Posts Tagged ‘green energy’

New 36 MW Solar Project in East Hawkesbury Will Create Green Energy, Jobs

Wednesday, February 2nd, 2011

Enfinity Canada (Enfinity) has broken ground on its latest green energy project, a 36 MW solar farm in East Hawkesbury, Ontario.  The installation, called the Stardale project, will create jobs for graduates of the province’s photovoltaic training classes, like those offered at Ontario Solar Academy, the first institution of its kind to receive ISPQ certification.

Enfinity is the Ottawa-based subsidiary of Atlanta, Georgia’s Enfinity America Corporation (Enfinity America).  In addition to doing business in Canada and the US, Enfinity maintains offices in thirteen other countries across Europe and Asia.  The company finances and develops renewable energy projects across the globe and provides “turnkey solar solutions for commercial, municipal, and utility customers.”

According to Chris Young, Managing Director, “Enfinity’s international track record is proving to be very attractive to financing institutions in Ontario.  We believe our approach and experienced team can bring many projects to fruition in a very short period of time.”  Enfinity announced last fall that it expected to complete its East Hawkesbury project by spring of this year.

Ontario Rich with Photovoltaic Energy, Workers, Training Classes

When complete, the Stardale photovoltaic project will be a welcome addition to a thriving green economy that includes hundreds of renewable energy-generating facilities of all sizes, jobs, and solar installation classes.  Ontario’s industry is fuelled by a feed-in tariff (FIT) program that pays high prices, locked into twenty-year contracts, to producers of green energy who tie their systems into the electrical grid.  The FIT’s domestic content provisions keep investment money in the province by requiring owners of participating solar projects to certify that they used at least 60% Ontario-sourced labour and materials in their installations.

Enfinity expects to reveal more plans for solar projects within the next month.  “…we are looking throughout our province and North America to acquire commercial solar projects from 500 kW to 25 MW and above,” says Young.  The company’s ambitious plans follow a global trend toward using cleaner methods of generating power and will further increase demand for domestic content and certified solar workers.

Ontario Solar Company Takes Domestic Content to Chinese Market

Sunday, January 30th, 2011

Ottawa, Ontario-based Cyrium Technologies, Inc. (Cyrium) has announced that it has contributed its QDEC line of concentrating solar cells to a 200 kW solar project in China.  Ontario is home to a thriving green energy industry that includes the world’s largest photovoltaic installation and Canada’s first ISPQ-certified solar training institution, Ontario Solar Academy.

The Cyrium team began their green careers at National Research Council facilities in Ottawa before moving into its current headquarters in Kanata, a suburb of the capital.  Last year, the company had an opportunity to apply its technology domestically when it contributed content to solar research conducted by the University of Ottawa’s SUNRISE project.

Cyrium has tried for more than a year to break into the Chinese market.  This latest installation is owned and operated by Qingdao HG Solar Energy Co., Ltd. and uses modules and sun-tracking racking systems produced by China’ Suntrix Co., Ltd. (Suntrix).  The high-concentrating photovoltaic (HCPV) power station uses Cyrium’s triple junction concentrating photovoltaic cells, which have helped break new ground in efficiency.  ”The plant is operating with a system efficiency of 25%,” says Suntrix’s CEO, Guy Rong, “which means this station is not only the highest scale of HCPV in production, but also the highest efficiency for photo-electric conversion in China.”

Company’s Home Province a Leader in Green Energy, Green Career Training

The solar industry in Cyrium’s home province has achieved a lot in the little more than a year since Ontario adopted a feed-in tariff (FIT) program that pays owners of solar, wind, and biomass projects to feed green energy into the power grid.  The program drives up demand for green technology, creating career opportunities and new educational streams like solar certification programs.  It also includes domestic content provisions that require participating parties to certify that up to 60% of the labour and materials they use in their projects originate in Ontario.  The purpose of this provision is to ensure that the money and careers the FIT creates benefit the province.

Groundbreaking green technologies like Cyrium’s CPV cells are in high demand in an industry that continually strives for greater levels of efficiency.  Based in a market fuelled by a powerful FIT program, Cyrium is well-placed to become a world leader in solar cell technology.

Company Awarded for Project That Creates Green Jobs, Clean Energy

Friday, December 31st, 2010

The Canadian Solar Industries Association (CanSIA) has awarded its Solar PV Project of the Year Award to Arizona’s First Solar, Inc. (First Solar), for its successful completion of the Canadian industry’s biggest solar energy installation, located in Sarnia, Ontario.

First Solar built the Sarnia installation and owns and operates it on behalf of Canada’s Enbridge, Inc., one of North America’s largest energy providers.  Both companies accepted the award at this year’s CanSIA conference in Toronto early in December, and First Solar’s VP of Business Development, Peter Carrie, was awarded Solar Leader of the Year for his own contribution to the country’s solar energy industry.

First Solar completed a landmark expansion to the Sarnia facility in October that brought its capacity to generate solar power from 20 to 80 MW and officially made it the largest solar installation in the country, and by some estimates, in the world.  First Solar’s renovations directly created green jobs for 800 workers and indirectly created countless others in design, engineering, and supply.  The installation uses 1.3 million thin film solar panels that the companies expect to create about 120,000 MW of electricity and displace more than 39,000 tons of carbon dioxide per year, or enough power to meet the needs of about 12,800 households.

