Solar Leasing, Yes – This is looking on the bright side

My friend, Margie Vicknair, lives in Southern Louisiana and recently leased a solar system for her residence. That is all I will say about Margie or the company she leases from. The purpose of this post is not to “out” Margie ashe is a single gal, nor to advertise a company, because we do not do that here. But it is to show that real people can get real benefits from solar leasing. (sorry i did not post this last week but I got on a tear about silly humans and i just could not let it go. and even sorry about the death of Robin Williams – nanoo nanoo)

http://solarprofessional.com/articles/finance-economics/the-evolution-of-residential-solar-leasing

 

The Evolution of Residential Solar Leasing

The introduction of the solar lease financing model and third-party system ownership has rapidly and fundamentally transformed the residential solar market in the US. One could argue that the advent of high-voltage string inverters in the US market in 2001 was the last transformative event of this magnitude. The solar lease is a once-ina- decade industry-changing product that has created vast opportunities for some integration firms, and competitive challenges and disadvantages for others. Examining the evolution of the residential solar lease, its current status, and likely future developments can assist integrators in navigating these often complex and quickly evolving system-financing mechanisms.

Solar Lease History

Many people contend that the residential solar lease was born in 2007 when Sunrun, a start-up finance company led by two Stanford business graduates, introduced its residential lease product. Lynn Jurich and Ed Fenster believed that the number one, two and three obstacles to the propagation of residential solar were—no surprise—money, money and money. Sunrun’s financial model was simple: Leverage investor resources and tax equity to purchase PV systems on behalf of residential homeowners, providing a financed solution with no or low up-front costs. The solar lease effectively simplifies a homeowner’s path to investing in solar. Under this model, the lease provider—not the residential homeowner— receives all rebates, tax credits and depreciation. The lease provider in turn offers a warranty on all aspects of the system and provides some degree of system monitoring and O&M over the typical 20-year lease term. At the end of the term, homeowners have three options: renew the lease, purchase the system at fair market value or have the system removed at no cost.

Residential solar lease providers typically offer two plan options.

Monthly payment plan. A monthly payment plan allows for zero money down or a low up-front investment, usually in the $1,000–$4,000 range. The homeowner agrees to purchase all the electricity produced by the PV system for the next 20 years at a rate lower than or equal to the local rate of conventional power per kilowatt hour. Depending on the specifics of the financing, the new rate may include an escalator that can be more beneficial to the lease provider than to the customer. The general lease approach provides the homeowner an opportunity to switch to solar power without having to come up with the system’s total cost out of pocket. It also streamlines the homeowner’s transaction by eliminating the need to claim the 30% federal tax credit.

Prepaid plan. Under this plan, the homeowner makes a large payment (typically about 65% of the total system cost) at the initiation of the lease term, but does not need to make another payment over the lease’s 20-year term. This approach enables the customer to have a PV system installed without shouldering the tax liability necessary to take full advantage of available tax credits. A prepaid plan may be ideal for a homeowner such as a retiree living on a fixed income, who is prepared to make a large investment in solar but does not have the tax appetite required to take advantage of the 30% federal tax credit. The system owner also typically benefits from an extended warranty, O&M services and system monitoring provided over the 20-year term.

Both of these options have proven to be very appealing to a large number of consumers who want to make the switch to solar. According the 2012 U.S. Solar Market Insight report published by GTM Research and SEIA, as of Q2 2012 solar leases finance approximately 70% of residential installations in the major markets of California and Colorado, 80% of the installations in Arizona and more than 45% in Massachusetts. The increase in third-party–owned residential systems is expected to continue across all mature solar markets.

Early on, solar lease providers faced challenges from a regulatory standpoint. Existing rebate and interconnection processes were based on the concept of sole ownership. However, Sunrun and other solar finance companies have worked diligently to resolve these issues. Residential solar lease financing is now available in at least 12 states. The primary limiter on these products is generally not regulatory issues, but regional financial viability based on available financial incentives, electricity costs and the region’s solar resources. Currently only a few states explicitly prohibit third-party residential financing.

