The race to 100% renewable is on in Virginia: Floyd and Blacksburg lead in committing to energy transition (sort of)

On October 24, 2017, deep in the heart of Virginia, the mostly Republican supervisors of Floyd County (population 15, 755) issued a resolution proclaiming the county’s commitment to reduce greenhouse gas emissions by “replacing fossil fuels with renewable energy along with conservation and energy efficiency,” and “support[ing] the achievement of near zero greenhouse gas emissions through policies that shift the energy supply strategy of our County from fossil fuels to 100% clean renewable energy.” The vote in support was unanimous.

The vote made Floyd the first Virginia locality to join more than 70 cities, towns and counties across the U.S. that have committed to achieving 100% renewable electricity. At least five cities are already powered by renewable energy today, according to the Sierra Club. (And surprise! None of the five are in California.)

Floyd’s resolution does not set a date for accomplishing its goal, so some might call it more aspirational than committed. And even the residents of Floyd subsequently showed themselves more than a little conflicted. (I’ll get to that in a moment.)

But within three months, the Town of Blacksburg followed suit with its own resolution in favor of 100% renewable energy, and it upped the ante by setting a target date of 2050. The Blacksburg commitment is bolstered by the town’s previous work on a climate action plan and its own claim to fame as the location of Virginia’s first Solarize campaign.

As best I can tell, Floyd and Blacksburg are the only Virginia localities to take the pledge so far, but the idea is under consideration across the state. The Sierra Club launched its “Ready for 100” campaign in Virginia almost two years ago in an effort to persuade Arlington and Alexandria to set a target date of 2035 for both government and residents to be powered by 100% renewable electricity. Fairfax City and Charlottesville have also begun the conversation.

The 2035 target proposed for Arlington and Alexandria is both more and less ambitious than Blacksburg’s goal, since it covers only the electric sector. Moving to 100% renewable energy, as Blacksburg aims to do, also requires things like eliminating petroleum use in transportation and an end to heating by natural gas and fuel oil. These are harder in the near term but generally considered achievable by 2050, given the projections for electric vehicles, cost declines that make electricity from wind and solar competitive with fossil fuels, and a growing belief that combating climate change will soon push us towards a policy to “electrify everything.”

Not everyone agrees that abandoning fossil fuels is the right goal, including some of the same people who said it was. Immediately after passing the 100% resolution, supervisors in Floyd County contracted a case of buyers’ remorse when the local Tea Party found out and raised a ruckus. (The local newspaper had been covering the topic for months, but evidently it didn’t make Fox News.)

Barely six weeks later, on December 12, the board issued a hastily-prepared second resolution. It began by repeating several findings of the first resolution, including recognizing the threat of climate change and the role of humans in causing it. So far, so good. Then it took a sharp detour to praise fossil fuels and to pledge to “protect the freedom and economic interests” of residents by working for “viable, cost-effective, clean and reliable energy resources of all available types,” which the drafters seemed to think included fossil fuels. Only one supervisor voted no. They did not, however, repeal the first resolution. That leaves Floyd with its first-in-the-commonwealth status on embracing 100% renewable energy, but sadly paralyzed on putting it into action.

It is worth reading this second Floyd resolution to understand the underlying concerns of the noisy minority who pushed it through. It reveals that a belief in coal as a cheap fuel remains common, though it has been years since coal lost its competitiveness. And the reference to fossil fuels as “clean” is surely an echo of the “clean coal” propaganda that never had any truth behind it, but seemed to offer a free lunch. The very silliness of the phrase works in its favor: since no one would make up something so absurd, people figure, it has to be true.

The second resolution also reflects a genuine concern about the potential of an over-active government to infringe on individual liberties. Billy Weitzenfeld, President of Sustain Floyd, told me some local people who were opposed to the pro-renewable energy resolution expressed a fear that it would lead to the government taking away peoples’ wood stoves and forcing everyone to put solar panels on their houses. Thus the freedom from utility control that rooftop solar offers to consumers was turned on its head and made to look like a threat to individual liberty.

Weitzenfeld feels the Tea Party concerns are misplaced, but he also thinks the conflict could have been avoided by better dialog in the process. It was unfortunate, he said, that fear took over, and—at least temporarily—brought a halt to what had been an exciting momentum on clean energy initiatives.

Weitzenfeld has not thrown in the towel, though. He and other advocates in Floyd are getting back to doing “the proactive stuff that can really make a difference”: putting solar on rooftops through a second Solarize program, encouraging energy audits, engaging the public, and building what he calls “the constituency of practitioners,” people whose own experience with renewable energy will make them the ones to push back against fear and misinformation the next time around.

Looking on the bright side, even the rebelling Tea Partiers recognized the climate threat, which is also a theme common to the other Virginia resolutions. In other conservative states, more prosaic considerations have driven the decision. And by that, of course, I mean money. The Republican mayor of Georgetown, Texas, said economics pushed them to become one of the first cities in America to run entirely on wind and solar energy, when they found they could save money doing it. Bentonville, Texas, may become the second city in that state to achieve the 100% goal, on economic grounds as well as due to concerns over air quality associated with coal and gas burning.

In 2008, tiny Rock Port, Missouri, became the first locality in the U.S to be powered entirely by wind energy, taking advantage of a cheap and abundant resource in a windy farm community. Greensburg, Kansas, also went all-wind in 2013, and uses this and other green initiatives as a major branding tool.

All of these are small communities that control their own electricity supply, which gives them options most Virginia localities lack. Blacksburg residents get their electricity from Appalachian Power; most others have to deal with Dominion Energy Virginia or one of the rural electric cooperatives. So even if they achieve consensus within their communities on a goal of 100% renewables, meeting the goal will require navigating a range of barriers.

We are not alone there. A fair number of the cities on the Ready for 100 list are also located in the Southeast, and suffer from the same outdated monopoly utility structure that we do. Virginia localities can look for guidance to Atlanta, Georgia (100% renewable energy by 2035), and Columbia, South Carolina (100% renewable electricity by 2036).

Next week Sierra Club will launch its “100% Virginia Campaign” to encourage residents across the state to advocate for clean energy in their communities, with the hope that more localities will take up resolutions for 100% renewable electricity by 2035.

More generally, Sierra Club organizer Alice Redhead says the goal is to “build a movement for clean energy across the state and set the conditions for Virginia to transition to 100% renewable energy statewide by 2050. We are pushing for localities around Virginia to commit to 100% clean energy, but we are also making sure that the campaign is flexible rather than one size fits all and allows for locally-tailored initiatives that are strategic for the conditions in different areas of the state. Local campaign teams that are a part of the 100% Virginia network will develop unique plans to advocate for clean energy progress specific to their area.”

In an upcoming blogpost I’ll take a harder look at the obstacles facing Virginia localities, as well as the opportunities that make getting to 100 a viable option.

After losing a vote on the double dip, is Dominion losing Power?

An earthquake shook Richmond, Virginia on the afternoon of Monday, February 12, rocking the House of Delegates just as it was supposed to be passing HB 1558, Dominion Energy’s Ratepayer Rip-Off Act of 2018. The bill was intended to help the utility lock in stupendous unearned profits for its parent company, courtesy of the monopoly’s captive customers, under the guise of supporting clean energy and grid investments.

And the bill did pass the House, but only after delegates adopted an amendment offered by Minority Leader David Toscano stripping away a lucrative provision that Dominion both desperately wanted and swore didn’t exist: the infamous “double dip” that the SCC has said would allow Dominion to charge customers more than twice over for a large portfolio of infrastructure projects. With billions of dollars worth of projects on the drawing board, the double dip meant serious money.

