(June 12, 2003) Tom Adams looks at the “dream” of hydrogen technology. Continue reading


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(June 12, 2003) Tom Adams looks at the “dream” of hydrogen technology. Continue reading
Tom Adams
National Post
June 12, 2003
Californian Sam Leach knew that hydrogen was a winner. Near the time of the first Middle East Oil crisis in the early 1970s, Leach convinced gullible American investors to give him US$1-million on the strength of his claim that he had built a car that used ordinary water as a fuel. His “invention” used electrolysis assisted by his secret catalyst. He claimed to be able to decompose water into oxygen and hydrogen, and then use the hydrogen as a fuel to run the engine and generate more electricity than he started with. The claims turned out to be false, but by then Leach and the money had moved on.
Since Leach’s time, hydrogen technology has advanced – it provides power on the Space Shuttle – but the dream of hydrogen as an economical consumer fuel is as remote as ever.
Ballard Power Systems Inc., the Canadian West Coast darling of the hydrogen world, had teamed up with Coleman, the venerable U.S. camping products company, to produce a portable hydrogen fuel cell generator called Airgen, suited for residential and commercial consumers. Coleman lost heart and earlier this week another American firm, MGE UPS Systems, took its place.
Coleman unplugged from the space age after checking into the cost. Listed at $8,181 for a generator rated at 1 kilowatt, the Ballard Airgen costs 10 to 20 times as much as small conventional gasoline-powered portable generators. Solar power, in the form of photovoltaic systems, is substantially cheaper.
Considering only the cost of fuel per kilowatt-hour produced – that is, ignoring the cost of purchasing the Airgen device, plus its installation, insurance, maintenance, equipment to handle the pressure from industrial-grade high-pressure cylinders, and rental costs for fuel cylinders – the price is $13.26 per kilowatt-hour. Ordinary households, without industrial grade systems to safely store high-pressure cylinders, would see higher costs still for a low-pressure alternative. By comparison, conventional portable generators typically burn fuel at a rate in the order of 10¢ to 15¢ per kilowatt-hour, and grid power is available to households across Canada at rates from 6¢ to 11¢ per kilowatt-hour.
Fuel cells are new technologies where rapidly developing know-how can be expected to drive down equipment costs over the next decade or so. Hydrogen, on the other hand, has been produced industrially for over 100 years. Today, it is primarily made from natural gas or by using electricity, mostly through on-site processors designed for just-in-time delivery to avoid the need for expensive storage. Big breakthroughs in bottled hydrogen costs, a very, very mature product, are not likely.
Although it is an essential industrial feedstock, hydrogen, even if it would be produced cheaply, makes a poor fuel. Hydrogen is corrosive to metals. The amount of energy in a cubic meter of hydrogen is lower than that in other gaseous fuels. To store usable amounts of hydrogen, enormous pressures and specialized containers are required. On top of that, hydrogen is explosive.
Hydrogen, like electricity, is not an energy source but a fuel form. Both can carry energy from some ultimate source to some other usage. Converting energy from one form to another necessarily results in efficiency losses, which imposes a particularly heavy burden when hydrogen is produced from electricity, which is in turn produced from another ultimate source.
In theory, cheap, clean electricity could be used to make hydrogen if we didn’t have anything better to do with the electricity. In practice, the best thing to do with cheap, clean power is to displace the expensive, dirty power North Americans now rely on.
Notwithstanding the costs and other practical barriers that have limited hydrogen’s development for 100 years, hydrogen hype hit the political big leagues when President George W. Bush announced C$1.6-billion in his Freedom Fuel initiative in his State of the Union address last January. Earlier this week, the U.S. Senate pledged another C$1.5-billion, this time for a dedicated hydrogen-producing nuclear reactor in Idaho. Given the track record of U.S. government nuclear power production projects, many of which failed to produce much usable energy at all, the cost of hydrogen from this latest initiative may hit new highs.
Canada’s Federal Environment Minister David Anderson, appearing before a parliamentary committee on Tuesday, said that the government will announce details of its Kyoto implementation plan in the next weeks. He’s expected to earmark at least $80-million for hydrogen-powered fuel cell industry.