Current Lease Models

As residential lease products continue to evolve, providers are developing and refining a range of business models. There are currently three solar leasing models.

 

 

 

 

 

 

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Here Is What Illinois Could Look Like In 2050 – But are we smart enough

So here is a graphic that I borrowed (eh hum) to show the folks that read here how Illinois could swith to clean energy. But do Illinois leaders have the smart to do it? I do not know, but we shall find out. By the way I tried to put the graphic directly up here but you know I am technologically challenged so just follow the link.

 http://thesolutionsproject.org/infographic/#i

 

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Go There and read. More next week.

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Storage Isn’t An Issue With Alternative Energy – I say this over and over again

Now this is off the grid and I love it. I really need to say nothing more about it. The world is starting to change.

This Island Will Charge Its Lake-Sized Batteries with Wind Power

This Island Will Charge Its Lake-Sized Batteries with Wind Power

Image: Erik Streb/Wikimedia

Two hundred miles off the coast of Spain, a small island marked by a massive volcanic crater is about to become a case study for an ultramodern, zero impact society.

Over the last twelve years, engineers, researchers, and residents of El Heirro, the smallest of Spain’s Canary Islands, have been building one of the world’s most interesting living laboratories for sustainable off-grid living. They erected five towering wind turbines, built a huge reservoir that works as a battery, and installed three desalination plants that will let the tiny outpost harvest its drinking water from the sea. Now, the $75 million project is almost ready to be brought online.

The entire pioneering system is slated to begin its stab at modern closed-loop living at the end of June. While there are a number of solar power-reliant island communities, the press has dubbed El Hierro the first to live entirely off of the wind. Its only serious predecessor is Samso, a Danish island that’s also powered almost entirely by wind power, but unlike Hierro, it’s still wired up to the mainland’s coal-fired grid.

Right now, El Hierro relies on diesel generators to keep the lights on for its 10,000 residents, a practice that’s both costly and dirty. The new fleet of turbines will be capable of generating 11.5 megawatts of power.

That’s more than enough, when the gusts are ample, to keep electricity flowing to all of its homes and shops, as wells as to its three desalination plants. So when the gales are good, water and power are teased out of the sky—but it’s how El Hierro handles a lack of wind that harbors the biggest innovation.

Inset image of El Hierro: Cnes/Wikipedia

Topics: clean energy, batteries, Earth, energy, wind power, environment

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Go there and read. More next week.

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Being Green When You Are Dead – The world of death is getting greener all the time

Green funerals are all the rage now.

http://www.greenlifestylemag.com.au/node/302/full

Dying to be green

G Magazine

Eco funeral alternatives that allow you rest in harmony with the Earth

My mother wants to be composted when she dies. Not just in a figurative “give my body to the Earth” way, but in a way that befits someone whose passion for gardening knows no bounds.

Her final act will be to produce the lushest crop of tomatoes and zucchini her garden and this world has ever seen. I’m not entirely sure what the health department will make of this request, but my mother doesn’t care. She’ll be dead.

As the Baby Boomers enter their twilight years and begin to consider the details of their demise, it’s no surprise that this enterprising generation are pushing the boundaries when it comes to their funerals. And with the environment front and centre of society’s conscience, many are planning their funerals with future generations in mind.

“There’s a global movement towards green burial,” says Zenith Virago, death consultant and president of the Natural Death Centre Australia in Byron Bay.

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Solar Power Wins – So much for it being intermittent, or not storable

All the criticisms of alternative power sources were just a bunch of bullshit put out by the fossil fuels industry to try to prevent the widespread use of the. And the proof by god is in the numbers.

http://finance.yahoo.com/news/california-electric-grid-sets-solar-231527788.html

California electric grid sets solar generation record

Reuters

March 10 (Reuters) – California set back-to-back solar power records last week, the state grid operator said on Monday.

The amount of electricity produced from carbon-free solar facilities connected to the grid reached 4,093 megawatts on Saturday, surpassing the day-earlier record of 3,926 MW, the California Independent System Operator (ISO) said in a statement.

