Sunny Valentine

Shivers, light and crisp, fleeting and hot. Air, cool and fresh, zesty and alive, dancing playfully. A delicious burning, an upwelling of yes, a candid frolic of splendor all simmer and burst forth. Ears, eyes, smile because they simply can’t not. Excitement, expectation, warmth, unbridled potential and untended appreciation.  Life, it seems, is amazing.

 

We all know the feeling. It’s been sung about, painted about, and written about for centuries. People have paid for it, lived for it, and died for it. It’s hard to describe but you know it when you feel it. It’s being in sun.

 

That’s right, being outside in the sunshine. It feels like nothing else.  (Except, err, maybe love gets a little close…but it’s really not the same.)

 

Valentine’s Day means different things to different people. To us it means appreciation – of each other, our world and the sun that powers it. We wish you a very sunny Valentine’s, and heartily suggest you step outside for just a moment, no matter where you are, and bask in the light. Happy Valentine’s Day!

 

(P.S. We just sung a love song asking our customers to be our valentines. For best viewing experience, please mute your speakers :)

 

Save the Delaware River

Going solar is bigger than just saving money each month on your utility bill.  Going solar is about being part of the solution.  It’s about standing up for what’s right and leading a desperately needed change in our energy portfolio.

 


On Nov. 21st the Delaware River Basin Commission (DRBC) will vote on fracking regulations, that will allow thousands of gas wells to be drilled in the Delaware River Basin — the largest unfiltered drinking water supply in the world.  Join Mark Ruffalo in Trenton, NJ on Nov 21st to tell Obama, Wall Street, and the DRBC that our health and our lives are not collateral damage for the oil & gas industry.  Help stand up for New York, New Jersey, Delaware, and Pennsylvania.

Visit the Water Defense website for additional details on the event.

For more information on fracking or how Mark Ruffalo is involved with Sungevity, check out our blog post from July 11th.

Don’t Be Fooled: Solar is Hot

There’s a lot of confusion about the promise of clean energy jobs, and the picture only got murkier two weeks ago with the bankruptcy of Solyndra, a start-up US solar equipment manufacturer.  Given the funereal coverage of the Solyndra collapse, you might think solar is shaping up to be another dud in a series of attempts to make something good happen in this economy.  It turns out you’d be dead wrong.

 

Solar is the fastest growing energy sector and fastest job-creating industry in the country right now, and is likely to remain so for years to come, the failure of one company notwithstanding.

 

So what’s going on in solar?

 

Solyndra’s bankruptcy is regrettable, but not surprising.  This one company’s business model was dependent upon providing a particular design of cheaper solar equipment. Unfortunately for them, their U.S. and overseas manufacturing competitors developed technologies and processes that reduced the price of solar panels by 67% over the last three years.  (Repeat: The price of solar panels has dropped 67% in the last three years!) These changes in technology passed Solyndra by, leaving them with the cold, hard facts of business – Solyndra could not compete with the rest of a fast-evolving industry.

 

Like the constantly evolving cell phones and computer industries, economies of scale and innovation will force individual, non-competitive companies out over time.

 

But the bigger picture for U.S. solar is bright.  Last year, the solar energy industry grew more than 100% in the U.S., compared to overall GDP growth of less than 3%.  This industry growth was mirrored in job figures.  The number of solar jobs nearly doubled from 2009 to 2010 and growth continues in 2011.  Over the next 10 years, growth in this renewable energy sector is likely to expand exponentially.

 

This progress ultimately benefits consumers. In many parts of the U.S. today, homeowners can see their overall electricity bills go down 10 - 20 % overnight by switching to solar electric service through the availability of solar leases, without putting any money down or taking on debt.  That prospect – switch to solar for free and save money – is driving mass adoption, in the US and globally, and mass adoption is driving scale and price reductions further.

 

This is a great development for Americans, both as consumers of cleaner, cheaper electricity, and as participants in an economy that is seeing massive job growth from the solar industry in all 50 states.  While solar equipment manufacturing creates jobs, it turns out that there are four times more jobs in construction, innovation, software and marketing. These are jobs where America excels, and can’t or won’t be exported.

 

Solar’s growth is even more compelling when compared to the fossil fuel industry it is disrupting. In fact, the rate of solar job creation is significantly higher than the expected three percent net job loss in fossil fuel power generation.

As solar energy continues to disrupt fossil fuels’ monopoly on energy generation, it should be no surprise that opponents of solar, many of whom are funded by the oil and gas companies, often claim that solar benefits from outsized policy investment.

 

In fact, solar receives a small fraction of the subsidies the fossil fuel giants are granted, in spite of the fact that oil, gas and coal are mature industries that expose the country to environmental and geopolitical risk while individual companies break world records for quarterly profits with frightening regularity – in fact each time our gas prices spike.

 

Solar and other renewables do receive some policy support, but on a much smaller scale than the fossil fuel industries.  A recent study from the Environmental Law Institute showed that fossil fuels companies received a total of $72 billion in subsidies, compared to less than $2 billion for solar companies, during most of the last decade.

