22nd of January

Trump Taxes Solar Imports in Biggest Blow to Renewables Yet


Trump Taxes Solar Imports in Biggest Blow to Renewables Yet

In the biggest blow he’s dealt to the renewable energy industry yet, President Donald Trump decided on Monday to slap tariffs on imported solar panels.

The U.S. will impose duties of as much as 30 percent on solar equipment made abroad, a move that threatens to handicap a $28 billion industry that relies on parts made abroad for 80 percent of its supply. Just the mere threat of tariffs has shaken solar developers in recent months, with some hoarding panels and others stalling projects in anticipation of higher costs. The Solar Energy Industries Association has projected tens of thousands of job losses in a sector that employed 260,000.

The tariffs are just the latest action Trump has taken that undermine the economics of renewable energy. The administration has already decided to pull the U.S. out of the international Paris climate agreement, rolled back Obama-era regulations on power plant-emissions and passed sweeping tax reforms that constrained financing for solar and wind. The import taxes, however, will prove to be the most targeted strike on the industry yet.

More from Bloomberg.com: Senate at Impasse as Votes Delayed Until Monday: Shutdown Update

“Developers may have to walk away from their projects,” Hugh Bromley, a New York-based analyst at Bloomberg New Energy Finance, said in an interview before Trump’s decision. “Some rooftop solar companies may have to pull out” of some states. Read more….

Trump Taxes Solar Imports in Biggest Blow to Renewables Yet

21st of January

Module warranty from bust manufacturers a standard problem today – RINA


Module warranty from bust manufacturers a standard problem today – RINA

Dealing with module warranties from out-of-business manufacturers is a standard problem in today’s market, according to representatives from an advisory firm that oversaw one of the largest renewable energy deals to date.

Last year, Italian firm RINA advised Canada-headquartered Brookfield Asset Management on its taking of a 51% controlling stake in TerraForm Power and acquisition of fellow SunEdison yieldco TerraForm Global, which together have a 1.4GW solar portfolio.

Simon Turner, technical director, power and renewables, at RINA, told PV Tech, that the company visited around 70% of the TerraForm sites, firstly to check they existed and secondly to see how they were performing.

He added: “SunEdison also produce their own PV modules, which threw up another complication into the mix, because you’re relying on a SunEdison warranty on the modules as opposed to someone else’s.

“It’s a fairly standard problem these days with a lot of the Chinese manufacturers going under as well, so you’re looking at different levels of risk mitigation.”

Turner noted that in many cases of module failure, EPC contracts are still valid within the first two years of a project, which may provide warranties, guarantees or other assurances to pull on.

He noted that after the first two years, operators can have a fairly good sense of how a project will perform for the rest of its lifetime, hence the trend for two-year guarantee periods. However, issues can still arise at a later date. To mitigate this, it is possible to arrange financial models that reserve money for challenges in the future.

Turner added: “There are different ways to mitigate the risk technically and financially and contractually.”

There are also cases where manufacturers re-emerge out of bankruptcy and still honour their old warranties, carrying them forward from the previous business to the new brand or company structure. China-based LDK Solar, which emerged from bankruptcy in 2015, was one example of this, said Turner.

He added: “Generally, in my experience, the manufacturers have been pretty good with warranties, but if the company’s gone and they don’t have any funding or insurance-backed warranty then yes the warranty is just gone and the banks and owners are just living with it.”

In any case, Turner said it is rare to get a widespread failure of modules across an entire plant, and operators tend to keep some spares in line with typical or expected failure rates.

RINA provided due diligence services on the TerraForm acquisitions as an independent engineer looking at technical risks of the project portfolio by reviewing all the construction contracts, O&M contracts, equipment, and installation designs as well as predicting the energy yield for the entire portfolio.

Turner said: “We packaged that up in a risk matrix effectively and then helped Brookfield work through the major risks so their investment was as safe as it could be.”

TerraForm Global (400MW solar) and TerraForm Power (1GW solar) had a combined renewable energy asset base of roughly 4.5GW of operational of under development projects in the US, Chile, Brazil, India, South Africa, Malaysia, Thailand and Uruguay.

Ugo Salerno, chairman and CEO of RINA, said that his firm is planning to increase its activities in renewables by 25% in 2018.

The long and painful saga of SunEdison’s fall from grace came to an end after the renewables firm officially emerged from Chapter 11 bankruptcy on 29 December 2017. At the time, Brookfield said that its main task was to focus on monetizing the remaining assets of SunEdison. Read more…

Module warranty from bust manufacturers a standard problem today – RINA

9th of January

Tesla says solar roof production has started in Buffalo


Tesla says solar roof production has started in Buffalo

Tesla Inc (TSLA.O) said on Tuesday it began manufacturing its premium solar roof tiles at the company’s Buffalo, New York factory last month and has started surveying the homes of customers who made a deposit of $1,000 to reserve the product last year.