Anyone who didn’t believe the double dip was real only needed to listen to Dominion lobbyist Jack Rust respond to repeated questions about it during a Senate Commerce and Labor Committee hearing two weeks earlier. It was a “yes or no” question that Rust wouldn’t answer with a yes or a no.

Obfuscation, however, was good enough for the Senate, which passed SB 966 last week by a bi-partisan vote of 26-13. It was good enough for Governor Northam, too, who had already pledged to sign the bill. A few environmental groups broke ranks to support the bill, too, cheering the provisions for energy efficiency and the promise of more renewables.

Admittedly, the Attorney General’s Office of Consumer Counsel remained opposed. So did other environmental and consumer groups, complaining not just about the double dip, but about ceding control over the future of Virginia’s electric grid to a profit-driven monopoly. But when has the General Assembly ever cared what environmental and consumer groups thought? So passing the bill through the House should have been easy.

And then Toscano called Dominion’s bluff. If the double dip is real, said Toscano, his amendment would fix it. If the bill doesn’t already allow for double-dipping, then making doubly sure of that does no harm.

The logic was unassailable, though bill patron and Friend of Dominion Terry Kilgore assailed it anyway. As the Associated Press reported, Kilgore tried to persuade legislators to reject Toscano’s amendment. Yet even some fellow Republicans deserted him on the vote, helping Democrats pass it 55-41. A quick-thinking Delegate Habeeb, apparently recognizing bad optics for the Republicans, called for a second vote, and this time the amendment passed 96-1, with even Kilgore supporting it.

By all accounts, the vote was unprecedented. Dominion does not lose floor votes. The vote rocked the House.

In hindsight, perhaps Dominion should have known a fault line had formed. Grassroots groups were agitating against the power of monopoly. A new group called Clean Virginia was agitating against the bill. Almost all the freshmen Democrats had pledged not to accept Dominion money—and there were a lot of them, thanks to last fall’s “blue wave” election. But the Republicans had already scuttled most of their bills; surely they had learned humility? They had not. They all supported Toscano’s amendment, and all but one followed him in opposing final passage of the bill, which passed 63-35.

The earthquake could be felt over at Dominion headquarters, where reporters could be seen inspecting the foundation for damage. CEO Tom Farrell called in his damage control specialists, heavy-hitting lobbyists Eva Teig Hardy and Bill Thomas, to persuade legislators to support the Senate version of the bill over the House version—or failing that, to lard it up with new favors to the utilities.

According to the AP, Kilgore continued to maintain after the vote that the double dip was “more perception than reality.” But he also said, “Toscano’s amendment takes ‘a lot of stuff out that needs to stay in’ the legislation. ‘I’m going to have to fix it.’”

One might think Dominion and its allies would be embarrassed to defend a provision they say doesn’t exist. Reportedly they have pivoted to a different argument, that the company would have no incentive to invest in renewable energy if it isn’t allowed to rip off ratepayers in the process. Accordingly, they are holding solar investments hostage, knowing how much Democrats want them.

Dominion’s new argument is simply posturing. Its 2017 Integrated Resource Plan declared solar to be the cheapest form of energy in Virginia, and it had signaled via the Rubin Group its plan to build at least 3,000 MW of solar in the coming years. Saying now that it might take its ball and go home is a sign its lobbyists are out of good arguments.

In the past, good arguments were not a requirement for Dominion to get what it wants; political power has always been enough. It will be interesting to see now whether Dominion emerges with some semblance of its omnipotence intact, or whether this earthquake presages new shocks that could crack the fortress.

 

Virginia renewables report shows huge solar gains in 2017

The Virginia Renewable Energy Alliance (VA-REA) says Virginia had a total of 570 megawatts (MW) of solar installed at the end of 2017, well over twice the 176 MW we had at the end of 2016. VA-REA projects the industry will add another 376 MW in 2018.

The numbers are included in VA-REA’s “2017 Development Report,” which also summarizes other aspects of renewable energy development in the past year. The report is available on the group’s website.

VA-REA members include companies from the solar, wind, and other renewable energy industries in Virginia, as well as utilities, some environmental groups, and other advocates.

As we head into the General Assembly session beginning this Wednesday, the strong showing by the solar industry in 2017 should give added momentum to the raft of pro-solar bills we hear are in the works. So far most have not yet been filed, but I will be posting about them when they reach a critical mass.

How Did Virginia Get So Far Behind on Energy Efficiency?

  • Dominion Energy ranks 50th in energy efficiency among the 51 largest electric utilities in the nation (ACEEE)
  • Virginia has captured only 2% of its efficiency potential (EPRI)
  • Robust energy efficiency policy in VA could increase employment by 38,000 jobs by 2030 (DMME Energy Plan 2014)
  • VA’s residential electricity bills ranked 10th highest in the U.S in 2015, commercial bills ranked 13th highest (U.S. Energy Information Administration)

In the past year, numerous reports from research institutes, industry think tanks, and government entities have exposed Virginia’s poor energy efficiency performance. Considering the clear economic and environmental benefits that energy efficiency provides to Virginia’s businesses and residents, and in light of Virginia’s untapped energy efficiency potential, electric utilities should prioritize meeting demand through improving energy efficiency rather than building new expensive power plants.

Virginia Utilities Are Significantly Underperforming in Achieving Energy Efficiency.

Virginia’s largest investor-owned utility, Dominion Energy, holds a very weak record on energy efficiency – ranking 50th (next to last) in efficiency efforts among the 51 largest electric utilities in the nation, according to the American Council for an Energy-Efficient Economy (ACEEE). In this utilities report, Dominion Energy earned only 11% of total energy efficiency points (5.5 out of 50) and performed far worse than peer utilities in the Mid-Atlantic region (MD, NJ, PA, and VA). In contrast, Maryland’s BG&E utility company ranks 4th in the nation. In addition, a 2016 independent survey of the 30 largest investor-owned utility companies ranked Dominion last for energy efficiency using two separate measures.

Virginia investor-owned utilities are not even close to reaching Virginia’s voluntary energy efficiency goal of reducing electricity use by 10% by 2022 (relative to 2006 base consumption – equal to a reduction of 10.76 million megawatt hours). According to the Virginia Department of Mines, Minerals, and Energy (DMME), utilities had achieved less than 10% of the reduction goal by the end of 2015. In Dominion’s 2017 Integrated Resource Plan (IRP), State Corporation Commission (SCC) staff witness Eichenlaub testified that, based on current programs, Dominion Energy could achieve only 80% of the 10% reduction target by 2032—still deficient a decade late.

Graphic1

Even the electric utility industry’s own research organization (Electric Power Research Institute, or “EPRI”) reveals how far behind Virginia is in energy efficiency efforts. EPRI’s recent report shows that Virginia has captured only 2% of its efficiency potential. Based on current programs, policies and activities, Virginia will only achieve 7% of its energy efficiency potential by 2035, ranking near the lowest in the nation – 48th out of 50 states and the District of Columbia.

Achieving Advances in Energy Efficiency Will Reap Great Benefits for Virginia.

Improving energy efficiency is the lowest cost and most readily available resource to save money and meet energy demand. Energy efficiency consistently ranks as the lowest-cost resource—averaging 3 cents per kilowatt hour—and is one-half to one-third the cost of building new power plants.[i] While improving energy efficiency will obviously conserve natural resources, reduce pollution, and mitigate adverse health effects from air pollutants, improvements will also bring direct economic benefits to Virginia through job creation, increased economic competitiveness, and reduced electricity bills.