 

Or taking the longer view, in the aggregate, oil and gas companies have received about $450B in subsidies since World War I, while renewables in total have received about $6B.  And it’s not just because oil and gas have received subsidies for a longer period.  The same study found that oil and gas has received an average of $4.86B per year during its subsidy period (since 1918), while renewables, of which solar is just a subset, have received only $.37B per year, and only since 1994.

 

The point of a subsidy is to help a new industry achieve scale, so that the whole country can benefit.  With smart policy investments for solar, the goal is being achieved.  Today, nearly100,000 American construction workers, installers, innovators and other support service employees are building the US solar industry.  And small businesses are sprouting up all over the country.  Job figures are swelling, uniquely in this economy, subsidies are falling in many places, and US energy consumers are better served.  Within the next decade, solar will no longer need policy investments, unlike the fossil fuels that have depended upon them for nearly a century.

 

Consider this: every single day, more energy from sunshine falls on this country than we can consume in 10 years.  We’re finally figuring out how to convert and use that energy cheaply, so we don’t have to dig up, transport and burn 200 million year old carbon to power our lives.  There will be the occasional business casualty along the way like any other industry, but this is a journey that will make America more prosperous and secure.

 

Solar Economics 101 with Andrew Birch

Hi there.

 

Did you ever wonder about the economics of going solar and why there aren’t even more solar-powered homes?  The answer might surprise you.  Check out our latest YouTube video starring Andrew Birch, our CEO:

 

 

What do you think?  Did you catch that the DOE expects  2/3 of all US homes to be lower cost with solar at some point within the next 4 years?  It might be time for you to start powering your life with sunshine!

 

You can follow Birchy on Twitter for more of his thoughts on solar economics, solar politics, and the solar landscape in general.  Knowing Birchy, you might also see a few Tweets on kayaking, surfing, windsurfing, or even Scotland, the first place he ever called home.

 

Still craving more Sungevity? Consider subscribing to our YouTube channel.  There will be videos in the coming months that you won’t want to miss, including some insightful customer testimonials.

 

The Ascent of the Sun: Say Good-bye to Ol’ King Coal (Part 3 of 3)

So how does solar stack up against coal?  If you ignore the externalities then coal power is cheap, but not for long as a couple of things happen:

  1. We’re going to start running out of the easy stuff to get
  2. We’re going to internalize some of the true costs of coal power.

I won’t go into detail about the coal supply in America but suffice to say that when someone tells you there are abundant coal reserves here, ask them how many are recoverable. The truth is that most coal production areas are depleted or on the way and America now sources 40% of its coal from one small river basin in Wyoming.

 

Powder River Basin (PRB) has 13 big mines but none of them will be viable in 20 years, in terms of producing coal at a cost structure that makes sense.  The main problem is the stripping ratio, or amount of ground that needs to be removed to get to the coal. The market is already reflecting some of Old King Coal’s problems as per these facts:

 

1. The delivered price of coal increased 3 times faster than inflation in the past 5 years

2. The cost of transporting PRB coal is 3 times greater than Its mining costs

3. Oil has twice the impact of mining on the cost of delivered PRB coal

4. States dependent on coal had the highest electricity price increases in the past 5 years

5. US coal mining productivity peaked in 2000 and declined 20% since

 

Remember that all of this is happening against a backdrop of solar power’s costs falling precipitously.  The only real question remaining is how long will coal be competitive?

 

Not for long. Indeed, you could not start on a new coal fired power plant in America today and have it up and running before it was more expensive than a solar plant.

 

Another reason this is a good change (aside from the climate benefits, saving the land from being blown up, and protecting our children from asthma) is that photovoltaics create more jobs than coal per kilowatt hour of power provided.

So our time in the sun is not done – we just have to bring it on. We’re very quickly realizing that coal is a pretty inefficient way to store the energy in sunlight. Digging it up and burning it to boil water is even more inefficient as a way to make electricity. Humanity will increasingly look up and access that same energy straight from the source. If you ever want to go solar in your own life please do so with Sungevity.  You can get your free Sungevity iQuote today if you are in AZ, CA, CO, DE, MA, MD, NJ, or NY.

 

We look forward to serving you…

 

The Ascent of the Sun: Stepping on the Gas (Part 2 of 3)

Solar electricity comes straight from the source – by which I mean that most electricity is some form of converted sunshine.  I bet when you plug something into your wall you don’t think about the fact that you’re plugging into the sun.  Unless, of course, you already have a PV system.

 

The electricity that comes out of your outlets is about 50% coal-based in the US, but coal is really just sunshine that was stored underground for a couple of hundred million years.  After the coal is unearthed it is burnt in a box somewhere far away to boil water, generate steam and spin a turbine.  Pretty inefficient, right?

