Corporate clean energy buying surged to new record in 2018

Corporations purchased 13.4 gigawatts of clean power through long-term contracts, more than doubling 2017’s total, helped by demand from new industries and previously untrodden markets

Scenery conflict (I’ll just add, that solar panels replacing some nice vistas is better than post-apocalyptic landscapes replacing some nice vistas): Rhode Island town grapples with how to promote solar and protect rural views

Similarly, Massive Wisconsin solar proposal splits farmers and clean energy fans

And … Oregon adopts strict rules for solar panel farms on high-value farm soil

And for those who want to pay more but perhaps have something cool: RGS Energy Revives Dow’s Solar Roof, Claiming Better Efficiency and Lower Costs

Governor Murphy has remained steadfastly poker-faced when it comes to a proposal to build a controversial power plant in the Meadowlands that would be one of the biggest greenhouse gas emitters in the state even as dozens of nearby towns voice opposition. Meanwhile, Los Angeles Department of Water and Power is leaning toward spending billions of dollars to rebuild three aging gas-fired power plants, even as California aims to eliminate fossil fuels, a goal endorsed by Mayor Eric Garcetti.

And this:

Massachusetts is shrinking its popular electric vehicle rebates in an effort to stretch the program’s dollars, but critics say bigger changes are needed to make it financially sustainable and accessible to all residents.

“We have a long way to go,” said Larry Chretien, executive director of the nonprofit Green Energy Consumers Alliance. “Our transportation emissions are rising and we can’t allow that to happen.”

As the Trump administration puts the brakes on safety, as it miscalculated potential damages from train derailments when it canceled an Obama-era rule requiring the installation of more advanced brakes by railroads hauling explosive fuels, And, in Montana, [t]he U.S. Environmental Protection Agency granted oil major Exxon Mobil Corp (XOM.N) a financial hardship waiver this year temporarily freeing its Montana refinery from U.S. biofuel laws.

And that was just today.

The study has shown that the economy in Minnesota can decarbonize by 80% (from 2005 levels) by 2050. All the decarbonization pathways involve deeper energy efficiency of existing electric demands (particularly in the industrial sector), heavy electrification of transportation, transitioningheating of space and water from natural gas and resistive heating to heat pumps, building new zero-emission generation technologies, and retiring fossil-fuel generation.

The electrification of other sectors provides the electricity sector with new demands, which have different load profiles to existing demands and have greater flexibility potential. These new loads provide increasing sales for the electricity sector to invest against. Further, the greater flexibility allows the electricity grid to incorporate more variable resources, which are low-cost and nearzero emissions. Further, the electrification provides net cost savings for consumers because the reduction in spending on other energy supplies (natural gas for heating and gasoline for transportation) outweighs the additional spending in the electricity sector for the electrified loads.

You can get the PDF here.

The main reason we are not heading headlong into that project, getting it done right away, is because of the fossil fuel industry combined with a deep seated self-hate on the part of Republicans, who would rather end civilization and make all of our children suffer than to do something an environmentalist might suggest.

The road to decarbonization is the same as the road to electrification plus the road to making all of our electricity with something other than coal, oil, methane, and the like. This could involve a certain amount of liquid fuel that is generated using wind and solar power, and magical bacteria or something, perhaps with a mix of plant material or other bio-sources.

There are easy ways to do part of this fast. For example, building wind farms is easy and produces piles of electricity. Same with solar. “But wait wait,” you say. “Those sources are intermittent, we can’t…” But I say to you, if this is your first thought, you are out of date (or are a Republican?). Solar and wind are indeed intermittent, but we can still use them as the backbone of our power system. This is a problem, but not one that can’t be figured out and has been, in fact, largely solved using a number of approaches. And, that is off the topic of this post.

We can also put solar panels on our roofs to a much greater degree than we do now. It has been estimated that a reasonable, not overdone but pretty thorough, deployment of PV panels on the roofs of America would cover about 40% of our in-building electrical needs as they stand now. This added to the eventual (though expensive, yet easy) deployment of heat pumps and total electrification of everything in those buildings probably averages out (the heat pumps reduce energy demand, the electrification increases demand for electricity as compared to gas or oil).

There are other types of low hanging fruit as well, such as increasing efficiency, telecommuting.

But what about the hard to do stuff, the major uses of energy that can’t be changes so easily?

There is a new review paper out in Science that discusses this. The paper is:

Net-zero emissions energy systems, boy Steven Davis, Nathan Lewis, Matthew Shaner, et al. Science 360(6396).

If you click on that link, you might be able to see the paper, as I think it is OpenAccess.

The paper identifies the following areas as tough nuts to crack:

• Aviation
• Long-distance transport
• Shipping
• Steel production
• Cement production

It identifies the following technologies as helpful:

• Hydrogen and ammonia fuels
• Biofuels
• Synthetic hydrocarbons
• Direct solar fuels

The paper also identifies “highly reliable electricity” and energy storage as key areas of further development.

I do not see any major surprises in this paper, but that is because it is a review paper. I think it is a useful read to help organize one’s thinking on the transitions we will attempt, should the Republicans allow it, over the next decades.

