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Don't Miss The Great Solar Debate: Where Does the Global Solar Industry Stand? ×

Small States Grapple With Big Canadian Hydropower

Jennifer Runyon
March 07, 2011  |  17 Comments

Peterborough, NH, USA -- In New Hampshire a major transmission project that was announced last year is spurring discussion about what should qualify as renewable energy and what the goals of renewable portfolio standards ought to be. 

The project, known as The Northern Pass, is set to construct a 140-mile high-voltage direct current (HVDC) transmission line from the Canadian province of Quebec into neighboring New Hampshire.  The line will carry 1200 MW of emission-free electricity from Hydro-Quebec’s hydropower facilities into the state of New Hampshire and through to its neighboring New England states.

The issues are, or course, manifold.  First, there are the NIMBY opponents who worry that a large transmission line like this will wreak havoc on property values in northern NH: ruining viewsheds, endangering wildlife and impacting the tourism trade that the region relies upon to boost its economy.  Opponents have created a website that lists all of their concerns with the clever title, “LiveFreeorFry.org.” (The New Hampshire state motto is “Live Free of Die.”)

But beyond the transmission line itself, deeper issues are coming to the surface.  First, some say large-scale hydropower, the power source that makes up 98% of Hydro-Quebec’s portfolio, is not a renewable resource.  

“Small-scale hydro, especially in-stream designs that don't require damming and flooding but capture energy as it flows past a turbine in the water without blocking the flow, are quite definitely part of the clean energy solution. Massive hydro projects that completely rewrite an ecosystem--not so much. Hydro-Quebec tends toward the latter,” said Shel Horowitz, Green Marketing Consultant author of Guerrilla Marketing Goes Green.  

Horowitz, who said he was arrested for demonstrating against Seabrook NH’s nuclear facility in 1977, also admits that he isn’t an expert on hydro. Nonetheless, he isn’t a fan of the flooding that results from damming. “There are very big environmental impacts to large dams,” he said.  Horowitz brought up the Quabin reservoir, which serves as the water supply for the city of Boston.  He explained that back in the 1930s four towns in western MA were evacuated and then flooded to create that reservoir. “Here in Western, MA, the decision to flood those four towns is still being talked about in some circles as grounds for secession from the state,” he said.

Does It Even Matter?  Kind of.

But if you don’t think large-scale hydro should be seen as a renewable resource, you’re not alone – the state of New Hampshire agrees.

Today, the state’s renewable portfolio standard (RPS) expressly prohibits large-scale hydropower from even meeting the goals set forth by the provision.  Only existing electricity from hydroelectric energy sources, provided the facilities began operation prior to January 1, 2006 and have a total nameplate capacity of 5 MW or less, are now eligible.  But a bill introduced in the NH state legislature in early February, HB 302, seeks to strike some of that language from the RPS.  The result of the bill, should it pass, would be that any large-scale hydropower resource that went online after 2006 could qualify as renewable energy under the RPS. 

Some opponents believe that Hydro-Quebec, the developer of the Northern Pass, is putting pressure on state lawmakers to make such amendments to the RPS. Tom Irwin, VP and Director of the Conservaton Law Foundation New Hampshire, writes in his blog that HB 302 is “clearly intended to tilt the playing field in favor of the Northern Pass.  He said that “HB 302 will greatly undermine one of the core purposes of New Hampshire’s RPS law: the stimulation of investment in renewable energy technologies in New England and, in particular, in New Hampshire.”

And that’s the third point of contention here.  Big, utility-scale hydro facilities, especially if they can be applied to meet state RPS goals, could end up stifling the development of a vibrant local renewable energy economy. 

Jobs and Economy at Stake

Mary Beth Gentleman, co-chair of the energy and renewables practice at Foley Hoag said that when it comes to the environmental impact caused by large-scale hydropower, essentially the damage has already been done.  “HydroQuebec’s view is that the facilities that would supply the Northern Pass power have already been built.  So I suppose one could say that there is little incremental impact – whatever impacts that would have occurred, have already occurred,” she said.

She pointed out that the Northern Pass project is viewed as an economic development opportunity for Hydro-Quebec, a company that has been selling large amounts of power into the New England region for decades.  In the beginning that power was seen as extremely helpful in meeting the summertime peak, she said.

The real problem, she said, could be the economic impact that large-scale hydropower could have on the development of renewables in New England. “The concern is what will happen to the jobs and energy independence strategy that is being pursued in the New England states,” Gentleman said. 