With 5,231 MW, California leads the nation in installed solar generation, including thermal and photovoltaic facilities, according to the Solar Energy Industries Association.

Power generated from solar has more than doubled from June 2012 when the ISO recorded 2,071 MW of peak production, the ISO said

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Wind Farms Could Tame Hurricanes – That is a pretty radical conclusion

So a closer analysis leads to some doubts. First and foremost it takes “tens of thousands” of turbines to do it. That is A LOT of turbines. Second, the placement and the impact of that many turbines is not really considered nor what to do with the electricity generated. As the engineer said in the article building that many turbines is not feasible now. But it is a pretty exciting thought experiment.

http://www.usatoday.com/story/news/nation/2014/02/26/offshore-wind-farms-tame-hurricanes/5813425/

Offshore wind farms can tame hurricanes, study finds

Offshore wind farms can tame hurricanes rather than be destroyed by them, says ground-breaking research led by Stanford University that touts the benefits of wind power.

Billions of dollars in U.S. damage from mega-storms Katrina and Sandy might have been avoided with a perhaps surprising device — wind turbines.

That’s the finding of a ground-breaking study today that says mammoth offshore wind farms can tame hurricanes rather than be destroyed by them. It says a phalanx of tens of thousands of turbines can lower a hurricane’s wind speed up to 92 mph and reduce its storm surge up to 79%.

Unlike sea walls, which protect cities from storm surges, wind farms pay for themselves by generating pollution-free electricity, says lead author Mark Jacobson, an engineering professor at Stanford University. “The additional hurricane (protection) benefit is free.”

No offshore wind farms currently operate in the United States, although 11 are under development — mostly off the East and Texas coasts. Most of the world’s offshore turbines are in northwestern Europe, but China is ramping up its capacity.

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Warren Buffet Loves Renewables – Shouldn’t you

When Warren speaks everyone listens. So for this Thanksgiving buy a little stock in a renewable energy company and enjoy…

http://www.fool.com/investing/general/2013/11/27/when-it-comes-to-renewable-energy-buffetts-not-blo.aspx

Here’s What Warren Buffett Thinks About Renewable Energy


“Rule No. 1: Never Lose Money. Rule No. 2: Never Forget Rule No. 1.”
–Warren Buffett

Warren Buffett is famous for both his legendary investing acumen, and his simple, straightforward investing advice. For years, alternative energy has been viewed as non-competitive with traditional energy production from coal and other fossil fuels, making them money-losers for most investors.

Buffett’s own Berkshire Hathaway  (NYSE: BRK-B  ) subsidiary MidAmerican Energy is heavily investing in alternative energy sources, including both wind and solar. And considering that MidAmerican produces more than $1.2 billion in annual “ammo” for Buffett’s “elephant gun,” the story on renewables is clearly changing.

Should investors follow the Oracle into “green energy” to make more greenbacks? Let’s take a look.

MidAmerican has been investing in wind energy for a decade, and is easily the largest producer of wind energy in North America; wind actually accounts for more than 30% of the company’s total energy generation capacity. Current projects will move the total to almost 40%.

MidAmerican has relied on both General Electric  (NYSE: GE  ) and Vestas  (NASDAQOTH: VWDRY  ) for wind turbines for different projects. A large project in California, which deployed more than 300 megawatts of power generating capacity, featured 100 Vestas wind turbines. GE’s turbines, on the other hand, are the most commonly used in MidAmerican’s fleet

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Go there and read.  More next week. When it is my birthday, YAA.

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Germany Gets 20% Of Its Power From Renewables – After the renewable gold rush

I thought I would start us out with a song.

http://www.youtube.com/watch?v=NOMaqe0LOmo

The days when all the lies are proven false is right here and right now. Wind, solar and geothermal can replace coal gas and oil. And hthey can do it in the industrial heartland. It is the future and ain’t it grand?

http://uk.reuters.com/article/2011/10/17/us-germany-renewables-boom-idUKTRE79G0N420111017

 

Analysis: Renewable “gold rush” powers Germany’s north shore

 

 

ROSTOCK, Germany | Mon Oct 17, 2011 6:04am BST

(Reuters) – Renewable energy has created a “gold rush” atmosphere in Germany’s depressed north-east, giving the country’s poorhouse good jobs and great promise.