 

Increasingly gas is being used instead of coal as a slightly more efficient form of stored sunshine. In some markets gas-fired power is coming to dominate due to the fact it burns a little bit cleaner – although nowhere close to the cleanliness of direct solar. Gas-fired plants are also easier to turn on and off than coal plants, so they are used for peak load, which is when the demand for electricity is at its max and generation must be increased to meet that need. Peak load typically occurs in the late afternoon/early evening when businesses are still open, but many people have already gone home and turned on their air conditioning while they cook dinner, do laundry, watch TV, etc.

 

Solar is a great replacement for this load, since it’s clean power AND the peak hours of solar power generation line up pretty well with peak demand.  For people with PV systems who are on a Time of Use rate schedule then it works out perfectly because they’re producing electricity and selling it back to the grid when it’s more expensive and buying it back at night when it’s cheaper.

 

Speaking of cost, let’s look at what happened at Southern California Edison (SCE) earlier this year.  SCE, a big conventional utility, asked regulators to approve 20-year contracts to buy 250 megawatts of electricity from 20 small-scale photovoltaic farm. According to Todd Woody of Forbes, the 20 projects — which will generate between 5 and 20 megawatts — will produce electricity at a cost below what utility industry wonks call the “market price referent.” The MPR, as they call it, represents the levelized cost of electricity over 20 years of a combined cycle gas turbine like those typically found in natural gas power plants in the Golden State.  Translated into plain English, solar power is fast becoming cheaper than gas-fired power.

 

So in the real world marketplace of California gas is getting too expensive, when it compares to solar direct.  Here’s a graph to show you the same points (tip of the hat to VoteSolar for all these facts & graphs):

My third installment of The Solar Ascent is going to focus on coal.  Here’s a question for you to answer in the comments: Only two states don’t have any coal-fired generating capacity.  Which ones are they?  No cheating! :-)  The first person to guess both states correctly wins a Sungevity t-shirt.

 

Next week: The Ascent of the Sun: Say Good-bye to Ol’ King Coal (Part 3 of 3)

The Ascent of the Sun (Part 1 of 3)

Hi, Sunshine!  Look around for a second.  Notice anything different?

 

That’s right, you clever little kitten, you.  We’ve made some major changes to our blog, including:

  • Enhanced Sharability – We’ve made it super-easy to share posts on Facebook, Twitter, and even LinkedIn.
  • Simple Subscription – Look to the upper right and you’ll see a one-click way to subscribe to the blog via RSS.  For those of you who aren’t BFFs with RSS, we have an equally easy way to get our posts via e-mail.
  • Riveting Content – Moving forward we’re going to be focusing more on energy innovation, solar lifestyles, and “The Life and Times of Solar People.”

We hope you’re as excited about these changes as we are.  We want this blog to be a two-way conversation, so join in on the dialogue and let us know what you think!  Also make sure you’re following us on Facebook and Twitter.  We’re going to be doing some hot stuff this summer, and we would love for you to be part of it.

 

Okay.  Now that we have all of the housekeeping (blogkeeping?) out of the way, it’s time to kick things off with thoughts on the growth of solar from one of our all-time favorite people – Danny Kennedy.  Danny is Sungevity’s co-founder and President, the spirit animal of the solar industry, and an all around great guy.  With no further ado, heeeerrrrre’s Danny!

 

[[Feel free to grab a sip of water or do a few stretches as Danny takes the stage]]

 

[[Enter Danny, wearing a fabulously bright orange shirt and matching fedora.  SHHHH!  He’s starting!]]

 

The Ascent of the Sun (Part 1 of 3)

 

As of Midsummer’s Eve, 2011, one stand out trend is apparent in our economy and in what is powering our lives– the sun is rising! Indeed, it is an unprecedented rate at which solar electricity is becoming dominant in our global energy supply. I know that’s a significant claim, so in a few coming blog posts I’ll try to provide some historical supporting data to get you as excited as I am about the “solar ascent”.

 

First, consider the ridiculous growth of the solar electric industry, the fastest growing business segment over $100 billion in value in the global economy. We have been doing 65% compounded annual growth rates for 5 years straight through the great recession! With that expansion comes social good like new jobs, pollution reduction, and happy customers saving money on electricity.

Admittedly, solar is still providing only a small percentage of the overall power portfolio, but remember that from little things, big things come. One very big thing that occurred is that more solar got installed last year than nuclear power plants.  And solar combined with wind and biomass now make up more of the electricity supply than all installed nukes do. Plus many gigs of nuclear power are now being shut down post-Fukashima.

Why is solar eclipsing nuclear power? Because solar is safer, faster to install and, most importantly, cheaper.

It probably makes sense to anyone that has paid attention to the nuclear waste debate or the news that a big chunk of Japan has just become a no-go zone. Nuclear power is costly, and as costs mount, rather than being too cheap to meter, it is too expensive to use.

 

What do you think? How does solar compares to other conventional or incumbent electricity generating options? Are we cheaper than coal? What about gas? Head to the comments and place your bets on when we’ll cross over that line for other kinds of electricity generation: 2011, 2020, 2100 or some other time!

 

Next week: The Ascent of the Sun – Part 2, Stepping on the Gas!