Graphic2

Energy efficiency is a growing industry in Virginia. According to the Virginia Energy Efficiency Council (VAEEC), revenue generated from this sector has increased from nearly $300 million in 2013 to $1.5 billion today. Energy efficiency currently already supports over 75,000 jobs in Virginia but it could support more. Indeed, Virginia’s Energy Plan states that robust energy efficiency policy could increase employment by 38,000 jobs by 2030.

Energy efficiency can help maintain and attract business to Virginia. Almost half of Fortune 500 companies (48% in 2016) have set greenhouse gas emissions reduction and/or energy efficiency targets. In Dominion’s 2017 IRP case, a coalition of data center providers and customers in Virginia recently confirmed that their investors want them to reduce greenhouse gas emissions. Data centers constitute the largest share of Dominion’s forecasted load growth. Advanced Energy Economy confirms, “for many companies, the ability to control energy costs […] is a key factor when deciding where to locate or expand their operations.” By lowering greenhouse gas emissions, efficiency will make Virginia more attractive to businesses.

Improving energy efficiency will benefit consumers, especially low-income consumers vulnerable to increases in electricity bills. Dominion Energy claims to have among the lowest rates in the nation. Yet a report by the Virginia Poverty Law Center reveals that Dominion Energy’s rates are average and its bills have increased 30% between 2006 and 2016. Of that increase, 42% comes from rate adjustment clauses (RACs)[ii] – keeping the base rates low but resulting in higher bills. These increases impact low-income households more severely, as these households spend a greater proportion of their income on utilities than the average family. Rappahannock Electric Co-op recently confirmed that low-income customers often consume more electricity due to poor insulation and older, less efficient appliances.

Dominion Energy is planning several large new power plants to meet projected demand. Yet Virginia has great, untapped potential for reducing customers’ electric bills and meeting demand by pursuing energy efficiency instead. Advances in energy efficiency will grow Virginia’s economy, increase its economic competitiveness, and benefit consumers (especially low-income consumers).

Policy Recommendations

There are several regulatory obstacles to stronger utility energy efficiency action in Virginia. Other peer states have achieved significant advances through the following policies.

  1. Make the voluntary energy efficiency resource standard (EERS) a mandatory EERS.
  2. Broaden the State Corporation Commission’s cost-effectiveness criteria to include more energy efficiency benefits. This broadened definition would result in more energy efficiency programs being approved.
  3. Allow electric utilities to decouple their profits and sales, and provide utilities with performance incentives. (Decoupling has already occurred for Virginia natural gas companies.)

Key Recent Reports

 

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[i] For additional information on energy efficiency as a resource, see the Alliance to Save Energy’s Energy 2030 Reports, available at http://bit.ly/2BMHFl3, and McKinsey & Company’s 2009 report Unlocking Energy Efficiency in the US Economy, available at http://bit.ly/2hf3HAM.

[ii] For additional information on Rate Adjustment Clauses (RACs), see Virginia Energy Purchasing Governmental Association’s Elected Official’s Guide to Ensuring Fair Regulation for Electricity at http://vepga.org/wp-content/uploads/2017/06/VEPGA_16SummaryUpdate_ElectedOfficialsGuide.pdf. One example of RACs are fuel adjustment clauses that affect prices for fossil fuels, such as natural gas and coal. Thus, when prices spiked during the polar vortex several years ago, the price increase is reflected in an RAC.

 

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About Melissa Christensen

Melissa is an intern with the Virginia Sierra Club Legislative Committee researching opportunities in energy efficiency. Having grown up in Belgium and recently lived in Shanghai for two years, Melissa is passionate about accelerating the world’s transition to a sustainable economy.

 

 

2017 guide to Virginia wind and solar policy

You can tell this picture wasn’t taken in Virginia because it has wind turbines in it. But at least the solar farm will look familiar to many Virginians these days. Photo credit Dennis Schroeder, NREL.

After several years of writing this annual update and often finding little to cheer about, I can finally share some good news. The nationwide boom in utility-scale solar has hit Virginia full force, juiced by low panel prices, corporate and state government demand, favorable tax policy and an abundance of good sites near transmission lines. We are a long way from unleashing our full potential; a lack of incentives, utility-inspired barriers, and a legislature still in thrall to fossil fuel interests continue to hold us back. In spite of this, Virginia is now attracting hundreds of millions of dollars in solar energy investments, and today the solar industry employs more of our residents than the coal industry.

The same cannot be said for wind energy; we are alone among all neighboring states in having no operating wind farms. Distributed generation like rooftop solar also remains a weak spot, even as customer interest continues to grow.

This survey of current policy is intended to help decision-makers, industry, advocates and consumers understand where we are today, who the players are, and where we could be going in the coming year. A few disclaimers: I don’t cover everything, the opinions expressed are purely my own, and as legal advice it is worth exactly what you’re paying for it.

  1. Overview: Virginia still lags, but we’ve now got some mo’

Even last summer it was clear utility-scale solar was on a roll in the commonwealth, leading me to predict Virginia would hit 200 megawatts (MW) by the end of 2016, up from 22 MW at the end of 2015. According to the Solar Energy Industries Association, we beat that number and then some.

Maryland North Carolina W. Virginia Tennessee Virginia
Solar* 637.8 3,015.8 3.4 171.1 238.3
Wind** 191 208 686 29 0
Total 828.8 3,223.8 689.4 200.1 238.3

Installed capacity measured in megawatts (MW) at the end of 2016. One megawatt is equal to 1,000 kilowatts (kW). Note that SEIA does not provide 2016 numbers for W. Virginia; shown are 2015.

*Source: Solar Energy Industries Association **Source: American Wind Energy Association 

The big numbers, however, still lie ahead. At the May event where Governor McAuliffe announced his directive to the Department of Environmental Quality (DEQ) to develop a carbon limit for Virginia, he also reported that Virginia has a total of more than 1,800 MW of solar installed or under development.

Several developments are driving these numbers:

  • Once the federal investment tax credit is factored in, the levelized cost of energy from solar is now below that of coal, nuclear, and natural gas.
  • Dominion committed to 400 MW of solar as part of 2015 legislation, and now indicates in its IRP an intent to build 240 MW per year through at least 2032.
  • Governor McAuliffe committed the state to getting 8% of its electricity from solar, a total of 110 MW.
  • Corporations, led by Amazon, are using new approaches to procure renewable energy on favorable terms, including indirect and virtual PPAs; this forces utilities to cooperate or be cut out of the action.
  • Other customers have stepped up pressure on their utilities to provide renewable energy.

You can find the list of projects that have submitted permit applications on the DEQ website. The list currently does not include regulated utility-owned projects, which until this year received permits from the State Corporation Commission (SCC). Under legislation passed in 2017, however, these projects will also be governed by the DEQ permit-by-rule process.

Industry experts caution that not all of these solar projects will get built; we may even be seeing a speculative bubble of sorts, reflecting a scramble to lock up the good sites now and worry about customers later.

You will find only one wind project on the DEQ list: Apex Clean Energy’s 75 MW Rocky Forge wind farm, which received its permit earlier this year but has not yet begun construction.

And in spite of Dominion Virginia Power having won the right to develop an estimated 2,000 MW of wind power offshore of Virginia Beach, there is still no timeline for offshore wind in Virginia. Dominion continues to include its two-turbine, 12 MW pilot project in its 2017 Integrated Resource Plan, with a projected in-service date of 2021. It does not include the larger resource as an option.