The natural resources attracting investors and industry are of a simple variety: wind, sunshine, agricultural products and farm waste such as liquid manure.

The rush to tap green resources in Mecklenburg-Vorpommern state is reminiscent of the frenzies that came with gold or oil discoveries in past centuries. The buzz can be felt in towns and sparkling new factories across the Baltic shore state.

“Renewable energy has become extremely valuable for our state,” said its premier, Erwin Selling, in an interview with Reuters. “It’s just a great opportunity — producing renewable energy and creating manufacturing jobs.

“From an industrial point of view we’d been one of Germany’s weaker areas. But the country is abandoning nuclear power. That will work only if there’s a corresponding — and substantial — increase in renewables. It’ll be one of Germany’s most important sectors in the future. We want to be up there leading the way.”

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Taiwan Does Solar In A Big Way – Asia in general understands the need to ditch coal

China is having smog days in some cities that have pollutants 50 times higher then allowed in the United States. Rates that can cause lung damage in mere minutes. So everyone in Asia is well aware that they need to switch from carbon fuels to renewables. Unfortunately, India has not learned the lesson yet.  But Taiwan definitely has.

http://solarbusiness.com.au/rise-rise-taiwan-solar/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+SolarBusinessServices+%28Solar+Business+Services%29

The rise and rise of Taiwan Solar

21 Oct, 2013

(I skipped the first couple of paragraphs)

Either way, this beautiful, mountainous, island nation has become a technological powerhouse in Asia. Driven initially by Japanese influences prior to World War 2, it has developed a highly successful semiconductor industry including wafer foundries, Integrated Circuit (IC) packaging and testing industries and was considered the world’s number one in 2011 in terms of IC revenues.

The Taiwanese semiconductor industry developed an early vertical integration model (upstream, midstream, and downstream sectors) including silicon materials and silicon wafering; midstream IC design, IC manufacturing, and IC packaging industries; and downstream computer, cellular phone, and consumable electrical product companies. The transition from semiconductor to photovoltaic industries was a therefore a logical and natural progression for Taiwan and explains why it has become so enormously important.

Fast forward to 2012 and the beginning of trade tariffs on Chinese made PV products in some countries.  With deep historical and business ties to China but technically an independent status, the importance of Taiwan’s PV manufacturing sector took a huge leap forward.

One example of the Taiwanese PV industries rise to PV success is WINAICO.  WINAICO’s parent company is Win Win Precise Material Co Ltd who established themselves in 2003 as a supplier and marketer to the semi-conductor industry. By 2007, it had created Winergy Solar and soon afterwards WINAICO, establishing a network of global sales offices and joint ventures to develop, market and deploy its PV technologies.

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With A Name Like Dong – Their windmills have got to be huge

I know, I know. The comments in the title are sexist, xenophobic, and take advantage of language differences which border on the obscene, but I made you LOOK didn’t I. Any improvement in wind turbines is good news for the world.

 http://uk.news.yahoo.com/dong-launches-wind-turbine-demo-project-britain-093643593–sector.html#PEqa6aI

Dong launches wind turbine demo project in Britain

LONDON (Reuters) – Dong Energy launched a project on Thursday to test two new giant offshore turbines at its wind farm off England’s Essex coast, marking a step forward in the next generation of wind turbine technology.

Energy minister Greg Barker opened the extension to Dong’s 172-megawatt (MW) Gunfleet Sands wind farm, off Clacton-on-Sea. The 6-MW turbines were supplied by Siemens.

The Department of Energy and Climate Change (DECC) said the turbines have the potential significantly to cut the cost of producing renewable energy from offshore wind.

The turbines will be tested to help Dong understand how the technology could be rolled out in future British projects.

Last year, Danish state-owned oil and gas group Dong agreed to buy 300 giant offshore wind turbines with a total capacity of 1,800 MW from Siemens for its British wind farms.

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