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Is It Crunch Time for Canada's Wind Sector?

Canadian wind has grown past, particularly in the province of Ontario, but progress is now threatened by recent political changes, popular opposition, subsidy cuts and an upcoming WTO report.

Richard Baillie, Contributor
December 27, 2012  |  6 Comments

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For Canadian wind, the last few years have been pretty good. Growth has accelerated and by the end of 2011 its generating capacity totalled 5265 MW – of which 1969 MW were in Ontario – accounting for about 2.3% of Canada's total electricity demand.

The next few years are also expected to see rapid growth. On current forecasts of projected plants and those under construction, Canada will top 10 GW of wind energy by 2015. And the Canadian Wind Energy Association (CanWEA) has felt confident enough to outline a strategy in which wind energy hits 55 GW by 2025, meeting 20% of the country’s energy needs.

On current trends, this seems only slightly optimistic. More than 1300 MW of wind will be built this year, a modest rise from 1267 MW in 2011. Three provinces have reached major wind milestones: Ontario has broken 2 GW while Alberta and Quebec have each arrived at 1 GW of installed capacity. In Quebec, in fact, the 80 MW Saint-Robert-Bellarmin wind project means EDF EN Canada, a unit of French renewable energy group EDF Energies Nouvelles, will alone have more than 1 GW installed in the province by 2015.

New onshore projects are also being commissioned in British Columbia, Manitoba, Nova Scotia, Prince Edward Island and the Northwest Territories. In offshore wind, several potential sites have been identified on the north coast of British Columbia. Meanwhile, the boom in mining, gas and oil extraction in British Columbia, Alberta and Saskatchewan is expected to fuel demand for new sources of power generation. On the east coast, community wind programmes in Nova Scotia and New Brunswick are attracting attention.

The town of Pincher Creek, Alberta, known as the wind capital of
Canada due to its Chinook winds, has taken on a key role in the
rapidly growing wind power industry (Vestas Wind Systems A/S)

But the long-term view is less rosy. Several provincial electricity grids are reaching their limits for wind power integration. Low gas prices continue to erode opportunities in Alberta and are making wind less competitive in other markets. In addition, mounting public hostility to wind farms has brought extensive permitting delays and aggravated legal and regulatory challenges.

Ontario’s Backing for Wind

At a federal level, Canada lacks a comprehensive clean energy policy. But provincial support – in Ontario – has driven the country’s wind boom.

Ontario is currently the only province with a fixed feed-in tariff (FiT) for wind, launched in 2009 to encourage the development of renewable energy technology, attract investment and create new jobs as part of a plan to phase out the province’s coal-fired generation by the end of 2014. Ontario’s FiT programme foresees 7 GW of wind power projects by 2018. By most measures the programme has been a great success, exceeding the expectations of its backers. A scheduled two-year review of the FiT programme in October 2011 found that more than 2500 small and large FiT projects had been approved.

By the end of 2011, contracts for over 4750 MW of new renewable power had been offered and another 16 GW of applications were pending. Of the contracts offered, 3165 MW were for wind, with just 1332 MW for solar, 193 MW for hydro, and 63 MW for bioenergy. These contracts leveraged more than $10 billion in private investment and brought significant new wind manufacturing capacity. On the basis of this progress, Ontario expects to hit its target of 10,700 MW of non-hydro renewable energy generation by 2015, with 2900 MW of FiT projects currently moving through the Renewable Energy Approval (REA) process.

Yet the review also brought a 15% reduction in wind FiTs. The guaranteed rate for wind power from any source dropped from 13.5 Canadian cents per kWh to 11.5 cents, while prices for biomass, biogas, water and landfill mass were unchanged. Although the drop was less than some had anticipated, it provoked a mixed reaction from the renewables sector. Robert Hornung, CanWEA president, said the new price would prove ‘extremely challenging for many projects and could prevent a number of them from proceeding’.

‘This is particularly true for smaller projects and new entrants to the industry, reducing the number of communities and the diversity of players able to contribute to and benefit from the government’s ambitious objectives,’ he added.

The review also recommended a further study of Ontario’s supply and demand forecast through to the end of 2013 to determine whether an increase in the state’s renewable energy targets would be justified. ‘We made every effort to develop final recommendations that would balance the interests of all Ontarians, recognising ratepayers, community participants and the renewable energy sector,’ said Ontario’s deputy energy minister, Fareed Amin, who carried out the two-year FiT review.