On the one hand, she noted that some believe there is plenty of opportunity to develop “indigenous” renewables alongside of any other emission-free low-cost power like hydro that is being brought into the state.  Over the next decade, ISO New England expects to need an additional 400 MW of generating capacity each year to meet electricity demand. With a NH RPS goal of generating 25% of its electricity from renewable energy by 2025, lots of renewables will need to come online in the next 15 years – and much of that will be developed locally.

Further, if you look at the goals that New England states have set for themselves under the Regional Greenhouse Gas Initiative (RGGI) to decrease carbon emissions over the next 50 years, “you might conclude that there is no way to do that without substantial amounts of imports,” she said.

Except that a 50-year timeframe -- even a 30-year timeframe -- is hard to account for.  Today, it’s unknown how technology improvements in the future might increase the adoption rates of renewable energy.  The cost of solar power, for one, has dropped dramatically in the past two years.  In California, just last month an SCE filing to the state's Public Utilities Commission asked for approval of 20 solar PV projects that are expected to generate electricity for less than the projeced price of energy from natural gas.

Gentleman pointed out that the adoption of offshore wind, too, could end up bringing significant power to the region, at competitive costs in time.  Of course, hydropower is a low-cost energy source right now.

“Because there is no guarantee that the eligibility of large hydro for RECs could occur, there’s – I think, understandably – concern on the part of the companies that are developing indigenous renewables,” Gentleman said.

New Hampshire HB302 has been tabled for now, but there is no guarantee that another one like it couldn’t be reintroduced in the future. The Northern Pass project is undergoing environmental impact studies now and will then be hotly debated heavlly into the futre.

But whether or not either the bill or the project comes to pass, hydropower from Quebec will continue to flood down on New England to help serve its electricity load. Let’s just hope that all that water won’t drown the burgeoning renewable energy industry that is starting to take hold.

The information and views expressed in this blog post are solely those of the author and not necessarily those of RenewableEnergyWorld.com or the companies that advertise on this Web site and other publications. This blog was posted directly by the author and was not reviewed for accuracy, spelling or grammar.

17 Comments

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Richard .
Richard .
August 14, 2011
This article is written as if power can only flow from Canada to North-east US. This is obviously the wrong view.

US should see Canadian Hydro as a tremendous opportunity to invest in both wind energy and HVDC transmission lines to Canada. This give possibility for US to both import when wind is weak and export when wind is strong. For Canada it means that they can stretch the hydro capacity because they will not be running full time. Hydro damns typically have capacity factors 25 to 60% because there is not enough water to run 100% all the time.
Todd Griset
Todd Griset
March 11, 2011
A similar issue will be debated by the Maine Legislature later this month. Maine currently has a two-tiered RPS, requiring competitive electricity providers to source 30% of their power from existing "Class II" resources, and an escalating amount (currently 4%) of their power from new (post-9/1/2005) "Class I" resources.

LD 956, "An Act To Improve Maine's Renewable Portfolio Standard", would enact two principal changes to Maine's RPS. First, the bill would allow "low carbon emitting resources" to be used to meet the RPS. That term would be defined by statute as "a source of electrical generation that produces or results in low net emissions of carbon dioxide", and would be further defined by the Public Utilities Commission.

Second, and more directly relevant to this discussion, LD 956 would eliminate the 100 MW cap on the size of any "renewable resource" eligible to satisfy the RPS. Under current law, the definition of "renewable resource" includes a limitation to those resources "[w]hose total power production capacity does not exceed 100 megawatts". If this were removed, new large-scale hydropower could be qualified to satisfy Maine's RPS.

If you're interested, you can find the text of LD 956 here:
http://www.mainelegislature.org/legis/bills/display_ps.asp?ld=956&PID=1456&snum=125
ANONYMOUS
March 9, 2011
aapine is correct, the only situation better than buying clean renewable hydro is to produce it ourselves - for which we need less regulation from FERC and the extreme fish people to look at the greater importance of renewable energy and encourage our own hydro at existing dams
Frank Heller
Frank Heller
March 9, 2011
Maine has thousands of tidal dams once used to cut timber and polish granite; that are being permitted so that tidal energy turbines can be installed to harness both the incoming tide and the dammed up water. Ocean Renewable Energy Corp. just completed a successful test of their 48 ft. prototype off the coast of Eastport, Maine. The prototype is largely made of composites; adding an industrial/job advantage to this mode of generating renewable power.
Frank Heller
Frank Heller
March 9, 2011
Hydro impounds create new ecosystems that absorb CO2, and serve as major fish and other aquatic breeding grounds.