The solar roof, which generates electricity without the need for traditional rooftop panels, is a cornerstone of the electric vehicle maker’s strategy to sell a fossil-fuel-free lifestyle under the luxury Tesla brand. Tesla unveiled the product in October 2016 as it sought to acquire solar installer SolarCity.

At that time, Tesla said the product could be rolled out as soon as the summer of 2017. In November, Tesla founder Elon Musk said the product was going through a six-month testing process, saying “it just takes a little while to get this behemoth rolling.” Read more…

Tesla says solar roof production has started in Buffalo

9th of January

Tesla Powers Up New York Gigafactory Solar Roof Assembly Line


Tesla Powers Up New York Gigafactory Solar Roof Assembly Line

Tesla Inc. has kicked off production of its long-awaited electricity-producing shingles that Elon Musk says will transform the rooftop solar industry.

Manufacturing of the textured-glass tiles began last month at Tesla’s Gigafactory 2 in Buffalo, New York, according to an emailed statement from the Palo Alto, California-based company on Tuesday. It comes about four months after the plant, built with backing from New York State, started making solar panels and cells and more than a year after Tesla unveiled the photovoltaic shingles to a mix of fanfare and skepticism.

The appeal: a sleek, clean solar product, especially for homeowners seeking to replace aging roofs. The tiles — from most angles — look like ordinary shingles. They allow light to pass from above and onto a standard flat solar cell. Tesla, the biggest U.S. installer of rooftop-solar systems, piloted the product on the homes of several of its employees.

More from Bloomberg.com: Classified Military Satellite Goes Missing After SpaceX Launch

Solar shingles will cost more than a conventional roof along with photovoltaic panels — but not “wickedly so,” said Hugh Bromley, a New York-based Bloomberg New Energy Finance analyst.

“It may actually do well in overseas markets where solar-photovoltaic is cheap and homeowners are used to paying a premium for building materials and cars — such as Australia,” Bromley said in an email. Read more…

Tesla Powers Up New York Gigafactory Solar Roof Assembly Line

5th of January

How to Halve the Cost of Residential Solar in the US


How to Halve the Cost of Residential Solar in the US

After 10 years running Sungevity, I recently completed a tour visiting solar companies in and around the U.S., Europe, Asia and Australia. I am pleased to report the residential solar industry is thriving around the world — everywhere except right here in the U.S.

The reason for this is startlingly simple: American consumers are being charged over two times more for solar than is the average consumer overseas. That’s USD $10,000 more for a typical 5-kilowatt residential solar system. The panels are the same — so what on earth is going on?

The answer: red tape.

Here in the land of technology leadership and free-market enterprise, American regulation has more than doubled the cost of solar.

The regulation comes in three un-American guises: permitting, code and tariffs — and together they are killing the U.S. residential market. Modernizing these regulations, primarily at the local and state level, is the greatest opportunity for U.S. solar policy in 2018.

The Cost of Solar to a Homeowner in Australia vs. the U.S.

To highlight the opportunity, let’s look at Australia, where nearly 2 million solar systems have been successfully and safely installed.

As of early December, installed costs in the main Australian markets were at $1.34 per watt, compared to $3.25 per watt in the U.S. What does that difference stem from? Read more…

How to Halve the Cost of Residential Solar in the US

27th of December

Germany energy consumers paid to use power over Christmas as supply outstrips demand


Germany energy consumers paid to use power over Christmas as supply outstrips demand

German energy consumers were paid to use power over the Christmas period, thanks to a slump in demand, warm weather and plenty of wind power on the grid, trading data shows.

Power prices slipped into negative territory on 24 December and again on 26 December, according to the website of the EPEX Spot, which is Europe’s biggest power trading exchange.

Germany’s massive investment in renewable energy – partially thanks to the introduction of the 2014 Renewable Energy Act – has in recent years triggered a drop below zero on several occasions.

Demand for energy has particularly been outstripped by supply on weekends this year, when factories across the country tend to power down and many offices are closed.

On Christmas Eve, factory owners and other big consumers were at times paid in excess of €50, or around £44, per megawatt-hour, according to The New York Times. Read more…

Germany energy consumers paid to use power over Christmas as supply outstrips demand

6th of December

India’s rooftop solar market is on fire


India’s rooftop solar market is on fire

The solar revolution on India’s rooftops is gaining momentum.

The country added more rooftop solar power capacity in the last financial year than in the previous four years combined, making it the fastest-growing segment in the country’s clean energy space. During the financial year 2017, some 715 megawatts (MW) of systems were added, up from 227 MW in the previous year, taking the country’s total installed capacity to 1.3 gigawatts (GW, 1 GW = 1,000 MW) according to a report (pdf) by Bloomberg New Energy Finance (BNEF). By 2022, the report estimates that the country will have around 9.5 GW of rooftop solar capacity—but that is still substantially short of the Narendra Modi government’s target of 40 GW.