This bill has a strange and unusual set of detractors and supporters. It is supported by some Republicans and some Democrats. It is opposed by the usually conservative Chamber of Commerce (of Minnesota). The usual indicators of whether this is a good bill or a bad bill are ambiguous. Cats and dogs are lying down together on this one. This will require … wait for it … thinking! So let’s give that a try.

I’m going to give you a giant pile of information and maybe you can help figure this bill out. But since this isn’t a mystery novel, I’ll tell you up front what I think. This is a proposed law that will fix a problem that doesn’t seem to exist. It appears that there is nothing stopping Minnesota’s Xcel Energy, the maintainer of the nuclear plants in this state, from maintaining its plants. At the same time, Minnesota has a strong and effective, if often annoying to some in the energy business, Public Utility Commission (PUC). This bill seems to weaken the role of the PUC in future decisions about the nuclear plants. The Public Utility Commission is probably overly bureaucratic and at times inefficient, because it is a government agency. But the nuclear power industry is historically untrustworthy and, of course, profit driven. Given the lack of visible problem, and the lack of the bill’s supporters to articulate a problem that needs to be solved, and the exceeding obscure language used in the bill, and the fact that similar bills are being introduced in legislatures across the country, I’m giving this bill the evil eye.

Criticism of the bill suggests that it guarantees that energy company Xcel’s customers (as opposed to the company and its shareholders) will cover the cost for nuclear plant upkeep. The bill would allow Xcel Energy to file for additional funding any time there is a change in costs with reduced or minimal Public Utility Commission (PUC) input (though this changes with different iterations of the bill as it is amended, possibly). Xcel would be able to add “riders” onto its rate structure to guarantee return on investment into the nuclear plants. (It might be helpful to know that Minnesota has three nuclear reactors located in two plants, which currently provide about 20% of the energy used in the state.)

Critics are concerned that there is no cap on spending, which is why this is sometimes called a “Blank Check Bill.” And, the bill seems to diminish the ultimate power of the main regulatory agency overseeing the nuclear plants in Minnesota, the Public Utility Commission.

An opposition group FAQ notes:

Q: Xcel’s CEO has claimed this is a “good deal” for customers; why do you think differently?

A: This bill is the equivalent of giving a credit card to a teenager that’s already proven they can’t
be trusted.

Xcel has a terrible track record of managing costs on nuclear plants. Xcel claimed that
Monticello nuclear plant upkeep would cost Minnesotans $320 million; their mismanagement
ballooned costs to $748 million. Then Xcel turned around and asked the PUC to ensure
shareholders profited off of their $400 million mistake. The PUC said, “no”.
Xcel’s bill eliminates the PUC’s power to protect customers and removes any barrier between
their shareholders and profit. If Xcel makes another $400 million screw up, Minnesotans will
pay for it.

Here is the bill.

A bill for an act relating to energy; establishing a carbon reduction facility designation for certain large electric generating facilities; proposing coding for new law in Minnesota Statutes, chapter 216B.

BE IT ENACTED BY THE LEGISLATURE OF THE STATE OF MINNESOTA:

Section 1. [216B.1697] CARBON REDUCTION FACILITIES; NUCLEAR ENERGY.

Subdivision 1. Qualifying facility. A carbon reduction facility is an existing large electric generating power plant that employs nuclear technology to generate electricity.

Subd. 2. Proposal submission. (a) A public utility may submit to the Public Utilities Commission a proposal to designate a carbon reduction facility under this section. The proposal must:

(1) demonstrate that the facility meets the requirements of subdivision 1; and

(2) include a proposed statement of the total expected costs, including but not limited to capital investments and operation and maintenance costs associated with the facility’s operation.

(b) If the information submitted in the original proposal changes, a utility may at its sole discretion and at any time file additional proposals for the same facility.

Subd. 3. Proposal approval. (a) The commission must approve or reject the proposed facility designation and the total expected costs submitted by the public utility. The commission must make a final determination on the petition within ten months of the filing date.

(b) With respect to any carbon reduction facility, approval by the Public Utilities Commission constitutes a finding of prudency for the proposal’s total costs. The utility is entitled to recover any documented costs that do not exceed the costs provided in the carbon reduction facility designation proposal using the carbon reduction rider under subdivision 4 or a subsequent rate case.

(c) If additional proposals are filed for a single facility, the commission must treat each proposal the same as an original proposal under this section.

Subd. 4. Carbon reduction rider. A public utility may annually petition the commission to approve a carbon reduction rider to recover a qualifying facility’s total costs outside of a general rate case proceeding under section 216B.16. In the filing, the public utility must describe the costs the public utility seeks for rider recovery.

Subd. 5. Rider approval.

(a) The commission may approve, modify and approve, or reject the proposed carbon reduction rider.

(b) The commission may approve a rider that:

(1) allows the utility to recover the facility’s total costs;

(2) allows an appropriate return on investment associated with the facility;

(3) allocates appropriately between wholesale and retail customers; and

(4) recovers costs from retail customer classes in proportion to class energy consumption.