As Sam Leach used to tell us, hydrogen is the most common element in the universe. Now we hear the same line from Ballard and our politicians. Someone should tell them that electrons are even more common than hydrogen atoms, yet nobody expects the availability of electrons to lead to limitless quantities of inexpensive power.
Published in the National Post, Thursday, June 19, 2003
At last! An informed and coherent commentary dispelling the myths of hydrogen as an alternate energy source and/or the pollution-free fuel of the future (Hydrogen: Running Energy Policy on Hype, Tom Adams, June 12). Will such facts dissuade the federal government from throwing “at least $80 million” at the hydrogen fuel cell industry as part of its Chrétien-legacy implementation plan? Probably not. – David Cottle, Niagara Falls, Ont.
Mr. Adams makes several technically true but misleading claims. He correctly points out that hydrogen is not an “energy source but a fuel form.” Electricity is required to separate water into hydrogen and oxygen. Hydrogen can then be used to store energy until a later time. And he’s correct there is energy loss as electricity is converted to hydrogen and back.
What I take issue with is his implication that individual homes would need industrial grade systems to store hydrogen. This isn’t true anymore than saying we each need to process our own crude oil for gas. Honda and Toyota are doing research into fuel-cell vehicles. These new cars would be dramatically different to your mechanic, but most of us would still drive down the street to the Quik-E-Mart to fill up at a pump.
Mr. Adams also claims “the amount of energy in a cubic metre of hydrogen is lower than that in other gaseous fuels.” If you’re planning on burning hydrogen in the same way you might burn natural gas, then you’re going to waste a lot of hydrogen. That’s why we use fuel cells. They recombine the hydrogen and oxygen to make water reclaiming much of the electricity in the process.
Hydrogen is an energy storage medium only. It is preferable to run the electricity, however it’s generated, directly to you. However, cars need mobile and refillable fuel sources. Eventually oil and gas will run low and change will be forced on us. Better to make the change on our terms. – Douglas Wise, Washington, D.C.
Tom Adams responds:
How would you like gasoline at $30 per litre? That is what the industrial price of bottled hydrogen in Toronto – what Mr. Wise is proposing – works out to for the same amount of energy in a liter of gasoline, taking into account the efficiency advantage of the Ballard Airgen fuel cell device relative to a normal car engine.
This article reprinted in May/June 03 issue of Maricopa Green Party Newsletter.
Tom Adams
Telegraph – Journal
June 4, 2003
Letter to the Editor:
Before New Brunswick commits to a megaproject overhaul of the Point Lepreau nuclear reactor, take a look at the mess with AECL’s MAPLE reactor projects and the commercial disaster happening with the Ontario government’s Pickering A project.
AECL’s MAPLE reactor projects are now over three years behind schedule due to major safety deficiencies and shoddy construction.
During the period 1983-1989, the four reactor Pickering A station underwent the same retubing that NB Power is planning for Point Lepreau. Although the project went over budget and came in behind schedule, the most important lesson from the retubing was that the reactors operated poorly afterwards. Design flaws and operator error resulted in a 1991 reactor accident, one of the worst ever in a CANDU reactor. Production was low but the repair work consumed enormous resources, draining the rest of Ontario Hydro. Eventually Ontario Hydro’s inability to meet safety requirements lead to the station’s closure in 1997. The failed Pickering A retubing was a leading cause of Ontario Hydro’s bankruptcy and break-up in 1999.
The Ontario government started trying to get Pickering A running again in 1998. The original estimate was $800 million for the first of the four reactors to be running by December 2000 and the last to be running by June 2002. The current estimate is that the first reactor will be running in August 2003. The government is considering pulling the plug on some of the others. Meanwhile, the government has already spent $1.2 billion and counting on just one reactor and some common service systems for the other three reactors. The government refuses to even estimate the final cost. The failed Pickering A restart is now the leading factor that has Ontario facing a significant risk of rolling blackouts this summer.
