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About John Farrell

John Farrell directs the Energy Self-Reliant States and Communities program at the Institute for Local Self-Reliance and he focuses on energy policy developments that best expand the benefits of local ownership and dispersed generation of renewable energy. More

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Article, ILSR Press Room, Resource filed under Energy | Written by John Farrell | No Comments | Updated on Feb 24, 2010

John Farrell Explains the Benefits of Decentralized Energy on KBOO

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/john-farrell-explains-benefits-decentralized-energy-kboo/

The Obama administration’s energy policy jumps the shark: why nuclear isa bad deal and carbon-captured coal is anything but clean.  Senior Research John Farrell discusses this and the smarter strategy of a decentralized renewable energy future with KBOO host Bill Resnick.

The rules we make now will decide our energy future.  Listen to the interview here.

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filed under General | Written by John Farrell | No Comments | Updated on Jan 26, 2010

Supreme Court Removes Clean Energy Policy Detour

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/supreme-court-removes-clean-energy-policy-detour/

In a largely unheralded move last week, the Supreme Court removed an unnecessary and unpopular detour from the road to a clean energy economy, preserving the right of states to refuse new high voltage transmission lines.   At issue was the right of the federal government to override a state’s veto of a new transmission line.  Electric utilities had appealed the Piedmont Environmental Council’s victory in a lower court decision, but the high court’s refusal to review means that states will retain the authority to refuse new high voltage transmission lines.   Continue reading

Article filed under Energy | Written by John Farrell | No Comments | Updated on Dec 4, 2009

Competing visions: an electric grid in need of new lines or dispersed development?

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/competing-visions-electric-grid-need-new-lines-or-dispersed-development/

This is a response to a Renewable Energy Focus article claiming that transmission is at the top of the U.S. renewable energy agenda.

What would transportation advocates say if someone suggested that the solution to traffic congestion in New York City, Chicago, and Los Angeles was the creation of a new interstate superhighway system?  Nonsense!  But that’s exactly what’s happening with proposals for a new, nationwide high-voltage transmission superhighway for renewable energy development. 

Advocates of this new system see grid-constrained renewable energy hot spots and distant big cities and envision an interstate network connecting them.  They see the national natural gas pipeline system and dream of mimicking that system with the same federal preemption and oversight.  But the proposal for a new interstate network of new high voltage lines and the pipeline preemption strategy indicate a myopic view of renewable energy.

Take the supposed limitations on renewable energy development.  In a few areas of the country, renewable energy is facing constraints on the electric grid.  Too many wind projects in a few, remote windy areas have put a stop to development in these areas.  But unlike fossil fuels, renewable energy is everywhere.  A report we recently released at the Institute for Local Self-Reliance –  Energy Self-Reliant States – shows that every U.S. state can reach its renewable goal or mandate and 60 percent of states could get all their electricity using solely in-state renewable resources.  Utility studies of the Minnesota’s lower voltage transmission system found that 600 megawatts of dispersed wind projects could be added with no additional transmission expenditures and that hundreds more megawatts could be added at a fraction of the cost of new high voltage transmission lines.

To put it mildly, the constraints on the transmission system are a matter of perspective.

The transmission advocate vision of the replicating the nation’s natural gas pipeline network in a new transmission superhighway deepens the renewable energy myopia.  At a 2009 national conference on the electric grid hosted by Google in Washington, DC, a representative from the National Association of Regulatory Utility Commissioners (NARUS) illustrates the difficulty of applying the national gas pipeline model to a renewably powered electric grid.

“With gas pipelines we kind of knew where the gas was.  It’s in a few places so to get it from there to the market is a pretty simple exercise.  With renewables you can put it up in a lot of places.  Thousands of places.  And then where exactly do you run the line, it’s like the old question from the 1800s, where do you run the railroad?  If you run the railroads here you get a whole lot going on here and nothing over there because you’re going to run one line.  That’s the difficulty.”

Natural gas pipelines move from Point A (gas field) to Point B (cities) and lent themselves to federal preemptive powers.  But renewable energy has millions of point A’s, making an interstate transmission network a political choice rather than a practical one.  Once again, it’s a matter of perspective.

In a New York Times Op Ed, the Massachusetts Secretary of Energy and Environmental Affairs, Ian Bowles, wrote:

“Lawmakers should resist calls to add an extensive and costly new transmission system that would carry electricity from remote areas like Texas, the Great Plains, and Eastern Canada to places with high energy demands like Boston, Chicago, and New York … Renewable energy resources are found all across the country; they don’t need to be harnessed from just one place.” [emphasis mine]

In May 2009, the governors of 10 East Coast states wrote to senior members of Congress to protest.  Requiring their residents and businesses to pay billions of dollars for new transmission lines that would import electricity from the upper Midwest and Southwest into their region “could jeopardize our states’ efforts to develop wind resources … “  They added, “it is well accepted that local generation is more responsive and effective in solving reliability issues than long distance energy inputs.”

Nine of the 10 Eastern states whose governors signed the May 2009 letter could get over 80 percent of their electricity from in-state renewable resources, according to Energy Self-Reliant States. 

Transmission may have risen to the top of the national renewable energy agenda in the United States, but its priority is a matter of perspective.  Transmission is the only option for expansion if we choose to myopically see renewable energy only in select hot spots.  But the real vision is a vast and dispersed renewable energy resource that can be tapped anywhere.  And enabling the development of that resource everywhere – and the sharing of its attendant economic benefits – should the clear priority.