This has happened largely because rooftop solar power is now cheaper than commercial and industrial power in all major Indian states, according to BNEF. Besides, costs have halved over the last five years. Overall, because of increased competition and low solar panel prices, setting up rooftop systems has become cheaper than the global average by between 39% and 50% in India. Read more…

 

India’s rooftop solar market is on fire

5th of December

Want to reduce your electric bill? Here’s how to go solar-powered in your home


Want to reduce your electric bill? Here’s how to go solar-powered in your home

As recently as the 2000s, solar-powered homes were a rare thing to see. But with tax incentives motivating homeowners and increasing fears about climate change, more people have gone solar, and solar panels have become a common sight on the tops of homes around the country. Installing solar panels is a great way to live a little greener, as they can decrease the carbon footprint of your household by about 35,000 pounds of carbon dioxide a year. In addition to going green, there are also many other benefits of solar panels, such as reducing your energy bill and earning tax credits. But the prospect can be a little daunting, what with all the technical jargon, the installation process, and the different panel types to choose from. But once you break the whole thing down into steps, it will feel a lot more manageable. Here’s a guide on how to go solar-powered in your home.

Understand how it works

The first thing to do before you go through the process of going solar is to understand just exactly what a solar-powered home entails. Solar panels are photovoltaic cells that harness the power of sunlight and transform it into energy. The panels then send the energy into an inverter, which converts the sunlight into electricity which can power your house. And yes, even those who live in cloudy areas can benefit from solar panels, as these panels will continue drawing energy from indirect sunlight even when the skies are cloudy. Do additional research on your own to understand solar power more deeply, and talk to friends and neighbors who have gone solar. Read more…

Want to reduce your electric bill? Here’s how to go solar-powered in your home

27th of November

Government initiates 1,600-megawatt rooftops solar project


Government initiates 1,600-megawatt rooftops solar project

Minister of National Infrastructure, Energy and Water Resources Yuval Steinitz today published a new policy that will add a 1,600-megawatt quota to the Israeli electricity sector. The Public Utilities Authority (electricity) has prepared a plan for implementing the new policy. As reported exclusively in ‘Globes,’ the new quotas will be allocated to solar energy facilities, mostly on rooftops, but also on the ground.

Israel is lagging substantially behind the targets its set in renewable energy. Only 3% of all electricity in Israel is produced from renewable energy sources, compared with a 10% target for 2020. 1,000 megawatts of the 3,600-megawatt total has already been built (the vast majority of which consists of solar energy facilities), and projects under construction amount to another 700 megawatts.

The project, which consists of privatization of electricity production, enables home consumers, local authorities, and businesses to produce solar electricity. The project is designed to produce 1,600 megawatts.

Approval of solar energy quotas has occurred in very small amounts of a few dozen megawatts to date. This time, the state is planning to add an enormous amount within a relatively short three-year period. According to the Public Utilities Authority (electricity), most of the new quota will be for solar facilities on rooftops of households and businesses. Solar panels require a great deal of space, and Israel is a relatively crowded country. Rooftop facilities therefore have great potential, which has hitherto not been utilized. Solar facilities have been installed on only 6,000 of Israel’s two million rooftops. There were many reasons for this: bureaucratic problems pertaining to the installation, taxation, a high price, financing problems with the banks for building facilities, and lack of awareness among the public. Read more…

Government initiates 1,600-megawatt rooftops solar project

20th of November

India committed to 175 GW renewable energy target, says environment ministry official


India committed to 175 GW renewable energy target, says environment ministry official

India is committed to its renewable energy target of having 175 GW capacity by 2022 to provide equitable sustainable development, a senior official has said. India has been pursuing its goals of setting up renewable energy capacities and changing its energy mix, and will continue to do so to provide equitable sustainable development, C K Mishra, Secretary, Ministry of Environment, Forests and Climate Change said in a statement.

Mishra was speaking during a panel discussion organised by Ministry of New and Renewable Energy (MNRE)and CII on ‘Innovative Financing and Market Evolution to achieve 175 GW Renewables by 2022’ at CoP (Conference of the Parties) 23, Bonn, Germany yesterday. Speaking about the government’s interventions, P C Maithani, Adviser, MNRE said policies are being drafted on a continuous basis to address challenges as the market evolves.

Giving examples of how the question is no longer about availability of finances but that of cheap finances, K S Popli, CMD, Indian Renewable Energy Development Agency Ltd (IREDA) said the markets have matured and one indicator of that is seen in how the bond markets have progressed. Ajay Mathur, DG, The Energy and Resources Institute (TERI) stressed upon the need to push for higher research in storage technology which could compliment the infirm renewable power. Read more…

India committed to 175 GW renewable energy target, says environment ministry official