Tom Adams
Executive Director, Energy Probe
To read the Telegraph-Journal article Tom Adams is responding to, please see:
www.energyprobe.org/energyprobe/index.cfm?DSP=content&ContentID=7449
Michael Trebilcock and Roy Hrab
National Post
May 29, 2003
On May 1, 2002, Ontario’s retail and wholesale electricity markets were opened to competition. Electricity charges were unbundled into separate components (i.e., transmission charge, energy charge, distribution charge, etc.). Consumers in the wholesale market were permitted to directly enter into bilateral physical or financial contracts with wholesale sellers and generators. Consumers in the retail market were free to enter into fixed-price contracts with retail intermediaries. Almost one million consumers entered into fixed-price contracts with retail intermediaries.
In April, 2002, the month before market opening, the Independent Market Operator, a government regulator, stated that “Ontario is expected to have reliable supply of electricity for the 10-year period [2003-2012] under a wide variety of conditions.” Initial prices following market opening were low. The weighted average hourly wholesale price was 3.01¢ per kilowatt-hour in May.
However, prices dramatically increased as the summer progressed and provincial generation capacity was unable to satisfy demand. The IMO made emergency purchases of imported energy 38 times during the summer to maintain system reliability. By September, 2002, the weighted average hourly wholesale price was 8.31¢/KwH. In October, 2002, the IMO stated that “[t]here is a serious shortage of generation capacity to meet Ontario’s growing demand for electricity. If steps are not taken to address this situation, Ontario could face even more serious reliability problems next summer, leading to the possibility of supply interruptions and continued upward pressure on prices during periods of peak demand.”
In response to mounting criticism of the high summer electricity prices, the government lowered and froze the retail price of electricity for low-volume consumers and other designated consumers (i.e., municipalities, universities and colleges, public and private schools, hospitals and registered charities) at 4.3¢/KwH until at least 2006. These consumers also received retroactive rebates for electricity prices paid in excess of 4.3¢ since market opening. In March, 2002, the retail price freeze was extended to consumers using less than 250,000 KwH/year.
The cost of the first 12 months covered by the price freeze is estimated at $1.5-billion. Approximately $950-million of the cost was covered by a pre-existing fund: the Ontario Power Generation (OPG) rebate fund (because of its market dominance, OPG is required to rebate consumers on 90% of its domestic sales where the wholesale price exceeds 3.8¢/KwH). The remaining $550-million was added to the debt of the Ontario Electricity Financial Corporation (OEFC), a government agency. Electricity ratepayers, and possibly taxpayers, will be responsible for repaying this debt.
The Ministry of Energy has stated that the price freeze will be “revenue neutral” and that the program will “pay for itself.” Virtually nobody in the industry believes the Ministry’s claims. With current gas prices, an efficient gas-fired plant cannot produce electricity for less than 6¢ to 6.5¢/KwH. The cumulative average price from market opening to the end of April 2003 was approximately 6¢/KwH.
Analysis by the IMO’s Market Surveillance Panel (MSP) found that the supply-demand imbalance during the abnormally hot summer was caused by “increased demand, a nuclear outage, deratings on fossil-fired generators due to environmental limits and less hydroelectric energy available.” The MSP concluded that there was no evidence of market power abuse. Other factors contributing to the supply crunch were constraints on import capability, the Pickering nuclear plant’s restart delay and a reduction in nuclear capacity prior to market opening. Data from the MSP also indicate that between May, 2002, and January, 2003, Ontario wholesale prices did not differ significantly from neighbouring jurisdictions (e.g., New York) except during September, 2002, when Ontario prices were significantly higher.
Therefore, despite claims to the contrary by some commentators and political parties, the price shock had little or nothing to do with deregulation or privatization. Transmission and distribution rates are regulated by the Ontario Energy Board. OPG’s wholesale electricity prices are subject to a price cap. Both Hydro One and OPG remain government owned and private-sector activity is minimal. All local distribution companies are either owned by Hydro One or independently owned by municipalities. The province has cancelled the privatization of Hydro One. OPG has sold only one generation station while leasing another. The province blocked the privatization of two coal-fuelled plants. The Pickering restart continues to experience delays and cost over-runs; the first Pickering reactor is not expected to return to service until July. Moreover, the provincial government is currently directing OPG to expand its generation capacity.
The frozen retail rate is distorting consumption decisions. Incentives to ration consumption in times of tight supply have been eliminated. This distortion will affect the wholesale market.