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Article filed under Energy | Written by John Farrell | No Comments | Updated on Nov 19, 2009

Mothballed nuclear reactor illustrates the power of local self-reliance

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/mothballed-nuclear-reactor-illustrates-power-local-self-reliance/

This story of a the proposed 2300 MW Tyrone nuclear power park (two power plants) for Minnesota is informative. Starting with the original proposal in the 1970s, Northern States Power (now Xcel Energy) was stopped by sharply falling demand in the late 1970s, and they shifted to an alternative proposal to build a 750 MW coal plant. Again energy consumption fell short of projections and Xcel will now be using a combination of Manitoba Hydro power and new wind projects to get 375 MW of new generation. The success in transforming the original dual nukes into a much smaller package of renewable energy was the result of local citizen opposition and state policy on conservation and renewable energy. The author, Dean Abrahamson, notes:

As with almost all major reforms, the movement to more sustainable power has been the result of actions taken by individuals and by states — Washington continues to reluctantly follow, not to lead. [emphasis mine]

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Article filed under Energy | Written by John Farrell | No Comments | Updated on Nov 19, 2009

Wind power makes electricity cheaper

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/wind-power-makes-electricity-cheaper/

As it grows, wind power can increasingly displace expensive fossil fuel generators. In Texas (and also in Germany), wind is already helping to drive down electricity prices.

This is commonly known as the “merit order” effect, as sources with greater social merit (wind and solar power) are taken first by the grid, displacing dirtier and more expensive energy sources.  The following two illustrations, from Feed-in Tariffs in America, illustrate the effect.

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Article filed under Energy | Written by John Farrell | No Comments | Updated on Nov 19, 2009

Energy efficiency has economies of scale

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/energy-efficiency-has-economies-scale/

The report [Synapse Energy Economics Inc.: Costs and Benefits of Electric Utility Energy Efficiency in Massachusetts] is worth reading in full, but this paragraph is absolutely vital:

Synapse recently undertook an extensive review of numerous utility and third party EE programs from across the United States in order to explore the empirical relationship between the cost of saved energy (CSE) per kWh saved and program scale in terms of first year energy savings as a percentage of annual energy sales. In the analysis, we found that the CSE tends to decrease as energy savings increase relative to annual energy sales. This finding is contrary to the idea of an energy efficiency supply curve that is often constructed to estimate economic potential of energy efficiency measures. These supply curves generally indicate that the CSE increases as energy savings increase, much like a generation supply curve would. In English: Energy efficiency gets cheaper the more you spend on it. [emphasis original]

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Article, Resource filed under Energy | Written by John Farrell | No Comments | Updated on Nov 2, 2009

Cooperating for Community Renewable Energy

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/cooperating-community-renewable-energy/

By creating decentralized, community-based renewable energy projects, tapping into the existing grid, and applying new smart grid technology, communities can maximize the economic returns of renewable energy production. Continue reading

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Article, ILSR Press Room filed under Energy | Written by John Farrell | 1 Comment | Updated on Oct 29, 2009

President’s Smart Grid Grants are not a Transmission Superhighway, Thankfully

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/president-s-smart-grid-grants-are-not-transmission-superhighway-thankfully/

There’s good news and bad news in President Obama’s announcement Wednesday of 100 grants totaling $3.4 billion to build a smarter electric grid.  The good news is the grants. The bad news is that President Obama continues to conflate the need for a smart grid with the need for a new national high voltage grid. Continue reading

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filed under General | Written by John Farrell | No Comments | Updated on Oct 22, 2009

Renewables are inevitable, transmission is optional

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/post-2918/

We all agree that a 100% renewable energy system is preferable.  But we don’t need a new, high-voltage transmission network now to reach that goal, and it’s far from clear that we’ll need it in the future.  Continue reading

Article filed under Energy | Written by John Farrell | No Comments | Updated on Oct 21, 2009

Utilities take a shine to (distributed) solar

The content that follows was originally published on the Institute for Local Self-Reliance website at http://www.ilsr.org/utilities-take-shine-distributed-solar/

Rooftop solar is no longer the playground for granolas and Germans. But even when utilities join the solar PV game, they find that the distributed nature overcomes many of the technical and political barriers. A 2008 change in federal tax policy opened the door to utilities to invest in solar PV and utilities like PG&E are planning sizable installations (250 MW). PG&E will do a ground-mounted field of modules in the desert, but other utilities are finding distributed PV makes more sense:

Southern California Edison already plans to scatter 1 MW and 2 MW rooftop PV installations across its service territory, part of its goal to deploy 250 MW of PV over the next five years. Minimizing transient spikes is one reason. A second is that transmission remains the No. 1 barrier to renewable energy growth in California, says Mike Marelli, the utility’s director of renewable and alternative power contracts. “We can implement smaller systems with little or no transmission” additions, he says.

It’s hard to argue that transmission is a barrier when you’ve got 250 MW coming online without it! The good news is that the distributed solar also helps overcome some of the variability issues with solar power:

“During cloudy periods, the output from PV can get noisy with spikes,” which can have an effect on the grid, says Kelly Beninga, global director of renewable energy for WorleyParsons. PV installations around 20 MW in size can be managed without too much trouble. Larger than that and portions of the grid can be affected by passing clouds… To better understand the issue, NV Energy is studying power output variations that may result from deploying PV in and around Las Vegas. The study won’t be complete for another year, but Tom Fair says early data suggest that geographic dispersion helps dampen variability. A second finding is that solar facilities need to be placed on strong parts of the grid. “That leads us away from having huge amounts of PV at any one site,” Fair says. Ten to 20 MW at any one site might be the limit.

The utility interest in solar PV may help remove some of the stigma, and show that even small-scale modules can have a big-scale impact.

Photo credit: Schroeder, Dennis – NREL Staff Photographer

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