In urbanized regions, where rain runoff creates periodic flooding, a network of dams mitigates the flooding.

In Maine several dams were taken out of the Kennebec on the premise they would restore salmon and other migratory fish. Few returned but what did return are ice jams that are quite destructive to bridges and shore facilities.

Then you have the recreational value of the impounded water and the increased property tax value of all that new shoreline, and major concern in an era of declining government revenue.

Horowitz engages in quite a bit of propagandizing to characterize hydro as 'non-renewable'; his ignorance about the many benefits of large hydro are obvious.
Garth Barker
Garth Barker
March 9, 2011
aapine...
I agree; I am an independent consultant for a hydro developer who has licensed 7 small hydro projects in the last 6 years. The only hydro ror to receive new FERC licenses in nearly 30 years. The licensing process because of the aquatic issues are expensive and timely; somewhere in the 2m dollar range for a 10mw project; the bad part is it takes 2 to 5 years to get past all the required studies, permits and bureaucratic red tape. Stream line the process and renewable base energy would eliminate quite a bit of fossil fuel generation. However the grid still needs storage to integrate wind.
William Pinsky
William Pinsky
March 9, 2011
Hydropower is the only base load renewable power in existence. It is also extremely inexpensive, competing head to head with coal powered electricity. We need to develop this resource wherever it can be harnessed asap to help mitigate global warming and climate change.

There are thousands of dams in the US which do not generate hydropower. We need to renovate these dams to generate hydroelectricity. This should be at the top of the agenda of anyone concerned about climate change. It is cost effective, provides jobs, keeps money in our country, and helps reduce global warming.

We should also support developing new hydropower sources wherever they can be harvested. Canada has enormous potential and we should welcome it! We need all the hydropower we can make in the short term to transition ourselves off non renewable sources of power.

If, at some future time, in 50 years, when renewables are plentifully supplied by distributed photovoltaics on buildings, etc, and the hydro power is no longer needed, we can take the dams down to restore the areas effected. Global warming is much longer lasting and will take centuries to reverse, whereas dams can be removed quickly and flooded habitat can be restored in a decade or two.

Global warming is far more destructive than the local flooding created by new hydroelectric projects, or the issues surrounding running new power lines from where the power is generated to where it is needed.
Garth Barker
Garth Barker
March 9, 2011
v-bruce...
I agree to a point with your comment however remember the agency that will most likely be enforcing any Ghg mandates or legislation will be the 800lb green gorilla EPA and they are serious about the ESA endangered specie act. Bonneville just released their ROD record of decision concerning integration of variable energy in relation to ramping with their hydro facilities, of course they spelled it out as a necessity during high water periods. They will curtail wind if it gets down to hurting fish, they have to, its part of their mandates put in place by environmental compliance. It's unnecessary if storage is added to the system. Comment period ends Friday the 11th of March. Of course before they cut off wind combustion generation has to be curtailed first-if its not base load. So coal continues to operate, combined cycle gas continues to operate but simple cycle peakers get cut off before wind. Again storage will fix the problem and hydro can continue to be the best thing for green.
Angus Campbell
Angus Campbell
March 9, 2011
Much of the hydro power sold to New England states comes from two sources. The first is James Bay which is located on the eastern side of Hudson's Bay. The second comes from the Upper Churchill in Labrador. This is the key to New England states obtaining cheaper power. In 2041 the infamous contract with Hydo Quebec and Newfoundland will expire. By that time a second transmmission line will be in place across two bodys of water and into Nova Scotia delivering power to both Newfoundland and Nova Scotia. The lower Churchill along with the Upper Churchill located in Labrador will be transmitting power to Nova Scotia and New England will be able to buy either from Quebec or from newfoundland directly via the under sea cables. The Lower and Upper Churchill projects contain a total of 8000MW amd a potentisl 5000MW of Wind also. If they are carefull, New England states could be in for cheaper power up the road by buying Newfoundland and Nova Scotia against Quebec. One note: The Upper Churchill's Smallwood Resovoir flooded an area of 5630 square Kilometers. You do the math and see if it is less than solar per square meter.
V. Bruce Stenswick
V. Bruce Stenswick
March 8, 2011
In response to mitch3, I would err on the side of killing some fish. There needs to be a bit more urgency in dealing with climate change. The motto should be "ABC", "Anything But Carbon", that includes nuclear. I am not sure we have time for intellectual debates about the best way to do things.
Garth Barker
Garth Barker
March 8, 2011
That being said, ramping hydro isn't a good idea if there are fish issues. Changing flows can be harmful just ask BPA, Bonneville Power Admin. In many cases hydro is used for ramp up and down, if storage is added to the system to integrate variable renewable energy then there is no need to ramp hydro; at that point peaking gassers can be shut down. Using combustion for ramping reduces the "green "aspect of variable energy by 45% some to solve both the Ghg issue and the fish issue add storage.
Garth Barker
Garth Barker
March 8, 2011
There's over thirty thousand Mws of energy available in the US from dams that have already been built; what is wrong with exploiting that potential? Of course hydro is "green" if added to already existing dams. Many of the dams built by the Army Corp and the BOI and BOR are for flood control and irrigation, adding generation to these structures in many cases mitigate the problems created when the dams were first built. Micro hydro on culinary water systems can be a great help to communities to off set infra structure costs. Don't start laying judgment on hydro its the best green energy we have.
Allen Gerhardt
Allen Gerhardt
March 8, 2011
I think we would be better served in the long run by accepting hydro-power from Canada if that means we can shut down some old coal power plants or shut down old nuclear plants. We should be practical if we expect to clean up our electric supplies. Hydro power is so much better than coal or nuclear power, we hurt ourselves by rejecting the replacements for coal and nuclear power. There are legitimate concerns over building new dams, but compared to building new coal or nuclear plants, those damages are much easier to accept, especially since this project has utilized the most careful choice of locations. If the hydro-power is being priced competitively with today's fossil fuel supplies, then the competition for new renewable systems is the same as for fossil fuels, so this prevents no new challenge.
V. Bruce Stenswick
V. Bruce Stenswick
March 7, 2011
One thing you might be overlooking is the potential marriage of hydro power and wind, as is done in Norway-Denmark. Hydro can be ramped up and down fairly quickly to correspond to falling and rising wind.
Jonathan Verrett
Jonathan Verrett
March 7, 2011
There's a few problems I'd like to point out with this article (also I'm from Quebec and well versed on what HydroQuebec does).