  1. Most customers still can’t buy renewable energy from Virginia utilities

Currently, the average Virginia resident can’t pick up the phone and call their utility to buy electricity generated by wind and solar farms (unless they are members of some rural electric cooperatives—see below). Worse, they can’t buy renewable energy elsewhere, either.

Virginia law is not the problem. Section 56-577(A)(6) of the Virginia code allows utilities to offer “green power” tariffs, and if they don’t, customers are supposed to be able to go elsewhere for it. Ideally, a utility would use money from voluntary green power programs to build or buy renewable energy for these customers. However, our two big investor-owned utilities, Dominion Energy Virginia (formerly Dominion Virginia Power) and Appalachian Power Company (APCo), have not done this. Instead, the utilities pay brokers to buy renewable energy certificates (RECs) on behalf of the participants. Participation by consumers is voluntary. Participants sign up and agree to be billed extra on their power bills for the service. Meanwhile, they still run their homes and businesses on regular “brown” power.

In Dominion’s case, these RECs meet a recognized national standard, and some of them originate with wind turbines, but they primarily represent power produced and consumed out of state, and thus don’t displace any fossil fuel burning in Virginia. For a fuller discussion of the Dominion Green Power Program, see What’s wrong with Dominion’s Green Power Program.

Since RECs are not energy, Dominion customers are free to buy RECs from other providers, such as Arcadia. If you’re considering this route, read this post first so you understand what you are getting. Personally, I recommend instead making monthly tax-deductible donations to GRID Alternatives to put solar on low-income homes.

Appalachian Power’s “green pricing” program is worse than Dominion’s, consisting only of RECs from an 80 MW hydroelectric dam in West Virginia. In April of 2016 APCo filed a proposal with the SCC for a true renewable energy tariff under of §56-577(A)(6) that would combine wind, solar and hydro. None of the power would come from new projects; partly as a result, the tariff will cost more. That led a hearing examiner to recommend that the SCC reject the tariff as not in the public interest. A ruling by the SCC is expected this summer or fall.

Can you go elsewhere? Since the State Corporation Commission has ruled that REC-based programs do not qualify as selling renewable energy, under the terms of §56-577(A)(6), customers are currently permitted to turn to other licensed suppliers of electric energy “to purchase electric energy provided 100 percent from renewable energy.”

That means you should be able to go elsewhere to buy wind and solar. But Virginia utilities claim that the statute’s words should be read as requiring not only that another licensed supplier provide 100% renewable energy, but that it also supply 100% of the customer’s demand, all the time. Obviously, the owner of a wind farm or solar facility cannot do that. Ergo, say the utilities, a customer cannot go elsewhere.

In August of 2016, a hearing examiner for the SCC rejected this reading in favor of the plain language of the statute. Unfortunately, the case was terminated without the commissioners themselves ruling on the issue.

In spite of the roadblocks, an independent power seller called Direct Energy announced plans last year to sell a renewable energy product to Virginia residents in Dominion’s territory. (The company described the product as a combination of wind and municipal waste biomass.) This spring the SCC confirmed Direct Energy’s right to enter the Virginia market, but also ruled that Direct Energy will have to stop signing up customers once Dominion has its own approved renewable energy tariff. As of this writing, Direct Energy has not decided whether to proceed.

Within a few weeks of the ruling, Dominion filed plans for several new 100% renewable energy tariffs for large commercial customers, and indicated it expected to offer a residential renewable energy tariff as well. Until we see the details, it is hard to know whether this should be viewed as a genuinely positive step for customers or is merely intended to scare off competitors like Direct Energy. Because Dominion’s tariff is designed to meet the company’s “100% of the time” interpretation of the statute, it will include sources like forest biomass, which counts as renewable under the Virginia code but is highly polluting and doesn’t meet many national standards for sustainability. That makes it questionable whether anyone will want to pay extra for its product. If the SCC confirms its hearing examiner’s report rejecting the similar APCo tariff, Dominion may be forced back to the drawing board. (Note to Dominion CEO Robert Blue: Bob, you have the nation’s largest pumped storage facility. Wind, solar and pumped hydro would combine beautifully. You do not need to foist biomass on customers to meet your notion of 100% renewable.)

A new solar option is in the works. For both APCo and Dominion customers, another option is on the way. Under legislation passed this year under the misleading banner of “community solar,” both utilities will contract for power from solar farms to sell to consumers. Details—including price—still have to be worked out in a rulemaking proceeding at the State Corporation Commission. The new programs explicitly do not count as ones selling “electric energy provided 100 percent from renewable energy,” though ironically, they may be the first programs from Dominion and APCo to do exactly that for residential consumers.

Some coop members do have wind and solar options. Recently I learned that there are good green power programs in place in Virginia, available to members of some rural electric cooperatives. Old Dominion Electric Cooperative (ODEC), which supplies power to member cooperatives, buys the output of three wind farms in Maryland and Pennsylvania, and has contracted for two solar farms in Virginia that are slated to come online this year. Not all coops participate; ODEC has the list of those that do on its website.

  1. Community solar

Dominion loves the name “community solar.” The reality, not so much. The solar tariff discussed in section 2 uses that name but keeps the utility in control and gives customers no ownership interest. Dominion opposed true community solar legislation this year (as in past years) that would have put consumers in the driver’s seat.

This is not the first time Dominion has used the name “community solar” for a program that isn’t. In 2015 Dominion received SCC approval for a program it billed as an offer to sell electricity from solar panels. Unfortunately it turned out the “Dominion Community Solar” program would have involved customers paying extra so Dominion could sell solar energy to other people. Reading the details, it seemed clear it would attract customers only to the extent they didn’t understand it. Fortunately the company still hasn’t launched the program, but I’ve seen no formal withdrawal.

As for true community solar, only one Virginia utility offers it: a member-owned rural electric cooperative in southwestern Virginia called BARC.

  1. The miserable sham that is Virginia’s Renewable Portfolio Standard (RPS)

Many renewable energy advocates focus on an RPS as a vehicle for inducing demand. In Virginia, that’s a non-starter. Virginia has only a voluntary RPS, which means utilities have the option of participating but don’t have to. And unfortunately, the statute takes a kitchen-sink approach to what counts as renewable energy, so meeting it requires no new investment and no wind or solar. The SCC also insists that utilities take a least-cost approach to meeting the RPS, which means they use RECs from trash incinerators, wood burning, and old out-of-state hydro projects built prior to World War II. If utilities build wind and solar, they are required to sell the high-value RECs from these projects and buy low-cost junky ones instead. Thus, no matter how much solar Dominion builds, the RPS operates to ensure customers will never see solar as part of their energy mix.

The targets are also modest to a fault. Although nominally promising 15% renewables by 2025, the statute sets a 2007 baseline and contains a sleight-of-hand in the definitions section by which the target is applied only to the amount of energy not produced by nuclear plants. The combined result is an effective 2025 target of about 7%.

There appears to be no appetite in the General Assembly for making the RPS mandatory, and efforts to improve the voluntary goals have repeatedly failed in the face of utility and other industry opposition. The utilities have offered no arguments why the goals should not be limited to new, high-value, in-state renewable projects, other than that it would cost more to meet them than to buy junk RECs.

But with the GA hostile to a mandatory RPS and too many parties with vested interests in keeping the kitchen-sink approach going, it is hard to imagine our RPS becoming transformed into a useful tool to incentivize wind and solar.

