Commentary: How Wisconsin regulators ‘tax’ renewable energy

Michael Vickerman’s commentary in Midwest Energy News on the recent changes in WI renewable energy. Find the original post here.

Commentary: How Wisconsin regulators ‘tax’ renewable energy

RENEW Wisconsin’s Michael Vickerman

Starting next January, the price of purchasing renewable energy voluntarily through monthly utility bills will spike to all-time highs, thanks to recent decisions rendered by the Public Service Commission of Wisconsin (PSCW) on two popular “green pricing” programs.

The thousands of Madison Gas & Electric (MGE) customers participating in the utility’s Green Power Tomorrow program will see their premiums jump from 2.5 cents/kWh to 4 cents/kWh. That’s an increase of 60 percent. To translate this into dollars and cents, an average MGE customer consuming 500 kWh of electricity per month and subscribing at the 100 percent level will pay $90 more in 2013 for the same amount of renewable kWh sold this year.

Residential customers of Milwaukee-based We Energies (WE) will see an even larger percentage increase next year. In that utility’s rate case, the PSCW jacked up the premium paid by Energy for Tomorrow subscribers by nearly 73 percent, from 1.39 cents to 2.4 cents/kWh. Energy for Tomorrow has more than 20,000 subscribers.

Back in 1999, the year both programs were launched, MGE and WE customers paid an extra 3.33 cents and 2.04 cents/kWh, respectively, for the renewable energy they sponsored. Come January 1st, MGE and WE will likely share the dubious distinction of being the only utilities in the country offering renewable energy at a higher rate than they did in the 1990’s. So much for progress.

Adding insult to injury, renewable program subscribers will be subject to general rate increases approved by the PSCW this November. The utilities sought higher rates to recover the costs of retrofitting older coal-fired power stations with modern pollution controls. The fact that the renewable generators leveraged by program participants will never need pollution control retrofits is wholly disregarded in determining the size of the premium.

This is unquestionably a subsidy that flows from program participants to all ratepayers.

How did this happen?
Since 1999, renewable generation costs have tumbled, while productivity has improved.
A frustrated program subscriber might well ask: If base utility rates are going up, and the cost of renewable electricity is declining, why are premiums going up instead of down?

The short answer is that wholesale electricity prices have sagged in recent years, owing to a combination of unsustainably low natural gas prices, stagnant demand, and rapid expansion of wind power displacing higher-cost generation. In contrast, the price of renewable energy procured under long-term contracts held steady. When prices dropped in the wholesale market beginning in late 2008, the gap between system energy and renewable sources widened.

Though accurate, the above explanation is deeply unsatisfying, because the wholesale “market” is concerned about one thing only: the marginal cost of producing electricity into the grid. Nothing else matters, including the expenditures approved by the PSCW to reduce emissions from older generators. Even though retail customers wind up footing the bill for those upgrades, the wholesale market does not treat pollution control retrofits as marginal costs. Not one cent paid by ratepayers for these expenditures is reflected in the prices that renewable generators compete against.

The net effect of this disconnect is to artificially suppress the price of electricity from older and dirtier generators relative to newer and cleaner electricity producers. Real markets factor in the cost of upgrading and replacing capital equipment that manufacture the product bought by customers. What we have instead is an artificial contrivance that sacrifices long-term considerations like clean air, resource diversity and regulatory risk for the short-term reward of low prices.

Indeed, it would be difficult to design a more punitive market structure for renewables than the one we have at present.

‘Swimming up a waterfall’
Pricing renewable energy against a market operating in real time also undermines a valuable attribute of renewable energy, namely its inherent price stability. In this environment, the only way a customer can directly benefit from a fixed-price energy source like solar is to self-generate at his or her premises to reduce consumption of grid-supplied electricity.

In setting the premium size, the PSCW relied on pricing data at a time when the regional wholesale market was near its cyclical bottom. Electricity prices are now edging upward as forward prices of natural gas have rebounded from historic lows earlier this year. It’s a safe bet that wholesale electricity prices will continue to increase in 2013.

This sets up the very real possibility that WE and MGE will collect more revenue than is necessary to cover the cost spread between system energy and the renewable energy supplies servicing their customers. Unfortunately, the next time the base premium for each utility can be adjusted is January 1, 2015.