While the cuts will lower the high returns investors have so far achieved from Ontario renewable energy investment, the government’s action has brought clarity to the sector, unblocking stalled projects, if they can overcome bureaucratic inertia. But regulatory uncertainty has clearly hit renewable energy project financing in Ontario. According to Clean Energy pipeline data, the volume of completed renewable energy project finance raised in the province fell to $1 billion in 2011, down from $1.2 billion in 2010. And while many FiT contracts have been approved, the province’s permitting process forms a bottleneck. The review suggests approval timelines could be cut by up to 25% if regulating ministries ‘better align approvals with the size and characteristics of a project, reduce duplication, improve service standards and streamline the process’.

Despite these niggles, and largely thanks to the FiT programme, Ontario has been able to close eight of its 19 coal-fired plants, and the rest are scheduled to shut by the end of 2014. Renewable technologies will have to make up the difference, throwing the spotlight back on wind, particularly offshore wind.

Ontario could develop 2000 MW of offshore wind power over the next 15 years, according to a report issued in late 2010 by the Conference Board of Canada, a non-profit research group. This would add between $4.8 billion and $5.5 billion to the province’s economy between 2013 and 2026, it concluded.

A Gathering Backlash

Unfortunately, prospects for offshore wind have faded in recent months after Ontario’s McGuinty administration put all plans for offshore wind power on hold in early 2011. The province also cancelled a contract with Windstream Energy for a wind farm on Lake Ontario and said it would not approve the four other projects on deck until it knows more about the impact of wind power within freshwater environments.

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6 Comments

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Gerry Wootton
Gerry Wootton
January 7, 2013
@tomas: Interesting logic - only some things that produce electricity other than coal but not others reduce the demand for coal? Your additional argument that wind contributed only a small portion of supply during peak demand is only evidence that wind is still a small portion of capacity. The mere fact that wind is a small portion of capacity is not an argument against developing more wind power unless you're from the "good enough for my granddad" school of thought (my granddad drove mule trains into the north - now they drive trucks). A contract is an agreement between two parties. There are no "contracts that have been imposed on farmers for 50 years" only contracts freely negotiated between two parties.
lee nhan
lee nhan
January 7, 2013
Who says wind turbines do not affect the environment - is wrong to - enormous - will cause more damaging tornadoes to everyone - I definitely will so
Tomas Burget
Tomas Burget
January 6, 2013
I find it interesting to read that the addition of wind and solar renewable energy has decreased Ontarios demand for coal. That is simply not true, it is the refurbishment of Nuclear and new Gas plants. Wind does not produce in the summer months in Ontario when the electrical demand is high. July 8th we were drawing 22K MW and wind was producing 44MW for the province, and this was consistent for the whole month when demand is at its highest.

The Green Energy Act has stripped all the democratic rights away from people, communities and municipalities so the hosting community buy in is of course non-existent. Too many people are starting to see the real problems with large IWT in rural Ontario, tearing communities apart. The contracts that have been imposed on farmers for 50 years with no solid decommisioning in place is flawed to say the least. 550M setbacks for towns, people, families (aka Receptors) that will strangle our future growth is wrong and unnacceptable

The Industry has a long way to go before anyone in rural Ontario will acceppt this as a viable source of energy. 2013 is going to be an interesting year along the shores of lake Huron from Strathroy to the Bruce Peninsula.
ANONYMOUS
January 3, 2013
The study of health effects has nothing to do with off-shore wind power development. The main opponents of offshore development are a bunch of rich people who think that they own the lakes as far as the eye can see and then some. Just shows that a large pile of disposable cash is more powerful than a vote.
Tim Hudak continues to shill for the fossil fuel industry - his objective being to put more Alberta coal onto the Ontario grid. But pity poor Ontario that must rely for its defense against the WTO on the federal Albertasaurus party and their crack team of energy advisers from Alberta and Texas (aka the NEB).
Anumakonda Jagadeesh
Anumakonda Jagadeesh
December 28, 2012
There is excellent scope to harness wind energy in Canada.Offshore wind energy is good option in the Ontario region.There was interest in the vertical Axis Wind Turbines in the past in Canada.The Darrieus wind turbine is a type of vertical axis wind turbine (VAWT) used to generate electricity from the energy carried in the wind. The turbine consists of a number of aerofoils usually—but not always—vertically mounted on a rotating shaft or framework.There was a very large Darrieus wind turbine on the Gaspé peninsula, Quebec, Canada.
Dr.A.Jagadeesh Nellore(AP),India
Wind Energy Expert
E-mail: anumakonda.jagadeesh@gmail.com
lee nhan
lee nhan
December 27, 2012
Please add my new energy sources
Activities such as wind power, but not necessarily placed outdoors, working 24/24h
See my model wind energy. simple - mild-effective-inexpensive, can be placed anywhere in the southernmost islands north pole ( the Arctic and Antarctica )
It is located in a closed cycle -not too noisy - not interfere with the direction of the wind
Page at http://www.facebook.com/lee.nhan.54

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