cycle assessments of their environmental impacts according to the KS I ISO 14040 Korean standard.

South Korea’s Ministry of Trade, Industry and Energy (Motie) has fleshed out the rules which will see the carbon footprint of solar power projects taken into account when prioritizing new installations.

With the government having announced its intent to assess the carbon footprint of solar panels in March last year, and industry representatives consulted on the proposal in recent months, Motie has defined the new regulations, which are due to come into force from June 15.

Crystalline silicon module carbon footprints – for Korean as well as imported products – will be estimated using a life cycle assessment (LCA) of their environmental impacts which complies with Korean standard KS I ISO 14040.

The new rules will echo those applied in France, where large scale solar tenders take low-carbon manufacturing into account, as well as the price developers agree to accept for the power generated. South Korea, like France, has an extensive nuclear power generation capacity which will aid the low-carbon efforts of domestic solar panel manufacturers.

Motie in January published figures which contradicted media claims Chinese panel makers had been aggressively eroding the market share of Korean solar manufacturers. According to the government department, Korean solar companies provided around 72% of the nation’s PV panels in 2016, 73.5% the following year, 72.5% in 2018 and 78.7% last year. During the same period, according to Motie, the proportion of Chinese panels on the Korean market fell from 28% to 26.5%, 27.5% and 21.3%, respectively.

“The report stating that Chinese companies dominate [the] Korean PV market is not true,” said the government at the time.

Sustainability in solar and storage

A year ago, pv magazine launched the UP sustainability initiative. Our goal is to dive deep into the topic of what it means to be truly sustainable, looking at what is already being done and discussing areas for improvement. In addition to quarterly themes on issues including lead in solar and green finance, we have looked at biodiversity, sustainable flying and raw material sourcing in batteries. Read more, stay tuned and get involved! Check out our quarterly themes and UP coverage to date.


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A 17.5%-efficient dark grey solar tile

U.K. business Roof Tiles Technology Ltd has developed a solar tile with a claimed efficiency of 17.5% and power output of 175 W per square meter. The company’s founder, Antonio Lanzoni, said a PV system featuring the product would cost 25-30% more than a standard solar rooftop.

U.K.-based Roof Tiles Technology Ltd has developed a solar tile featuring monocrystalline Perc solar cells which it says resembles a standard concrete roof tile and is suitable for new and renovated roofs.

Roof Tiles Technology can offer potential partners production line equipment.

Image: Roof Tile Technology Ltd.

The flat, dark grey, BiSolar tile has a power output of 18 W and efficiency of 17.5%, according to the manufacturer. “For each square meter, 9.7 tiles are needed, with total output reaching 175 W,” company founder and co-director Antonio Lanzoni told pv magazine. “The solutions we came up with are patented and offer strong protection for the product.”

The device is made of a PV-etched glass panel attached to a concrete roof tile and features 22%-efficient solar cells from a Chinese producer which is “well established in Europe,” said Lanzoni. Each tile includes a dozen 139 by 52.92mm cells.

The product carries a 25-year performance guarantee, measures 445 x 330mm and weighs 6kg, with the PV device contributing 1.2kg and including 3mm of satin tempered glass. 

Price

According to Lanzoni, a BiSolar tile installation is 25-30% more expensive than a standard rooftop PV array. “But it looks a lot better,” said the company founder, who added, installation costs for BiSolar are cheaper than for rooftop panels. “The BiSolar tile can be installed by a standard roof installer like a normal roof tile, as they can be easily connected via simple MC4 connectors located under the solar panel,” said Lanzoni.

The company began marketing the product late last year but the Covid-19 crisis slowed operations in recent months. “However, we are now supplying to a selected number of potential partners the first pilot roofs in a few countries,” said Lanzoni.

Roof Tiles Technology wants to enter new markets and is said to be in talks with construction and roofing industry businesses about establishing production facilities outside the U.K. “Potential partners will benefit [from] the exclusive right to use our patent, an established supply chain and technical assistance, from the assembly process to roof installation,” Lanzoni added.

The founder of the business said BiSolar installations outperform roofs fitted with conventional tiles in the Wind Driven Rain test – which assesses the impact of rainfall on devices – and he said the product could in future become cheaper and offer better performance.

Manufacturing

Lanzoni said the product patent process was begun a year ago and first examination of the BiSolar tile has occurred. The patent requires the combination of PV with a concrete roof tile which does not alter the latter structure or enable water penetration. The product must also be a defined colour recognized for varnish, powder coating and plastics, with no blueing effect.

“PV panels are automatically glued to the roof tile surface in a very precise position defined by a robotic line,” said Lanzoni of the production process. “Seals are fixed on three sides of the PV panels.”

Roof Tiles Technology designed a production line with an annual capacity of 18 MW and Lanzoni said the fabrication equipment would be part of the package offered to partners who wish to manufacture BiSolar tiles.


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Thứ Năm, 28 tháng 5, 2020

Solar Data Systems now offers utility-scale solar monitoring through new partnership

Solar Data Systems, an official provider of Solar-Log hardware-agnostic energy monitoring and management, has teamed up with iPLON India. As part of this cooperation, Solar Data Systems can offer iPLON’s solar PV monitoring systems, controllers and Total Life Cycle Management solutions in the U.S. for the large-scale/utility segments. “The cooperation with iPLON India takes Solar…

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GZA capping landfill for 3-MW Kearsarge Energy solar project

Kearsarge Energy has hired GZA, a multi-disciplinary firm providing geotechnical, environmental, ecological, water and construction management services, to support the brownfield development of a new 3-MW solar energy farm in Montague, Massachusetts. The system will include over 7,000 PV panels across 10.3 acres, coupled with energy storage capacity, capping a long-abandoned landfill in the Western…

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