First of all the land that is being flooded is in the North of Quebec, far away from large population centres. This land is commonly owned by native peoples in Canada, who get jobs and income into their community as well as training on how to run the projects alongside Hydro-Quebec technicians. Another key point about this land is that it is in the Canadian Shield, so the soil is very shallow and there isn't much vegetation anyways (they don't flood forests). So most of the disadvantages pointed out in this article are moot.

However that is not to say there are no disadvantages with large scale hydro, there are many. Mostly these include disturbing aquatic wildlife in the areas affected by turning on and off the turbines.

Secondly I don't think there's necessarily a need to worry about hydro quebec being a large foreign producer and disturbing the market. The hydro it sells now are at competitive rates with conventional sources in the US. Plus even if they could get the NH hooked on their Hydro, the Canadian economy is so tied to the US economy that they would have to give them good rates.
Martin Murray
Martin Murray
March 7, 2011
A significant portion of the article focuses on HB302 and what might happen "should it pass." Later, the post states that the bill "has been tabled for now."
In fact, the sponsor of the bill withdrew it several weeks ago and its status is "inexpedient to legislate."
The key reason for the withdrawal, according to the sponsor, was the confusion it had caused and which the author here seems to have fallen victim too, as well.
In fact, the bill would NOT have changed another section of New Hampshire existing RPS law which states, in part: "...Certificates issued for purposes of complying with this chapter shall come from sources within the New England control area..." In fact, HB302, had it passed, would not have resulted in Canadian hydropower as qualifying under the state's RPS law, but would have recognized a variety of other existing NH hydro sources, including those owned and operated by PSNH, which range in size up to 18 megawatts.
James Davis
James Davis
March 7, 2011
I can see the same problem with foreign import hydro as I see with foreign import oil or foreign import anything. Eventually, after they have you hooked and unable to provide for yourself, the imports become very expensive and provides a crappy service, if they don't completely shut down and leave your stranded. NH should aggressively reject the foreign import hydro and provide for themselves to prevent a future collapsing economy in their state. If your like of knowledge to create a local source of renewable energy forces you to import, import from another state that has more renewable energy than they need. Become independent and help each other and reject foreign imports of everything that you can provide for yourself.

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Jennifer Runyon

Jennifer Runyon

Jennifer Runyon is managing editor of RenewableEnergyWorld.com coordinating, writing and/or editing columns, features, news stories and blogs for the publications. She also serves as conference chair of Solar Power-Gen Conference and Exhibition...
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