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February 28, 2007

BC Could Be Energy Self-Sufficient by 2025

GLOBE Foundation reports ample indigenous renewable energy to meet demand.

The Canadian province of British Columbia could be energy self-sufficient by 2025 from renewable sources alone. Over that same period, greenhouse gas emissions could be reduced to well below year 2000 levels. These are the conclusions of a new report from the GLOBE Foundation which examines the feasibility of moving BC towards a sustainable energy future.

"An Endless Energy economy in action would be an impressive feat, and one that is entirely achievable. Through the practical application of developing technologies and the capabilities of Canadians, Endless Energy can become a reality in British Columbia."

-- Dr. John Wiebe, the GLOBE Foundation, President and CEO

"The Endless Energy Project" confirms that the province's renewable energy potential is such that it could be 100 percent energy self-sufficient within 20 years without undue social or economic hardship. Not only would this provide long-term, secure and stable energy supply for the provincial economy, it would provide some insulation from world energy shocks.

The report found a sustainable energy economy in British Columbia in 2025 could be powered by renewable electricity generation and by biomass energy -- a 'bio-electric' economy.

Large scale utilization of natural renewable energy resources would increase substantially. Hydroelectricity would remain the backbone of BC's
electricity supply. Wind, solar, geothermal and ocean energy sources can all be deployed on various scales in British Columbia.

The Endless Energy Model views the built environment (buildings and municipal infrastructure) as the primary interface between energy supply systems on the one hand, and all the ways we use energy (the demand side) on the other.

Thus, very small scale renewable energy installations for individual buildings would provide up to 14 percent of the total energy needs of homes and businesses in BC, primarily in new construction. Technologies such as
solar water heating, geo-exchange systems, and solar photovoltaic systems could offer cost effective and reliable energy. The use of district energy, in which a group of buildings or a small community draws electricity and heat from a central source, also has strong potential in both urban and rural BC.

The Endless Energy project has evaluated the rising price of conventional energy, energy security concerns, the threat of climate change and many other trends and combined them to show that moving from 40 percent renewable supply in year 2000 to 100 percent renewable supply in 2025 is not only possible, but entirely reasonable and desirable.

Importantly, the scenario described implies little disruption in way people live and the way businesses operate. However, it does imply a major expansion in economic growth as a result of: increased energy and technology exports, major investments in energy efficiency and renewable energy, and replacement of petroleum imports with indigenous bio-fuels and electricity.

If British Columbia was successful in achieving energy self-sufficiency, the world would take notice. As 80 percent of greenhouse emissions result from fossil fuels consumption, the effect on greenhouse gas emissions would be dramatic, and the public health and economic benefits would be widespread.

"An Endless Energy economy in action would be an impressive feat, and one that is entirely achievable," notes Dr. John Wiebe, President and CEO of the GLOBE Foundation. "Through the practical application of developing technologies and the capabilities of Canadians, Endless Energy can become a reality in British Columbia."
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Reader Comments (7)
 
No image available
February 28, 2007
If they can do it we can too. Let's forget about fossil and nuclear and move forward toward what will be our ultimate sustainable energy sources for the long term.
Comment 1 of 7
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March 2, 2007
We have little other choice ... Can Do
Larry Gillespie
Comment 2 of 7
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March 2, 2007
In some sense, this makes no sense. Why has it taken so long to make this happen? Who has held us up using renewable resources? This science is not new. I guess I should just be thankful that somewhere they "get it" and are being proactive. Michael, I totally agree. If they can do then why can't we?
Comment 3 of 7
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March 2, 2007
I'm shocked that so many of the renewable energy initiatives are happening in places where there is so little sunshine. BC, Minnesota, Wisconsin, Oregon and Massachusettes all are very pro-solar, (as is California, but that's besides the point). Where I live, in Arizona, solar is all but ignored and we have 300 days of sunshine each year.
Comment 4 of 7
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March 4, 2007
The notion that the U.S. can do what BC suggests it will do is unrealistic. BC will have as its backbone a large supply of hydroelectric energy. The U.S. gets about 10 % of its elect. energy from hydro and 20 % from nuclear, with most of the other power from fossil fuels. Also, although hydro is the most efficient renewable, the U.S. is going backwards by removing hydro plants or significantly reducing the output of existing hydro. In addition, although there is a potential to add significantly to hydro output without building new dams, it is not happening because of the opposition by environmental organizations. The further notion that we can somehow replace the huge component of energy production from fossil fuels in our lifetime is fantasy. To further exasperate the situation, we have a Congress and an administration that is unwilling to make the hard choices necessary to even make much headway, such as with better automobile standards for gas mileage, etc. So, good luck!
Comment 5 of 7
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March 4, 2007
It all sounds good but think about what happens when one feeds a herd of cows. A person is not going to feed just one cow out of the herd without the rest of the herd nearly stampeding to get fed. Isnt this the reason why the PV market is in the state its in today? Sales of PV modules higher than ever, prices on PV modules going through the roof because supply doesnt know how to keep up with demand? The PV industry begging for more and more government money for R&D?
Comment 6 of 7
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March 9, 2007
New England might tap into its fast growing biomass and convert it to biogas to power generators and fuel cells; or convert it to pipeline quality natural gas.

The problem is that to do so you have to have a very long payback period; and the costs of fossil fuels may still be cheaper in the long run----and you know which fuel people prefer to buy.
Comment 7 of 7
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