For at least a century now, fossil fuels have been the default resource option for most utilities. Against this institutional bias, switching to renewable energy is akin to swimming upstream. But given how far backward the PSCW bent to accommodate utilities’ continued reliance on coal and natural gas, quite a few renewable energy subscribers may balk at the prospect of swimming up a waterfall.

In fairness to MGE and WE, the price hikes approved by the PSCW went well beyond the incremental increases proposed by the two utilities. That’s because the agency relies solely on the wholesale “market” metric described above that filters out all societal benefits from the equation. To the agency, renewables are another source of electrons that deserve no special consideration. And, in reaching its decision, the PSCW disregarded the potential impact that abrupt price hikes might have on customer participation.

Programs outliving their usefulness?
A significant loss in subscribership would be a regrettable outcome if the programs were still viable vehicles for leveraging new sources of renewable energy. Sadly, that is no longer the case.

Earlier this decade, WE and MGE pulled the plug on a popular feature of their programs, specifically the special solar energy buyback rates that were funded with participant dollars. This innovation, which spurred the installation of hundreds of solar electric systems in their territories, succeeded in elevating MGE and WE’s stature while achieving the aims of their participating customers. However, when the utilities eliminated their solar incentives, they also removed the principal rationale for subscribing to their programs.

It seems quite clear that the current crop of voluntary renewable energy programs have outlived their usefulness. They are stagnating under a market structure that distorts and amplifies their true costs as well as a regulatory climate that greatly discounts their benefits to ratepayers. What were once dynamic vehicles for increasing supplies of renewable energy are now little more than feel-good marketing exercises running on autopilot. The value proposition to customers just isn’t there anymore.

There is nothing out there to prevent utilities from revitalizing their green pricing programs and making them useful once again. Such an undertaking, however, would require them to do something they haven’t done before: present an affirmative case for adding more renewables into their energy mix.

To do that effectively, utilities would need to recognize that the fossil energy path leads to a dead-end and that renewables ought to be the default resource option going forward. From that starting point, designing a program in which modest customer premiums actually result in additional supplies of renewable energy should be a simple and straightforward exercise.

It’s the very least a responsible utility should do to reduce the impact of generating electricity on the one planet we are privileged to call home.

Michael Vickerman is program and policy director of RENEW Wisconsin, a sustainable energy advocacy organization. RENEW Wisconsin is a member of RE-AMP, which also publishes Midwest Energy News.

Find the original article post here.

Clean power for all (Offer not available in some areas)

A great article from Erik Curren from Energy Bulletin. Here is an excerpt:

The U.S. is lagging other industrial nations in renewable energy. And it’s not for lack of technology but rather, too much politics.

A year ago I would’ve loved the optimistic and can-do tone of Power from the People: How to Organize, Finance, and Launch Local Energy Projects.

While all too many solar panel and wind turbine buffs are Polyannas who promise that America can enjoy decades of economic growth in the future if only we’d dump dirty energy for solar and wind, author Greg Pahl offers a more realistic assessment of the limited potential of clean energy. Pahl is a peak oiler who understands the concentrated power of fossil fuels and knows that no amount of renewables can replace the energy we now get from coal, oil and natural gas.

Power from the People

Power from the People: How to Organize, Finance, and Launch Local Energy Projects by Greg Pahl, foreword by Van Jones, Chelsea Green Publishing, 250 pp, $19.95.

Fortunately, Pahl is also free from the cynicism of many self-appointed “net-energy” experts who, when asked about solar and wind reply, “If it ain’t as powerful as oil, why bother?”

Instead, Pahl is practical enough to see that once the coal and natural gas deplete and get too expensive, if we want any electricity at all in the future it will have to come from renewables.

Before my own descent into the hell of working with a company trying to develop renewables in a conservative southeastern state, I would’ve cheered Pahl on as he called for a switch from today’s centralized power plants to a bright democratic future of distributed generation — a solar panel on every roof.

But now, after my company had to fight off two cease-and-desist letters and an expensive legal battle with the state’s largest electric utility before we were able to complete a solar installation at a university, I bring a wary eye to Pahl’s cheery case studies of cutting-edge community energy projects in such greenie paradises as Oregon, Colorado and Pahl’s own Vermont.

I no longer say, “Wow, that’s impressive. Why don’t we try that here?” Instead, I just find myself getting jealous and resentful.

Damn Vermont, I think to myself, with all their farmers-market-shopping, bicycle-commuting, townhall-meeting, New-York-leaving, clean-energy-installing old hippies.