The province is currently facing a number of substantial problems regarding electricity supply. Over the next 15 years, 40% of Ontario’s existing capacity will be retired from service or require substantial refurbishment. All political parties have made promises to retire the province’s coal-fuelled generators. However, policy uncertainty has chilled private sector investment in new generation capacity. In March, 2003, the IMO noted that only about 2,200 megawatts (MW) of approximately 8,800 MW of planned generation was under construction. The expansion of the province’s import capacity is also in doubt. Planned expansions of the province’s inter-tie capacity have been cancelled or delayed. Alternatively, proposals requiring the province’s 93 local distribution companies (LDCs) to enter into long-term fixed price contracts with generators to cover their demand would entail similar risks for the LDCs.
The present policy environment is highly politicized and imposes hidden costs on Ontario’s taxpayers and electricity ratepayers. The present government’s recent intervention, future governments’ potential interventions and the unresolved issue of OPG’s market dominance are jeopardizing the province’s future generation capacity by discouraging investment in new generation facilities.
The focus of policy must be redirected at the root problems if the province is to move forward. This requires renewed efforts to increase and diversify sources of supply by providing incentives for new generation and transmission capacity investment. The province must resist the temptation to directly construct new base-load generation capacity. Some industry participants recommend that the OEFC enter into long-term forward power purchase contracts with generators. These policies entail significant financial risks, chiefly the risk of entering into excessively long-term contracts at above market prices as observed in California following its electricity crisis.
Ontario policy should be directed at allowing supply and demand to interact and determine prices through full and effective market deregulation and privatization. This is the only environment that will create appropriate demand-side incentives to conserve and supply-side incentives to invest. In the transition period, there are a number of policies the province should consider pursuing. Such policies include those that would protect consumers from sharp price increases by allowing retail prices to incrementally rise to efficient levels, create “life-line” rates for low income consumers, create incentives for self- and distributed generation, harmonize market rules with neighbouring jurisdictions, expand inter-tie capacity to extend the scope of the regional market, and accelerate OPG’s decontrol program.
Michael Trebilcock is a professor and Roy Hrab is a research associate at the Faculty of Law at the University of Toronto.
Lisa Hrabluk
Telegraph-Journal
May 28, 2003
The Point Lepreau nuclear generating station will likely get a new lease on life as part of Bernard Lord’s overall plan to turn the Saint John region into New Brunswick’s energy hub. “The odds are Lepreau will go ahead,” said Mr. Lord during a short visit to the city Tuesday morning on day 18 of the provincial election campaign.”It’s an important project for southern New Brunswick.”
NB Power, the publicly owned electric company, wants to refurbish the nuclear power plant and extend its life. Without the refurbishment, estimated at $845 million, Point Lepreau will have to shut down in a few years. However NB Power executives have long argued for the refurbishment, citing Point Lepreau’s importance to the provincial power supply and it’s lack of greenhouse gas emissions, something that will help the province meet its commitments under the Kyoto Accord and a regional agreement within eastern Canada and the New England states.
Last year the Public Utilities Board rejected NB Power’s application to refurbish Point Lepreau, stating it wasn’t economically feasible but Mr. Lord says it’s worth reexamining the idea, hopefully with a private partner to help shoulder some of the costs. Just as he tried with the $747-million Coleson Cove generating plant renovation, Mr. Lord wants to find a private sector company or group of investors willing to sign a management agreement to refurbish Point Lepreau in exchange for a share of its profits.
The Conservative government was unable to find a partner for Coleson Cove but Mr. Lord says talks on the future of Point Lepreau continue with Atomic Energy of Canada Limited, the federal Crown corporation that builds and sells Candu nuclear reactors like the ones pumping out power at Point Lepreau.
Former Liberal cabinet minister and interim premier Ray Frenette is chairman of AECL. “The PUB came to some conclusions but we (the government) feel and NB Power feels that proceeding with Point Lepreau could be viable,” said Mr. Lord. “We’ve had discussions with AECL . . . I’m still optimistic we will find a good solution for the taxpayers of New Brunswick and the ratepayers of New Brunswick.”
A campaign pledge also suggests Point Lepreau will continue to operate long after 2008. On Tuesday Mr. Lord promised that a Conservative government would build a $40-million international power line between Point Lepreau and Woodward, Me.