That doesn’t mean there is no role for legislatively-mandated wind and solar. But it would be easier to pass a bill with a simple, straightforward mandate for buying or building a certain number of megawatts than it would be to repair a hopelessly broken RPS.

  1. Customer-owned generation 

Given the lack of wind or solar options from utilities, people who want renewable energy generally have to build it themselves. Low panel prices and the federal 30% tax credit make it cost-effective for most customers. The emergence of bulk purchasing coops, sometimes also called “solarize” programs, such as those offered through nonprofits VA-SUN and LEAP, makes the process easy for homeowners and businesses and further reduces costs.

Virginia allows net energy metering at the retail rate, though with limits (see section 6). Large commercial customers should also consider the advantages of solar in reducing high demand charges.

In 2016 the GA passed legislation enabling Property Assessed Clean Energy (PACE) loans for commercial customers. Localities now have an option to offer low-cost financing for energy efficiency and renewable energy projects at the commercial level. Arlington County received a federal grant to develop a PACE program that is expected to launch this year and be a model for other jurisdictions. A bill to extend PACE authorization to residential customers did not get out of committee last year.

Virginia offers no cash incentives or tax credits for wind or solar. The lack of a true RPS in Virginia means Virginia utilities generally will not buy solar renewable energy certificates (SRECs) from customers. SRECs generated here can sometimes be sold to utilities in other states or to brokers who sell to voluntary purchasers.

  1. Limits on retail net metering

Section 56-594 of the Virginia code allows utility customers with wind and solar projects to net energy meter at the retail rate. System owners get credit from their utility for surplus electricity that’s fed into the grid at times of high output. That offsets the grid power they draw on when their systems are producing less than they need. Their monthly bills reflect only the net energy they draw from the grid.

Residential customers can net meter systems up to 20 kW, although standby charges will apply to those between 10 and 20 kW (see section 8). Commercial customers can net meter up to 1,000 kW (1 MW). There is an overall cap of 1% of a utility’s peak demand that can be supplied by net metered systems (as measured at their rated capacity).

If a system produces more than the customer uses in a month, the credits roll over to the next month. However, at the end of the year, the customer will be paid for any excess credits only by entering a power purchase agreement with the utility. This will likely be for a price that represents the utility’s “avoided cost” of about 4.5 cents, rather than the retail rate, which for homeowners is about 12 cents. This effectively stops most people from installing larger systems than they can use themselves.

In 2015, the definition of “eligible customer-generator” was tightened to limit system sizes to no larger than needed to meet the customers demand, based on the previous 12 months of billing history. The SCC wrote implementing regulations (see 20VAC5-315-10 et seq.) but failed to address what happens with new construction.

The limitation presents a new barrier to current customers who want to expand their solar arrays because their business is expanding or they plan to buy an electric car. Why should they have to wait twelve months? But the limitation is also stupid. If customers want to install more clean, renewable energy than they need and are willing to sell the surplus electricity for avoided cost, why would you stop them from performing this service to society?

  1. Progress on meter aggregation derailed by agricultural solar bill

Under a bill passed in 2013, owners of Virginia farms with more than one electric meter are permitted to attribute the electricity produced by a system that serves one meter (say, on a barn) to other meters on the property (e.g., the farmhouse and other outbuildings). This is referred to as “agricultural net metering.” Unfortunately, there have been complaints from installers about a lack of cooperation from utilities in actually using this provision.

Advocates had hoped that agricultural net metering would be a first step towards broader meter aggregation options, but 2017 legislation instead took agricultural customers in a new direction. Beginning this year, farmers can elect to devote up to a quarter of their acreage to solar panels, up to 1.5 MW or 150% of their own electricity demand. The electricity must be sold to the utility at its avoided cost, while the farmer must buy all its electricity from the utility at retail. A farmer who chooses to do this cannot also use agricultural net metering. Agricultural net metering will be terminated entirely in 2019 in territory served by electric cooperatives, though existing customers are grandfathered.

The change would seem to give farmers no rights they did not already have under federal law, but industry sources I trust say some farmers will indeed be able to make money this way. However, taking away the agricultural net metering option is a backward step for farmers who want to use the solar they produce and aggregate meters.

  1. Standby charges on larger home systems

The current system capacity limit for net-metered residential solar installations is 20 kW. However, for residential systems between 10 kW and 20 kW, a utility is allowed to apply to the State Corporation Commission to impose a “standby” charge on those customers. Both Dominion and APCo have approval from the SCC to impose standby charges so high that solar installers say the larger systems often don’t make economic sense.

Utilities argue that customers with solar panels don’t pay their fair share of the upkeep of the grid, shifting costs to those who don’t own solar. A range of “value of solar” studies in other states have generally found the reverse, concluding that distributed solar provides a net benefit to the grid and to society at large. A stakeholder group in Virginia completed the initial phase of a value of solar study in 2014 but got no further after the utilities pulled out of the process.

Standby charges and other net metering issues will be a major focus of attention this year as a topic in the “Rubin Group” discussion. See section 19.

  1. Homeowner associations cannot ban solar

Homeowner association (HOA) bans and restrictions on solar systems have been a problem for residential solar. In the 2014 session, the legislature nullified bans as contrary to public policy. The law contains an exception for bans that are recorded in the land deeds, but this is said to be highly unusual; most bans are simply written into HOA covenants. In April of 2015 the Virginia Attorney issued an opinion letter confirming that unrecorded HOA bans on solar are no longer legal.

Even where HOAs cannot ban solar installations, they can impose “reasonable restrictions concerning the size, place and manner of placement.” This language is undefined. The Maryland-DC-Virginia Solar Energy Industries Association has published a guide for HOAs on this topic.

  1. Third-party ownership

One of the primary drivers of solar installations in other states has been third-party ownership of the systems, including third-party power purchase agreements (PPAs), under which the customer pays only for the power produced by the system. For customers that pay no taxes, including non-profit entities like churches and colleges, this is especially important because they can’t use the 30% federal tax credit to reduce the cost of the system if they purchase it directly. Under a PPA, the system owner can take the tax credit (as well as accelerated depreciation) and pass along the savings in the form of a lower electricity price.

The Virginia Code seems to sanction this approach to financing solar facilities in its net metering provisions, specifically §56-594, which authorizes a “customer generator” to net meter, and defines an eligible customer generator as “a customer that owns and operates, or contracts with other persons to own or operate, or both, an electrical generating facility that . . . uses as its total source of fuel renewable energy. . . “ (emphasis added).

Notwithstanding this provision, in 2011, when Washington & Lee University attempted to use a PPA to finance a solar array on its campus, Dominion Virginia Power issued cease and desist letters to the university and its Staunton-based solar provider, Secure Futures LLC. Dominion claimed the arrangement violated its monopoly on power sales within its territory. Secure Futures and the university thought that even if what was really just a financing arrangement somehow fell afoul of Dominion’s monopoly, surely they were covered by the exception in §56-577(A)(6) available to customers whose own utilities do not offer 100% renewable energy. (See Section 2, above.)

Yet the threat of prolonged and costly litigation was too much. The parties turned the PPA contract into a lease, allowing the solar installation to proceed but without the advantages of a PPA.

(Note that PPAs are sometimes referred to as “leases,” but they are distinct legally. Leasing solar equipment is like renting a generator; both provide power but don’t involve the sale of the electricity itself. I have never heard of a utility objecting to a true lease.)