Project, Province Benefit from Ontario’s Solar Trained Workers

Ontario benefits from a booming solar energy industry that includes manufacturing plants and training programs for solar installers.  Programs like Ontario Solar Academy’s five-day PV design and installation course, for example, help to train both new and seasoned workers for green jobs in the province’s solar economy.  Ontario currently enjoys the most community-owned energy production in North America, thanks in large part to its feed-in tariff program, which pays lucrative rates to producers of renewable energy who tie their projects into the electrical grid.

Projects like the Sarnia facility show what is possible when governments, communities, and corporations work towards common goals.  “Together with Enbridge,” says First Solar’s Senior VP of Project Development for North America, Frank De Rosa, “we are leading the development of utility-scale solar energy in Canada.”

The Green Economy Is Here to Stay

Thursday, December 2nd, 2010

A recent article in the Financial Post describes growing confusion over Ontario’s green economy.  While many workers in the province upgrade their training to make the switch to careers in solar and other renewable forms of energy production, the media have sent mixed messages regarding the industry’s stability.

The main concerns that I typically read about can be summed up as follows:

  • Hydro rates are rising, and we are told that this is largely due to the Ontario government’s feed-in tariff (FIT) for green energy and the high rates the program pays to its participants.
  • A government-initiated tariff is only as stable as the initiating party’s seats in the Legislature – and an Ontario election is less than a year away.
  • The FIT’s domestic content requirements (DCRs) strangle foreign and violate international trade agreements.

The bulk of concerns regarding Ontario’s FIT, which pays producers of energy from sources like solar, wind, and biomass, center around the program’s high prices.  At its most generous, the FIT pays rates of up to 80.2 cents/kW-hour for solar power, which is many times higher than the current market price for electricity.  These general incentives have opened up new opportunities within the province, including solar energy career training for PV installers.  Opponents of the FIT ague that these sky-high prices are primarily responsible for a projected increase in residential energy costs, increases that Ontarians have already begun to notice on their bills in the last couple of months.

High Price for Solar a Small Price for Clean Energy, Careers

However, an interesting study recently prepared by ClearSky Advisors (ClearSky) suggests that the program will only increase the price that the average Ontarian sees on his or her hydro bill by about the cost of one donut per month.  That’s right, a donut.  This is after the researchers crunched numbers related to the social costs of nuclear and coal-fired energy.  The study goes on to say that if the current rate of FIT-application approvals continues for the next five years, the province will enjoy more than 70,000 extra “person years” of employment by 2015.

Of course, the FIT is a political creation, and as such, any party, including the program’s creators, could stop accepting applications at any time, but all currently-approved projects are locked into a twenty-year contract.  We can be sure that players in Ontario’s green economy would be quick to litigate any attempts to change that.  As Adam Webb, President of Ontario’s Sentinel Solar Corp., puts it, “The Ontario government and the OPA would find themselves in a class-action lawsuit brought by every manufacturer that has spent the money to come to the province and open up a manufacturing facility.”

Either way, if the ClearSky study’s findings are sound, politicians who try to rally behind contemptuous attitudes toward the FIT as part of their election platforms may have a tougher sell than they expect.  Even the most ardent capitalist is likely open to the idea that a dollar a month, more or less, is a small enough sacrifice for clean air and jobs.

Certification Criteria Fuels International Ire

Now the DCRs, they do add an unwelcome level of complexity to the issue of whether or not the FIT, and the green economy it tries to create, are “worth it.”  In order to receive FIT certification, projects must contain a certain percentage of materials and use a minimum amount of labour from within Ontario.  For PV projects, this number will top out at 60% as of 2011.

Much like the “Buy American” sloganeering in the US, DCRs make the Ontario PV, wind, and biomass industries difficult for outsiders to penetrate.  Solar panels and parts from overseas are often much less expensive than just about anything made in North America, so the criteria provide a competitive edge in the province’s rapid transition to a self-sustaining renewable energy industry.

The most glaring downside to the FIT’s DCRs is international opposition.  Japan has filed an official complaint with the World Trade Organization (WTO) alleging that the requirements basically amount to subsidies, which violate trade rules.  The complaint is backed by members of the European Union and the United States and has fuelled political debate back home.  One group, led by Mitsubishi Electric Corp. (Mitsubishi), alleges that the DCRs will actually rob 9,000 jobs from the Ontario economy and cost the province $2 billion in potential investment capital.  On the other hand, the ClearSky report found that solar power generation produces twelve to fifteen times the number of jobs per kilowatt-hour as nuclear or coal projects.

Of course, tomorrow could always bring a contradictory report, and the next day another.  The truth is that the solar industry, like every other renewable energy industry, is new by historical standards, and as such, it is inherently confused and confusing.  Politicking and editorial bluster only make a clear analysis of the situation more elusive.  But, if I squint my eyes and peek through the fog, I think I can see a light.  The future is bright and we just have to press ahead.  The green economy may as well be called “the economy,” because it is just tomorrow’s way of doing business.