The power line has been on NB Power’s agenda for a few years and the application for approval is before the National Energy Board right now. However Halifax-based Emera Inc., owner of Bangor Hydro, may yet pull out of the deal.
Emera was expected to build the American portion of the line at a cost of approximately $100 million but told NB Power earlier this year that it might decline the partnership. The company will inform NB Power and the NEB soon of its plans.
NB Power executives have stated in the past that if that happens they will seek out another U.S.-based power company. If built the line will increase the province’s transmission export capacity between New Brunswick and Maine by 300 megawatts, a 40-per-cent increase.
NB Power wants to build the line so it can sell power into New England in the summer and buy power for New Brunswick in the winter. This, says Mr. Lord, combined with the presence of the Irving Oil refinery – which the premier chose as the backdrop for his announcement – and NB Power’s two largest power plants makes Saint John the province’s power centre. “This means more economic growth in New Brunswick and specifically more economic growth and jobs in the Saint John area,” he said.
Stephen Salaff
Electricity Daily Volume 20, Number 74
April 17, 2003
Blaming the spread of the nasty SARS respiratory virus, the Canadian province of Ontario recently postponed its long and quietly planned simulated nuclear emergency exercise at the 4,328 MW Pickering nuclear plant of Ontario Power Generation Inc. on Lake Ontario east of Toronto. Pickering is located about six miles east of the nearest boundary with Toronto. According to Ontario officials, a “full-scale provincial nuclear emergency exercise” was officially planned for Pickering on Tuesday, April 29. The exercise was recently postponed “due to the SARS atypical pneumonia emergency and the full involvement in managing the SARS outbreak of the Provincial Operations Center and the Emergency Operations Center of Durham Regional Municipality,” said Bill Fox, assistant chief planner at Emergency Management Ontario, a unit of the provincial Ministry of Public Safety and Security.
Fox added that the new date of the nuclear simulation exercise has not yet been selected, but will be the subject of consultation among the province, Durham Region and OPG. The original date of this exercise was disclosed in the six-year “Provincial Annual Nuclear Exercise Schedule 2003-2008” provided to Electricity Daily by Emergency Management Ontario. The six-year forecast calls for successor exercises in 2004 based at the U.S. Enrico Fermi 2 nuclear plant owned by Detroit Edison, near the Ontario border; and then at OPG’s Darlington station in 2005 and the Bruce nuclear plant of Bruce Power in 2006. Prior to the cancellation, none of the initial partners in the Pickering exercise were willing to provide interviews on the event.
John Earl, OPG media relations manager, explained in late March: “We cannot provide an official announcement of the Pickering exercise because the province controls the exercise and not OPG.”
Canadian nuclear watchdog groups are concerned about not being told of the cancelled exercise. “The unacknowledged stakeholder in nuclear emergency planning in Canada is the community of NGO environmental and nuclear concern groups,” said Norm Rubin, director of nuclear research and senior policy analyst at Energy Probe in Toronto. “We are a basic and stable part of Canadian reality,” Rubin said. He formerly served on the technical advisory committee to Emergency Management Ontario, and wishes to continue in that role, except that the committee “has apparently not met in years.”
Tom Adams
National Post March 29/2003
Four years ago, the Ontario government established the Independent Electricity Market Operator (IMO) to arrange transactions between buyers and sellers of electricity. It was designed to be for the new competitive electricity market what the TSE is for stocks – an independent commodity exchange.
Now, in a move akin to the TSE pressing investors to put their money into tech stocks, the IMO has become an advocate for investments in nuclear power over other types of electricity generation. In doing so, it has abandoned its role as an honest broker and begun to transform into a government-controlled central planning agency for electricity.
Ontario “must consider building a nuclear power plant,” David Goulding, CEO of the IMO, told Bloomberg wire services earlier this week . . . [nuclear] has to be a viable option.” In promoting new nuclear power plants, Mr. Goulding – a former executive at Ontario Hydro, a nuclear utility – has rocked potential investors in natural gas and other advanced plants. Mr. Goulding controls the switch that decides which plants get dispatched and which must sit idle. Any hint that the IMO might give one type of plant a preference over another would give any investor pause.