In my state of Virginia it sometimes feels like we have plenty of NASCAR fans but barely enough old hippies to fill one floor of an assisted living place.

And that’s a big part of why we have to suffer under a Republican governor who pays lip service to “all of the above” energy sources but spends his real effort pushing offshore drilling, and coal and uranium mining all while America’s seventh richest state enjoys about as much clean energy as Rwanda.

In this state, you’ll get coal. And you’ll like it too.

Some parts of the United States offer excellent incentives and support to help level the playing field with grid power and make renewables affordable. And this public policy makes all the difference.

California may be #1 in solar, but un-sunny New Jersey is #2. And that’s not because you need to slather on SPF 60 if you’re visiting Newark or Teaneck.



Read the full article here.


India's Blackout Lesson: Coal Failed, Small Solar = Big Results

From a story by Justin Guay, Sierra Club International Program:

Of course they still have to face the problems they have inherited from trying to copy/paste a centralized grid from the West. So what can they do to solve peak problems with the grid they already have in place? Deploy lots and lots of distributed solar and efficiency.

That’s because, unlike coal, solar for the most part is available when you need it – during peak hours. Which is why it’s great to see States like Gujarat taking the lead in roof top solar programs with the support of the IFC. And efficiency makes the peaks smaller so you need less power in the first place.

The irony here of course is that distributed generation has always been ignored as trivial compared to the real need for a large scale ‘modern grid.’ That’s because policymakers and commentators lack the imagination to understand the fact that when aggregated, small can be very, very big.

Take the hidden truth behind India’s modern grid (as my colleague Jigar Shah points out): it is actually already a distributed system that is largely powered by filthy, costly diesel gen sets. That’s because power outages are so frequent that businesses and wealthy individuals have been forced to pay for this backup generation to ensure power. This is a tremendous opportunity for companies seeking targeted diesel replacement strategies to save people and companies tremendous amounts of money, while providing reliable power.

India's Blackout Lesson: Coal Failed, Small Solar = Big Results

From a story by Justin Guay, Sierra Club International Program:

Of course they still have to face the problems they have inherited from trying to copy/paste a centralized grid from the West. So what can they do to solve peak problems with the grid they already have in place? Deploy lots and lots of distributed solar and efficiency.

That’s because, unlike coal, solar for the most part is available when you need it – during peak hours. Which is why it’s great to see States like Gujarat taking the lead in roof top solar programs with the support of the IFC. And efficiency makes the peaks smaller so you need less power in the first place.

The irony here of course is that distributed generation has always been ignored as trivial compared to the real need for a large scale ‘modern grid.’ That’s because policymakers and commentators lack the imagination to understand the fact that when aggregated, small can be very, very big.

Take the hidden truth behind India’s modern grid (as my colleague Jigar Shah points out): it is actually already a distributed system that is largely powered by filthy, costly diesel gen sets. That’s because power outages are so frequent that businesses and wealthy individuals have been forced to pay for this backup generation to ensure power. This is a tremendous opportunity for companies seeking targeted diesel replacement strategies to save people and companies tremendous amounts of money, while providing reliable power.

India's Blackout Lesson: Coal Failed, Small Solar = Big Results

From a story by Justin Guay, Sierra Club International Program:

Of course they still have to face the problems they have inherited from trying to copy/paste a centralized grid from the West. So what can they do to solve peak problems with the grid they already have in place? Deploy lots and lots of distributed solar and efficiency.

That’s because, unlike coal, solar for the most part is available when you need it – during peak hours. Which is why it’s great to see States like Gujarat taking the lead in roof top solar programs with the support of the IFC. And efficiency makes the peaks smaller so you need less power in the first place.

The irony here of course is that distributed generation has always been ignored as trivial compared to the real need for a large scale ‘modern grid.’ That’s because policymakers and commentators lack the imagination to understand the fact that when aggregated, small can be very, very big.

Take the hidden truth behind India’s modern grid (as my colleague Jigar Shah points out): it is actually already a distributed system that is largely powered by filthy, costly diesel gen sets. That’s because power outages are so frequent that businesses and wealthy individuals have been forced to pay for this backup generation to ensure power. This is a tremendous opportunity for companies seeking targeted diesel replacement strategies to save people and companies tremendous amounts of money, while providing reliable power.