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Join the Cheap Solar Revolution

Posted: 11/12/2013 5:47 pm

When you pass from one geologic age to another there is very little fanfare. There is no commemorative ceremony and no plaque. When you're talking millions of years you're not going sweat the exact year the Neolithic age began.

But it was on the roof of a new office building, hard hat on my head and camera around my neck that I had a moment of clarity. I was able to step back and realize that we as humans had entered the solar age.

I was surrounded by a sea of solar panels, 624 to be exact, part of a 153-kilowatt system on the Eastgate office building in Edmonton. And it was in conversation with Clifton Lofthaug, the principal of Great Canadian Solar and the installer on the project.

It was the revelation that even here in Alberta, solar energy is cost-competitive with dirtier, conventional forms of coal and natural gas-fired electricity.

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Eleven cents a kilowatt hour. That's the cost to produce the electricity coming out of those dense, inscrutable panels of silicon. That's also roughly the retail cost of electricity here in Alberta.

Soon, it won't make sense to not have solar on your house, on your office or on any spare building that faces South.

It's simple math. The cost of electricity is going up while the cost of solar is going down. Way down. Thirty-five years ago a watt of solar photovoltaic power cost $75. Now it costs $0.75.

And according to Swanson's Law, the more solar panels we make, the cheaper they get.

THE REVOLUTION STARTS NOW

It's not just Eastgate. That project is small fry. Look at this 250-megawatt project in California that is also producing power at rates that can compete with conventional electric generators.

Engineer and solar expert Gordon Howell confirms solar's rise: "It's is indeed (growing), oh my goodness it's amazing how much work I have this year even compared to last year which is a record compared to the year before."

In Alberta, the solar industry has grown 78 per cent per year, for the last three years according to the statistics from the Alberta Government. Across Canada solar has grown 115 per cent per year for 10 years

According to Bloomberg New Energy Finance analysis 36.7 gigawatts of new solar PV will be added world-wide in 2013. This will outstrip new wind power projects making this the first year that solar will overtake wind.

Jenny Chase, a clean energy policy analyst for Bloomberg New Energy Finance says the solar market will be 16 times larger and 30 to 40 per cent cheaper than it is today by 2030 in a recently posted interview from Bloomberg's Global Renewable Energy Market Outlook.

The smart money is on solar and everyone knows it.

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LEEDING THE WAY

The motivation for putting solar on Eastgate came from the developer of the project. He was looking for LEED gold status (LEED explained).

Shafraaz Kaba is the architect for the project. While he originally looked at an natural gas co-generation project in order to get the points needed for the LEED gold certification when he looked at the dollars and cents solar was the winner. Co-generation was an order of magnitude more expensive.

"You want something that has a low maintenance aspect. You want to generate power without creating complexity for your clients so solar is a really good way to do that," says Kaba.

When it comes to non-residential commercial buildings that are looking for LEED status or even just a way to reduce their electricity bills solar electric systems are increasingly a no-brainer.

REALITY

While solar might be as cheap as ever it doesn't mean solar will replace the majority of conventional electric generation in the near term. The grid currently depends on the baseload power provided by things like coal, natural gas and big hydro.

No one is suggesting that solar will provide all of your power in the next five years or even the next 50. But once solar reaches a critical mass, like it has in Germany and a couple other places it changes not only how the electricity system is run, but the politics surrounding it.

Conventional producers depend on reliably high daytime prices in their financial models. With solar providing low cost power during the day the business models of the conventional generators are disrupted the more solar power that comes online.

And with systems for your home coming down to the $20,000 to $30,000 range and paybacks hovering between 15-25 years you could install solar now and get in while the getting is good.

Solar is gathering momentum and people like Gordon Howell know it. While it may take a little more time for us regular folks to realize it, we are now in the solar revolution and the predictions of Bloomberg and others are that it will be the single most important source of new electricity of the next 15-20 years.

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  • Clifton Lofthaug and Shafraaz Kaba

    Clifton Lofthaug and Shafraaz Kaba on the roof of the Eastgate office building in Edmonton amidst a 153 kilowatt solar PV system. Photo by David Dodge, Green Energy Futures.

  • Moving panels

    Matt Simard and Rae-Anne Wadey installing solar PV on the Environment Canada Eastgate project for Great Canadian Solar. The solar system is one of the largest in the Edmonton area. Photo David Dodge, Green Energy Futures

  • Different solar panel

    Solar costs are coming down and the technology is improving. Morgan Solar of Toronto is a startup company producing new tracking devices that are used with their new concentrating solar modules that they say are twice as efficient as conventional solar PV. Photo David Dodge, Green Energy Futures

  • Eastgate roof

    Clifton Lofthaug and Shafraaz Kaba on the roof of the Eastgate office building in Edmonton amidst a 153 kilowatt solar PV system. Photo by David Dodge, Green Energy Futures.

  • Cheap solar

    EECOL Electric in Calgary is an example of a growing number of companies getting involved with solar energy. EECL sells solar equipment and the store itself features a 47.2 kilowatt solar system. Photo David Dodge, Green Energy Futures

  • Solar panel installation

    Rae-Anne Wadey of Great Canadian Solar working on the Eastgate Environment Canada building in Edmonton. Photo by David Dodge, Green Energy Futures.

  • Eastgate panels

    Clifton Lofthaug and Shafraaz Kaba on the roof of the Eastgate office building in Edmonton amidst a 153 kilowatt solar PV system. Photo by David Dodge, Green Energy Futures.

  • Eastgate

    Shafraaz Kaba of Manasc Isaac Architects stands in front of the Eastgate building that he designed. Photo by David Dodge, Green Energy Futures.

  • Solar installation

    Matt Simard and Rae-Anne Wadey of Great Canadian Solar installing one of 624 solar modules on Environment Canada’s Eastgate Office complex in Edmonton, Alberta. Photo David Dodge, Green Energy Futures

  • Batteries

    Carmine Pizzurro with eCAMION's Community Energy Storage system that contains 1,700 lithium ion battery cells, works well with solar and provides enough electricity to power 20 to 50 homes for short periods of time. Energy storage is a key component to a diversified energy supply. Photo David Dodge, Green Energy Futures

  • Solar panel installation

    Matt Simard of Great Canadian Solar installing one of 624 solar modules on Environment Canada’s Eastgate Office complex in Edmonton, Alberta. Photo David Dodge, Green Energy Futures

  • Inverter check

    Clifton Lofthaug of Great Canadian Solar inspects the series of power inverters that are part of the 153 kilowatt solar system his company installed on Environment Canada’s Eastgate office complex. The project is one of a growing number of projects turning to solar in order to achieve Leed Gold status. Photo David Dodge, Green Energy Futures

  • Gordon Howell

    Gordon Howell of Howell-Mayhew Engineering says cost of producing electricity using solar is getting very close to competitive rates, but without any of the downsides of conventional energy production. Photo David Dodge, Green Energy Futures

 

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