Other IMO directors endorse the notion of an activist IMO. As one told me this week, the IMO should be “spelling out the relative cost/benefit aspects of certain options for the province.”
The IMO’s intervention into the marketplace extends beyond power plants. It is hoping to control power use by customers. Under one plan being considered, local distribution utilities like Toronto Hydro and Hydro Ottawa would become responsible for the amount of power that their customers consumed. What would induce customers to buy less power? Paying customers when they don’t consume electricity.
Good intentions motivate these notions. The IMO wants to counteract the harm caused by Ontario Premier Ernie Eves, who gutted the market by cancelling a planned privatization of Ontario’s power system, freezing retail rates and perpetrating other economically ruinous state interventions. But one set of ill-advised measures does not deserve another.
Ontario has a sad history of central planning – one that ran up an immense debt in building overpriced, polluting power plants. In thinking it can predict future prices and future demand better than the private sector, the IMO is on track to repeat Ontario Hydro’s mistakes.
Nuclear power a “viable option”? Ask the former shareholders of British Energy, the only company that ever attempted to operate nuclear plants in a fully competitive electricity marketplace. Unable to compete against high-efficiency gas technologies, British Energy’s blue-chip shares fell to penny stock status last year and, but for temporary government bailouts, would be bankrupt. Nuclear plants similarly all but bankrupted Ontario’s power system in the 1990s, and they remain the power system’s single largest liabilities. The power system’s second largest liability? Ontario Hydro’s failed multi-billion-dollar conservation programs. The power system’s next and greatest liability: Quite possibly, an all-powerful IMO.
Tom Adams, a former director of the IMO, is executive director of Energy Probe, a Toronto-based think tank.
Richard Brennan and John Spears
Toronto Star
March 22, 2003
The Ontario government has extended the price freeze for electricity to 7,000 mid-sized businesses, which will now pay a fixed price of 4.3 cents a kilowatt hour.
Businesses will also get rebates every three months – instead of only once a year – from a fund set up by Ontario Power Generation Inc. to offset OPG’s dominant market position, said Energy Minister John Baird.
Critics dismissed Baird’s announcement as nothing more than a pre-election handout.
“This is another pre-election goody and a fix-up of a Tory botch-up that they should have got right in the first place . . . and at the end of the day this is just heaping more uncertainty upon our electricity system,” said Liberal MPP Michael Bryant (St. Paul’s).
NDP leader Howard Hampton was equally dismissive: “This is just another attempt by a desperate government in pre-election weeks or days to try and bribe more hydro electricity consumers . . . this is clearly unsustainable.”
The government froze the price of electricity for residential consumers and small businesses using less than 150,000 kilowatt hours a year at 4.3 cents a kilowatt hour, but many power-intensive companies, including some farmers, complained they were at a competitive disadvantage.
The new price freeze will include companies that use up to 250,000 kilowatt hours of electricity a year. Businesses that would qualify for the freeze under the new rules include large convenience stores, apartment buildings with up to 25 units, and office buildings up to 10,000 square feet.
Ron Bonnett, president of the Ontario Federation of Agriculture, welcomed the extension of the freeze.
“It’s good news for farmers . . . because it meant that one farmer would be paying one rate and another farmer right down the road was paying another rate. It didn’t make a lot of sense,” Bonnett said.
“You’ve got to remember an increase in the power bills comes right out of the bottom line,” he said.
But Ian Howcroft, vice-president of the Canadian Manufacturers and Exporters, said the new dividing line is unfair to businesses that are slightly over the new limit, since they could be competing with businesses that are just under the line, and that enjoy the fixed price.
The CME wanted all businesses, regardless of size, to have the option of the 4.3 cents fixed price.
“What we wanted to do was level the playing field,” he said in an interview.
Enersource Corp., parent of Enersource Hydro Mississauga and energy retailer First Source, called the move the “right decision” because it means that at least half the power in the province will still be traded on the open market.
Chief executive Gunars Ceksters noted that utilities and businesses have invested heavily in systems allowing them to trade on the power market.
