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But it will cost the district nothing. Tesla installed the $3.2 million facility using a $1.9 million Pacific, Gas and Electric grant to cover part of the expense and will pay for operations and maintenance. The district and Tesla will split energy savings estimated of $110,000 annually.
Happy Holidays Everyone!!
I have to admit that the rebate rates on christmas eve have been rather volatile, moving between 90% to 41%. So I am not entirely sure if it is due to short overcrowding or just some holiday season anomaly.
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I also noticed strong correlation between recently exchange reported short interest data and MarkIt's daily data. As per MarkIt, short interest went down pretty much every day this week. Again adding evidence to theory that shorts are covering into weakness (NV ruling). That aligns well with the rebate rates in the last column of the above screenshot.
Hello all! I'm considering adding SCTY to my long-term portfolio, and looking at the SEC 10-Q (30 Oct 2015) in order to understand the company's financials: http://investors.solarcity.com/sec.cfm?view=all
If I am reading this correctly, Solar City expended roughly 1.7 Billion USD in the first 9 months of 2015. These expenditures funded operations, about 500M USD, and construction of new solar arrays 1.2B USD.
The company raised approximately 750M USD from a line item described as: "Proceeds from investment by noncontrolling interests and redeemable noncontrolling interests in subsidiaries" Question: Is this cash raised through some kind of debt obligation? Like bonds sold to some private entity?
The other big line item for cash raised is about 780M USD from "long term debt". How is this different from the 750M mentioned above?
About 400M USD in raised $ comes from Solar Bonds and asset backed notes, which I understand. The SolarCity website has a section where I could actually buy bonds directly from them.
As I understand it, the basic business model for SolarCity is to spend a lot of $ up front deploying Leased Solar Arrays to homes and businesses, and realize cash flows over the 20 year lease period[paying for the cost of the hardware and/or the electricity the panels generate]. This seems to be similar to Internet services companies (like a health insurance brokerage), which spend a lot of money upfront in the hopes of realizing subscription revenue that will eventually greatly exceed the upfront cost.
I guess one could attempt to model the expected cash flows and attempt to see when SolarCity begins to take in more $ than they expend in expansion. In the first 3Q of this year they took in about 285M USD in revenue. I am trying to figure out what this year's massive capital investment will yield next year.
Events & Presentations - SolarCity
Find the Analyst Day on this page under archived events, December 15, 2015.
Couldn't keep up with this thread the last several days with the Holidays going on, but I've had a chance to catch up and wanted to say thanks for all the links. Seems the battles are starting to heat up with this transition.
jhm - I really like your idea about keeping up with the oil/utility industry and digging into some of those articles on oilprice.com. Not sure if I have the time, but I'll start checking some of them out as well.
Not news to any regulars on this thread, but another article laying out the stranded asset case: Why Big Oil Should Kill Itself by Anatole Kaletsky - Project Syndicate
Renewable energy is a big part of these predictions, but the article also points out how shale producers force OPECs hand: OPEC can limit supply to drive prices upwards (and send more business to shale producers) or they can keep production steady, which depresses prices and drains reserves.
So now that oil is subject to actual competitive forces, we should just use the cheapest oil we can get. Oil companies in turn should take this time to gracefully exit from their incredibly expensive quests for new and harder-to-develop reserves, since there's little reason it will make economic sense to produce from those sources in the absence of a cartel to protect prices.
This is a pretty good piece. However, the author is still of the mind that renewables are not yet at price parity with fossil fuels. He sees this as a future development when at the margins it has already happened. It is certainly not necessary for renewables to be cheaper than fossils in every application. If renewables are able to address just 5% of the market for fossil fuels, this is sufficient to create a glut until 5% market share is taken from fossils.
But even at a gross level, solar already is cheaper than oil. Consider a solar PPA at $40/MWh. There are 5.8 MMBTU per barrel crude oil, and an oil-fired generator uses 10.33 MMBTU to make 1 MWh. Thus, ignoring the cost of refining and shipping oil to make it useful, a $40/MWh PPA is at parity with crude at $22.41/bbl. Or if one wants to back out 30% ITC (as if any energy prices are free of political influences anywhete), then we have solar at $57/MWh is at parity with $32.08/bbl. Either way crude is trading at a premium to solar per unit of electricity.
I believe that OPEC understands that oil cannot trade at too high of a premium to solar or any other energy source. It has often been said that solar does not really compete with oil because not much oil is used for electricity production. But in 2012, 5% of electricity was petroleum-based, about 1.13 TWh. This amounts to about 5.5 mb/d of demand for crude, or about 6% of total crude consumption. Because solar power can be obtained local just about anywhere, solar competes with the 5.5 mb/d oil demand in a way that is inaccessible to coal or natural gas, though LNG can make in roads too. Obviously, if oil is priced at too much of a premium to solar, it will lose market share. Moreover, with batteries solar could take 5 mb/d or more. Now it takes about 145 GW of solar to offset 1 mb/d of oil. So while OPEC thinks about putting a cap on production to cut output 1 mb/d, they also have to consider the impact of higher oil prices pushing 145 GW of solar into oil-fired generation markets. So with $32/bbl at parity with $57/MWh, oil above $64 allows utility scale solar in this market to breakeven in about 7 years. Now this is not even considering the cost of refining or shipping, so all-in savings can accumulate even faster. These other costs continue to make solar energy cheaper than oil generation when oil is under $32/bbl, just look at Hawaii. Even so, the uptake of solar would be much faster with oil over $60. So the folly of OPEC pushing the price back up to $60 is that in just two years at this price solar could wipe out over 1 mb/d in demand. As it stands, the world will install about 70 GW solar in 2016, growing at just 30%, but if oil were still floating around $90, solar would go into hyper growth, say 50% per year, 115 GW in 2016 and 170 GW in 2017. OPEC knows they can't afford to prime that powder keg.
Very insightful post about he tricky position oil producers & oil producing countries are in. Thanks.
If companies like Shell, BP, Exxon etc do not act now and turn into energy companies instead of oil companies, they might get in big trouble soon. Best option for them could actually be to become energy storage & energy producers by investing in solar cell & battery cell production.
Once investors start moving away from them in bigger number than they already do now, they will no longer have the funds & credit to invest in large solar and energy storage, and their current customers (the utilities, car companies and consumers) will no longer need them and do that themselves in growing numbers.
Importing industry.
How does a state like Nevada with no inherent energy industry push renewables out? Protecting entrenched utility companies is an obvious enough incentive, but how do you put off importing millions of dollars in tax revenue?
It's obvious enough why Pennsylvania's legislators protect the natural gas industry, we're awash in methane and lots of folks are employed by frackers so we're somewhat willing to be influenced against our own interest. But the economic impact for a state like Nevada must be astronomically negative.
Are there any good articles out there calculating the financial impact to a "non-energy" state's bottom line? What kind of return can NY expect if they turn western NY into the solar hub of the east coast?