In 2013 Dominion and the solar industry negotiated a compromise that specifically allows customers in Dominion territory to use third-party PPAs to install solar or wind projects under a pilot program capped at 50 MW. Projects must have a minimum size of 50 kW, unless the customer is a tax-exempt entity, in which case there is no minimum. Projects can be as large as 1 MW. The SCC is supposed to review the program every two years beginning in 2015 and has authority to make changes to it. I’m not aware the SCC has reviewed the program to date.

Appalachian Power and the electric cooperatives declined to participate in the PPA deal-making, so the legal uncertainty about PPAs continues in their territories. In June of 2015, Appalachian Power proposed an alternative to PPAs. An evidentiary hearing was held September 29, 2015. A veritable parade of witnesses testified that APCo”s program was expensive, unworkable and unnecessary, given the plain language of the statute allowing PPAs.

Almost a year later, on August 31, 2016, the hearing examiner finally issued her report, recommending that APCo’s application be rejected, both because it was a lousy program and because she, too, read the Code to allow PPAs currently, making a utility alternative unnecessary. Before the commission itself could confirm the ruling, APCo withdrew its application.

In 2017, the legislature passed a bill to allow private colleges and universities—but no one else—in APCo territory to use PPAs to install a maximum of 7 MW of renewable energy.

Meanwhile, Secure Futures has developed a third-party-ownership business model that it says works like a PPA for tax purposes but does not include the sale of electricity. This allows the company to install larger projects in more parts of Virginia (including most recently a 1.3 MW solar array to be installed at Carilion New River Valley Medical Center in Southwest Virginia, which I have to mention here because the project combines solar and sheep farming and therefore will make for cute photos). Currently Secure Futures is the only solar provider offering this option, which it calls a Customer Self-Generation Agreement.

  1. Tax exemption for third-party owned solar

In 2014 the General Assembly passed a law exempting solar generating equipment “owned or operated by a business” from state and local taxation for installations up to 20 MW. It did this by classifying solar equipment as “pollution abatement equipment.” Note that this applies only to the equipment, not to the buildings or land underlying the installation, so real estate taxes aren’t affected.

The law was a response to a problem that local “machinery and tools” taxes were mostly so high as to make third-party PPAs uneconomic in Virginia. In a state where solar was already on the margin, the tax could be a deal-breaker.

The 20 MW cap was included at the request of the Virginia Municipal League and the Virginia Association of Counties, and it seemed at the time like such a high cap as to be irrelevant. However, with solar increasingly attractive economically, Virginia’s tax exemption rapidly became a draw for solar developers, including Virginia utilities.

In 2016 Dominion proposed changing the exemption to benefit its own projects at the expense of those of independent developers. In the end, the statute was amended in a way that benefits utility-scale projects without unduly harming smaller projects. Many new projects will now be only 80% exempt, rather than entirely exempt. However, the details are complex, with different timelines and different size classes, and anyone looking to use this provision should study it carefully.

  1. Dominion-owned distributed solar

In 2011, the General Assembly passed a law allowing Dominion to build up to 30 MW of solar energy on leased property, such as roof space on a college or commercial establishment. The demonstration program was intended to help Dominion learn about grid integration. The SCC approved $80 million of spending, to be partially offset by selling the RECs (meaning the solar energy would not be used to meet Virginia’s RPS goals). The “Solar Partnership Program” resulted in several commercial-scale projects on university campuses and corporate buildings, but the program did not offer any economic advantages, and it seems to have fizzled out. The new Dominion Energy web page still mentions it, but currently the link does not lead to more information.

  1. Dominion Solar Purchase Program

The same legislation that enabled the “Solar Partnership” initiative also authorized Dominion to establish “an alternative to net metering” as part of the demonstration program. The alternative is a buy-all, sell-all deal for up to 3 MW of customer-owned solar. As approved by the SCC, the program allows owners of small solar systems on homes and businesses to sell the power and the associated RECs to Dominion at 15 cents/kWh, while buying regular grid power at retail for their own use. Dominion then sells the power to the Green Power Program at a hefty markup. It is not clear whether the program continues to be available; the links on the new Dominion Energy website don’t lead anywhere helpful.

I ripped this program from the perspective of the Green Power Program buyers, but many installers also feel it is a bad deal for customers, given the costs involved and the likelihood that the payments represent taxable income. Finally, selling the electricity may make new system owners ineligible for the 30% federal tax credit on the purchase of the system.

  1. Utility renewable energy tariffs for large customers

In May of this year, Dominion applied to the SCC for permission to offer six new voluntary schedules for customers with a peak demand of at least 1,000 kW (1 MW). The tariff would use a mix of sources that count as renewable under the Virginia Code but still pollute, including biomass—making it only sort-of green.

For large customers that want wind and solar, the options are more limited. In 2013, Dominion Power introduced a Renewable Generation Tariff to allow customers to buy renewable power from providers, with the utility acting as a go-between and collecting a monthly administrative fee. The program was poorly designed and got no takers.

In 2015, Amazon Web Services made Dominion’s RG tariff irrelevant. Amazon contracted directly with a developer for an 80 MW solar farm, avoiding Dominion’s monopoly restrictions with a plan to sell the electricity directly into the PJM (wholesale) market. Dominion Energy (the merchant affiliate of Dominion Virginia Power) then bought the project, and Dominion Virginia Power negotiated a special rate with Amazon for the power. This contract became the basis for an “experimental” tariff that Dominion now offers to customers with a peak demand of 5 MW or more, with a program cap of 200 MW.

Since that first deal, Dominion and Amazon have followed up with contracts for an additional 180 MW of solar in five Virginia counties.

Dominion used a different model for a deal with Microsoft. After the SCC turned down Dominion’s application to charge ratepayers for a 20-MW solar farm in Remington, Virginia, Dominion reached an agreement with Microsoft and the Commonwealth of Virginia under which the state will buy the output of the project, while Microsoft buys the RECs.

Dominion has also entered into a contract to sell the output of a 17 MW solar facility to the University of Virginia and the Darden School of Business.

Dominion has a strong incentive to make deals with large institutions that want a lot of renewable energy: if they don’t like what Dominion is offering, they can do an end run around the utility. Amazon has shown other companies how to use PJM rules that let anyone develop projects for the wholesale market regardless of utility monopolies, and then “attribute” the solar or wind energy to their operations in any state. With the tax exemption discussed in section 11, Virginia projects apparently now pencil out pretty well.

Some observers caution that the process is still not easy. One of the tasks the Rubin Group says it plans to take on this year is considering further changes to help large customers.

  1. Dominion continues to add utility-scale solar for its own portfolio

Even before Amazon and Microsoft showed an interest in large-scale solar projects here, Dominion had announced it wanted to develop 400 MW of solar in Virginia. In 2015, two bills promoted the construction of utility-scale solar by declaring it in the public interest for utilities to build solar energy projects of at least 1 MW, and up to an aggregate of 500 MW. The bill was amended at the solar industry’s behest to allow utilities the alternative of entering into PPAs for solar power prior to purchasing the generation facilities at a later date, an option with significant tax advantages.

Dominion got off to a rocky start when the SCC rejected the company’s plan to charge ratepayers for its first project, a 20 MW solar farm in Remington, Virginia because the company had not considered cheaper third-party alternatives. Governor McAuliffe helped save the project by working out a deal with Microsoft, as discussed above. Further projects fared better, however, and Dominion is now so enthusiastic about solar that its latest Integrated Resource Plan (IRP) calls for it to engage in a continuous build-out at a rate of 240 MW per year, all for the benefit of its regular ratepayers.