Baird said extending the price freeze will cost the government about $10 million in the first year, beyond the rebates that will already be paid by OPG, but critics disputed his figure. The province insists that the price freeze will not cost taxpayers any money over the life of the program.
The new price freeze will be effective retroactive to May 1, when the province’s electricity market opened.
Tom Adams of Energy Probe disputed Baird’s cost estimates, and said extending the price freeze to more customers will simply encourage “wanton consumption.”
With the current price freeze in effect, the province saw record power use in February, although Baird blamed the high consumption on cold weather.
But Adams said high consumption will put the province’s badly stressed power system under even more strain, leading to supply shortages, expanding the risk of blackouts and brownouts.
The current price freeze for householders and small businesses has cost $410 million so far, Adams said,
He added that extending it would increase that cost by $25 million for the May-to-February period alone.
Rajiv Sekhri
Morningstar.ca
March 21, 2003
TORONTO (Reuters): The Ontario’s government broadened the scope of its price cap on electricity use to include some bigger consumers on Friday, but it stopped short of an across-the-board subsidy.
The extension came after months of lobbying by mid-sized and large firms. They did not benefit from a rate freeze of 4.3 Canadian cents a kilowatt hour introduced late last year after Ontario’s messy experiment with deregulating Canada’s biggest power market led to soaring power prices as a provincial election neared.
The Conservative government did not say what it would cost the treasury to extend the cap. It insists that the price cap will eventually be self-financing, although analysts say its cost to Ontario could be C$1.7 billion ($1.1 billion) in the first year alone.
Ontario Energy Minister John Baird said the price cap will be extended to all those using less than 250,000 kilowatt hours of power a year. The cap, introduced in November, has so far applied only to households and to those businesses that use less than 150,000 kilowatt hours of electricity annually.
Baird said large users will remain in the wholesale market and their rebate will be fixed at 50 per cent of the amount by which the average spot price of electricity exceeds 3.8 cents per kilowatt hour.
“You have to give the government credit for preserving the remaining integrity of the market,” said John Brace, president of the Independent Power Producers Society of Ontario.
David McFadden, an energy lawyer with Gowlings in Toronto, said the cap extension is a step in the right direction.
“We’re encouraged that the wholesale market has been left substantially intact,” McFadden said.
The major beneficiaries of the higher cap level are expected to be large retailers and mid-sized farms.
The cost of the cap, the gap between wholesale prices paid to generators and the 4.3 Canadian cents charged to consumers, is being financed from a special fund set up by Ontario Power Generation, the provincially owned power generator.
Some analysts said the government’s announcement has killed any incentive for Ontario Power Generation to sell assets, a key step toward a competitive power market.
Tom Adams, with watchdog group Energy Probe, noted that the government said on Friday that OPG’s rebate to large users will be “fixed”. He pointed out that if Ontario Power Generation were to sell assets, its subsidization costs would not decrease.
“At one time, there was financial incentive for Ontario Power Generation to privatize. Now that has gone. This is a very significant change and the government has struck a blow to the heart of competition,” Adams said.
The freezing of electricity prices has dampened any hopes of private investment in power generation in Ontario.
The average wholesale price has been 5.81 cents per kilowatt hour since May 1, when Ontario’s electricity market opened to competition – about 30 per cent above the cap.
Analysts said the announcement could bring a period of stability in Ontario’s power market, which has been marred by controversy and price volatility.
“A lot of doubt has been removed. Earlier (the market) was in a half-pregnant state,” said Jonathan Dickman-Wilkes, a senior consultant with energy consulting firm Navigant.
($1=$1.48 Canadian)
Toronto Star
March 15, 2003
The Canadian Nuclear Safety Commission should maintain an Internet site with up-to-date information on the status of Canada’s nuclear power reactors, Energy Probe has suggested.
In a letter to Linda Keen, who heads the nuclear safety commission, Energy Probe executive director Tom Adams points to sites run by U.S. regulators that report operating status and significant events at U.S. reactors.
The letter was sent yesterday as Ontario Power Generation’s Pickering B nuclear station was out of service for a third day.
OPG acknowledged the outage only after it was leaked to news media.
The Independent Electricity Market Operator, which runs Ontario’s power market, is reviewing its policies on informing the public about power station failures.