Although Dominion will be able to charge ratepayers for these projects, the SCC will probably insist that the RECs be sold—whether to utilities in other states that have RPS obligations, or to customers who want them for their own sustainability goals, or perhaps even to voluntary green power customers. If this happens, the result will be that Dominion still won’t use solar to meet the Virginia RPS, and ordinary customers will still not have solar as part of the electricity they pay for. That’s the weird world of RECs for you.

  1. Governor McAuliffe initiates program to purchase 110 MW of solar

Following a recommendation by the Governor’s Climate Change and Resiliency Commission, on December 21, 2015, Governor McAuliffe announced that the Commonwealth would commit to procuring 8% of its electricity from solar, with 75% of that built by Dominion and 25% by private developers.

The first deal that will count towards this goal is an 18 MW project at Naval Station Oceana, announced on August 2, 2016. The Commonwealth will buy the power and the RECs. (The Remington Project did not count, because as the buyer of the RECs, only Microsoft can claim the right to be buying solar power.) A 17 MW solar farm supplying the University of Virginia will also count towards the 8%, according to Deputy Secretary of Commerce and Trade Hayes Framme.

  1. Still waiting for wind

No Virginia utility is actively moving forward with a wind farm on land. Dominion Power’s website used to list 248 MW of land-based wind in Virginia as “under development,” without any noticeable progress. The current web page omits mention of these projects.

On the other hand, Appalachian Power’s most recent IRP suggests an interest in wind as a low-cost renewable resource. The bad news is that it isn’t proposing to build any new wind in Virginia.

With no utility buyers, Virginia has not been a friendly place for independent wind developers. In previous years a few wind farm proposals made it to the permitting stage before being abandoned, including in Highland County and on Poor Mountain near Roanoke.

Nonetheless, Apex Clean Energy has obtained a permit to develop a 75-MW Rocky Forge wind farm in Botetourt County. No customer has been announced, but the company believes the project can produce electricity at a competitive price, given its good location and improved turbine technology. Construction, once planned for this year, is now slated for 2018.

As for Virginia’s great offshore wind resource, little progress has been made towards harnessing it, even as the nation’s first offshore wind project began generating electricity in the waters off Rhode Island last year. Dominion won the federal auction for the right to develop about 2,000 MW of wind power off Virginia Beach in 2013, and the company has completed a Site Assessment Plan (SAP) that is awaiting approval.

We had originally been told the federal government’s timeline would lead to wind turbines being built off Virginia Beach around 2020. Now, however, the Bureau of Ocean Energy Management says Dominion has five years from approval of the SAP to submit its construction and operations plan, after which we’ll have to wait for review and approval. Presumably the project will also require an environmental impact statement. So the whole process would be quite slow even if Dominion were committed to moving forward expeditiously.

But in fact, it seems increasingly clear that Dominion is just going through the motions and has little interest in seeing the project through. Its 2017 Integrated Resource Plan (IRP) does not even include offshore wind in any of its scenarios for the next 15 years, except for the 12 MW that would be produced by the two test turbines of its VOWTAP project.

Yes, so what about VOWTAP? Dominion had been part of a Department of Energy-funded team to try out new technology, with two pilot turbines due to be installed in 2017. After a second round of bids to build the project still came in higher than expected, Dominion told DOE last spring it could not commit to construction even by 2020, upon which DOE pulled funding. Dominion executives have not declared the project dead, however, and while there has been no public discussion of reviving it, the 2017 IRP suggests an in-service date of 2021.

[Update: on July 10, 2017, Dominion announced it had signed a memorandum of understanding with Denmark-based DONG Energy, one of the largest offshore wind developers in Europe, to complete the two pilot turbines. According to a Dominion press release, the MOU also gives DONG “the exclusive rights to discuss a strategic partnership with Dominion Energy about developing the commercial site based on successful deployment of the initial test turbines.”]

  1. The EPA Clean Power Plan is (probably) dead; long live the McAuliffe clean energy plan!

The Trump administration’s pullback on the Paris accord and the Clean Power Plan are depressing evidence that the Koch brothers have more influence on government than the American people do. Yet the practical effect in Virginia is small. The Clean Power Plan’s targets for Virginia were modest to a fault, and the state could have written an implementation plan that complied with the federal law while still allowing construction of an unlimited number of new gas-burning plants, sending total carbon emissions soaring.

Governor McAuliffe’s recent Executive Directive 11, on the other hand, ties emissions reductions from Virginia power plants to those in other states that have committed to reducing carbon emissions, leaving somewhat less room for mischief in implementation. There are still plenty of pitfalls ahead, and some Republican leaders have vowed to prevent it from ever taking effect. But any constraints on greenhouse gas emissions would serve to increase the value of emissions-free sources like wind and solar. The DEQ web page will show public participation opportunities.

  1. Solar initiatives underway ahead of the 2018 Session

The legislative initiatives that passed in 2017 dealt primarily with utility-scale solar. Since then, the solar industry has announced plans to focus more on removing barriers to distributed generation, a decided challenge given the utilities’ determination to curtail net metering.

The utilities and the solar industry have reconvened solar policy discussions via the Rubin Group, named for its moderator, Mark Rubin. Steering committee members this year include the electric cooperatives, Dominion, APCo, the solar industry trade group MDV-SEIA, the farm advocate Powered by Facts, the environmental group Southern Environmental Law Center, and the Virginia Manufacturer’s Association. The Rubin Group held a meeting on June 19 to get input from other stakeholders, and a follow-up email announced plans for the following subgroups:

  • Large Customer  (Convener: Katharine Bond, Dominion Energy, with Advanced Energy Economy, Ceres, and World Wildlife Fund as Key Participants)
  • Large Developer/Utility-Scale Solar (Convener: Francis Hodsoll, SolUnesco & MDV-SEIA Board Member)
  • Net Metering (Co-Conveners: Sam Brumberg, Virginia’s Electric Cooperatives & Scott Thomasson, Vote Solar & MDV-SEIA Board Member)
  • Land Use (Convener: Karen Schaufeld, Powered by Facts)
  • Community Solar Implementation for Dominion Energy (Conveners: Katharine Bond & Nate Frost, Dominion Energy)

The Rubin Group will accept comments at RubinGroup2017@gmail.com. [Update: Although this was the email address given out at the public meeting, we have learned it goes to Sam Brumberg, attorney for the electric cooperatives, who says he checks it only a few times per month. He recommends contacting Mark Rubin directly at rubin.mark3@gmail.com.]

A separate initiative is the Virginia Distributed Solar Alliance, which includes solar companies, environmental groups, consumers and solar advocates, but not utilities. As its name suggests, it focuses on removing barriers to smaller-scale, customer-sited projects, defending net metering and educating the public about the added benefits distributed solar bring to the grid and the community. The VA-DSA recently launched its website and is welcoming members.

 

 

Potential 50,000 Rooftop Solar Jobs in Virginia, for Ten Years

By Will Driscoll

Virginia could produce 32 percent of its electricity from rooftop solar installations, according to a report from the National Renewable Energy Laboratory (NREL).  Yes, that’s a lot:

  • It’s 28,500 megawatts of solar capacity—almost double the 15,000 megawatts that Dominion Virginia Power found would save customers $1.5 billion, but said it wouldn’t know where to site the solar panels.
  • Installing that much rooftop solar in Virginia would yield about 50,000 jobs for ten years, based on the number of U.S. solar jobs in 2016 and the number of megawatts of solar installed.
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Al Chiriboga and Andrew Schultz of Convert Solar install a 10 kilowatt solar system on an office building in Virginia Beach.

The NREL analysis evaluated the potential for solar on buildings with at least one unshaded roof plane that is nearly flat, or faces east, southeast, south, southwest, or west.  If any such roof plane could accommodate at least 1.5 kilowatts of solar panels, NREL modeled solar on that roof plane.  Summing across all buildings in Virginia yielded a technical potential of 28,500 megawatts of rooftop solar.  NREL found that nationwide, 66 percent of large building rooftop area is suitable for solar, versus 49 percent for medium-size buildings and 26 percent for small buildings.

The technical potential is simply what the laws of physics allow, combined with common sense—i.e., no north-facing panels.  (NREL did count west-facing panels, which have value for meeting late afternoon electricity demand, and east-facing panels, which are equally productive.)  NREL assumed an average solar panel efficiency of 16 percent, and noted that if panels averaging 20 percent efficiency were used, the solar potential would be 25 percent greater (because 20 is that much greater than 16).  At least three firms make solar panels exceeding 20 percent efficiency.

The technical potential is just a theoretical maximum.  Yet the economic potential, or the sum of all money-saving rooftop solar investments, may not be far behind, especially over the next ten years, as solar costs keep falling due to technology improvements and economies of scale.  Each year more building owners realize they can save money with rooftop solar, including Virginia school systems.

 J Elkin Install Shockoe Solar 12.7 KW.jpg
Ryan Phaup and Andrew Harrison of Shockoe Solar install photovoltaic panels in Urbanna, VA.

The Solar Foundation counted 260,077 U.S. solar workers in 2016, and the Solar Energy Industries Association reported 2016 U.S. solar installations of 14,626 megawatts.  Dividing the two yields 18 workers per megawatt of solar installed.  Finally, spacing out the installation of NREL’s 28,500 megawatts of Virginia rooftop solar over ten years would mean 2,850 megawatts of rooftop solar installed per year, times 18 workers per megawatt, or 50,000 workers—for a ten-year period.

For rooftop installations, the jobs per megawatt would tend to exceed 18, since rooftop jobs are smaller and more labor-intensive than the 2016 U.S. mix of utility-scale solar (10,000 megawatts) and rooftop solar.  That is the experience of Edge Energy, whose co-owner Anthony Colella reports that installing one megawatt of solar per year requires a staff of 20—a roofing crew, an electrical crew, a project manager, a production manager, and sales and administrative support staff.  He sees a growing solar potential in Virginia, and says his firm plans to add 15-20 staff members this year and a similar number in 2018.

On the other hand, as the rooftop solar industry grows to meet the NREL potential, economies of scale should also come into play, enabling firms to sell and install more panels in less time.  So on balance, 18 jobs per megawatt, and 50,000 jobs over ten years, seems like a good ballpark estimate.

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Henry Portillo (peak), Tulio Guzman and Carlos Cardona of Edge Energy celebrate an 8 kilowatt solar installation in Arlington, VA.

The NREL report noted that “In practice, the integration of a significant quantity of rooftop solar into the national portfolio of generation capacity would require a flexible grid, supporting infrastructure, and a suite of enabling technologies.”

Mr. Colella of Edge Energy said that “to reach for the big numbers,” Virginia needs to lift the size limits on residential and commercial systems; eliminate demand charges on larger systems; change the voluntary renewable portfolio standard into a requirement, with a closed Virginia market for solar renewable energy credits; and allow solar leases, solar power purchase agreements, and community solar.

In response to the NREL projection, a Dominion Virginia Power representative stated that the utility is installing solar toward a state goal of 500 megawatts of solar by 2020.  Appalachian Electric Power declined to comment.

Virginia currently has 238 megawatts of solar capacity, compared to North Carolina, which has 3,012 megawatts.

With Rooftop Solar Prices So Low, Virginia Schools Can’t Pass Up the Savings

By Will Driscoll

With today’s low solar prices, schools can save money by installing rooftop solar, and use the savings to improve education.  Schools in three Virginia communities are leading the way, achieving net energy savings after commissioning 1.7 megawatts of solar systems in 2016. Student leadership, power purchase agreements, and one outright purchase helped make it happen.

In Albemarle County, students helped drive a decision to install 1.1 megawatts of solar on six schools.  Back in 2014, Sutherland Middle School students gave pro-solar testimony in Richmond at a hearing on Dominion Virginia Power’s resource plans.  Meanwhile, students at Monticello High School wrote to the school board to make the case for solar.  The school division last year added rooftop solar to these schools and four others, by entering a power purchase agreement (PPA) with solar developer Secure Futures in Staunton.  The school division projects savings of at least $80,000 over the life of the 20-year PPA agreement, based on a projected annual increase of two percent in Dominion Virginia Power’s electricity rates.  (Photos below.)

Arlington’s new Discovery Elementary School is jam-packed with 497 kilowatts of solar panels.  That much solar was possible under Virginia’s net metering law because the school is heated using electric-powered geothermal heat pumps—so the school can net meter not only its air conditioning and lighting load but also its electric heating load.  The school district paid $1,369,500 for the solar system, funded through the same bond used to build the school.  The cost will be paid off in 14 years, assuming a two percent annual increase in energy costs, and the solar panels should produce free electricity for many years after that.  (That 14-year amortization is based on the bond’s interest rate of 2.63 percent and full-year 2016 energy cost avoidance of $101,000, increasing by two percent per year.)  The school is designed as a net-zero-energy building, and ran at net-zero in 2016. (Photo below.)

Lexington City Schools, which operates just three schools, added a 91.5 kW solar system to the Lylburn Downing Middle School. “No matter how big or how small a school division you are—and that translates into real life, no matter how big a corporation or how small—you can make an impact on the environment” explained School Principal Jason White in a video interview with Washington and Lee University’s Rockbridge Report.  Lexington School Superintendent Scott Jefferies added that the solar project “speaks beyond how much you can actually save financially—more so … that you’re actually trying to do something good for the environment.” Like Albemarle County, Lexington financed this solar system through a PPA with Secure Futures.

Looking Ahead:  To accelerate placement of cost-saving solar systems on schools—and to show our children that we care about their future—Virginia legislators could extend the right to enter into power purchase agreements (PPAs) beyond the current pilot program in the Dominion Virginia Power territory.  The legislature could also allow customers to net meter more solar-generated electricity than they consume, because we need all the solar we can get, and because Dominion claims it has difficulty siting solar generation.  And soon, legislators will need to increase the net metering limit, now fixed at one percent of total electricity consumption.

Virginia can produce 32 percent of its electricity from rooftop solar, according to a National Renewable Energy Laboratories report.  Virginia’s 2,093 public schools, with unshaded roofs ideal for low-cost commercial scale solar, represent a promising component of that potential.  Our progress in 2016 moved us eight schools closer to that target.

Albemarle County Schools–Photos 

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Staff of Mountain View Solar (in high-visibility clothing) and Secure Futures conduct commissioning tests for Albermarle High School’s solar installation. (Photo courtesy of Secure Futures LLC.)

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Sutherland Middle School’s 279 kW system. (Photo by Grant Gotlinger; courtesy of Secure Futures.)

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Baker-Butler Elementary School’s 224 kW system. (Photo by Grant Gotlinger, courtesy of Secure Futures.)

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Brownsville Elementary School’s 130 kW system. (Photo by Grant Gotlinger, courtesy of Secure Futures.)

Arlington’s Discovery Elementary School–Photo

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496 kW of solar panels on Arlington’s Discovery Elementary School, with a neighboring school shown at top left. (Photo courtesy of VMDO Architects and Digital Design & Imaging Service, Inc.)