The Chamber of Commerce says the bill will move financial risks to ratepayers and from the company and reduce the relevance of the Public Utility Commission (PUC). Governor Dayton opposes any bill that weakens the role of the PUC, and is quoted in the Star Tribune as saying, “These end runs to the Legislature to try to give special interests what they want violates the whole purpose of the Public Utilities Commission.”

One of the Senators on the energy committee, Democrat John Marty, noted that Xcel “didn’t like the results they got from the commission [previously, and are now] tying the hands of the commission.”

The position of the Republican sponsors is echoed in a statement by Democratic Senator John Hoffman, who is ranking member of the state Senate’s energy committee (and a guy I have a lot of respect for), in his newsletter:

The Energy and Utilities Finance and Policy committee discussed SF 3504 this week, also known as the “Nuclear Rider” bill. This bill creates an efficient channel for public utility proposals involving nuclear power plant maintenance projects. It also allows for electric companies to petition to add a “carbon reduction rider” onto customer electric bills in order to finance those projects. Nuclear plants are an important source of energy in the Upper Midwest, with Xcel Energy’s two Minnesota plants alone generating 30% of the region’s electricity. These plants are both reliable, have strong safety records, and operate nearly carbon emission free. To continue this service, the nuclear power plants must undergo costly maintenance projects. This bill is intended to aid in the funding and completion of those projects in a timely fashion.

Opponents have called SF 3504 a “blank check” to Xcel Energy because it does not specify limits to the cost of projects or to the amount of the rider. There is a concern over how much this will end up costing ratepayers. As a ratepayer I have the same concerns, however, this is not a “Blank Check.” These rider proposals will not go unchecked; each will still be reviewed and potentially modified by the Public Utilities Commission. Additionally, Xcel will be expected to adhere to the budgets originally proposed and all overruns will have to be re-approved by the commission. That is accountability. I only wish our HMO’s had the same transparency and accountability built in to their existence. Matter of fact, I wish our Health Care HMO’s operated like our Utility providers. That my friends is another argument.

This bill ensures that nuclear energy will remain a safe and reliable way of meeting Minnesota’s energy needs while reducing our carbon footprint. It passed through the Energy and Utilities committee on Tuesday and will make its way to the Senate floor shortly.

It may be the case that the initial version of the bill went over a line of some sort, and it has been revised. From the Star Tribune:

The bill originally did not allow the PUC to modify Xcel’s nuclear cost recovery requests, giving it only an up-or-down vote. The amended bill allows the PUC to modify Xcel’s requests.

The bill was amended again during Tuesday’s hearing to address concerns about a new “rider” — i.e., a separate line item — that would have been added to customers’ bills for nuclear improvement costs. The amendment, brought forward by Osmek, axed the rider in favor of nuclear cost recovery through a rate case, the traditional path.

Opponents, including the Chamber of Commerce, said after the hearing that rate case recovery was better than a rider, but they remained opposed to the legislation.

Of concern is the fact that several similar bills are working their way through legislatures across the country. This is often a signal of dark money at work. Also, note that the language used in the bill is a good example of green washing.

Fresh Energy is a state-wide think tank that addresses clean energy development in Minnesota, and I find them to be the go to place for policy in this area. According to Matt Privratsky, their Director of Public Affairs (from written testimony):

While Fresh Energy wholeheartedly supports Xcel’s business plan to become 85 percent emissions free by 2030, we cannot support abandonment of consumer protections as Xcel proposes in this bill. This bill would place an unnecessary risk on Minnesota rate payers, the energy system they rely on, and the workers and communities who keep that energy system going. In short, though it aims to address a very critical issue – aging nuclear plants – it very clearly falls short.

Even with changes made in the amendment, the risk to rate payers in this bill is significant. There is no cap on the amount of money Xcel may spend to repair and operate its nuclear plants, and, even though the amendment seems to allow the PUC to modify the amount needed for repairs and operation, Xcel Energy alone is still able to decide whether to proceed under those parameters. Later this spring, an independent engineering report will be released that details the repairs necessary at each plant and estimates how much they will cost. Rushing a bill through the process without numbers in front of you seems irresponsible, especially considering it will be Minnesota residential, commercial, and industrial rate payers on the hook to pay.

The bill would also put our energy system at risk by short changing the comprehensive process used to review investments of this size. Last year, Xcel sidestepped the PUC in favor of direct legislative approval for a large power plant, leading Governor Mark Dayton to unequivocally state that, going forward, he would “not accept any bill that limits or weakens the Commission’s authority to protect the interests of Minnesota’s energy consumers.” Though the amendment makes it appear as though proposals will be reviewed as part of a comprehensive resource plan, this bill short changes that process. Unless there is a significant change of position by the Governor, this bill will have little chance to become law.

Lastly, this bill does very little to address the issues facing these power plant communities and others across the state. Several other states have sought to address ways to ensure continued operation of aging power plants and to better prepare for their eventual closure. But those were comprehensive packages that address transition aid for local tax payers, support for worker retraining programs, commitments for worker pensions, programs to expand clean energy options to people of low incomes, expand renewable energy commitments, and more. This bill doesn’t actually even include a commitment to keeping the plant open, so it really only represents the narrowest of concerns – protecting Xcel’s shareholders.

The point about there being a report as to how much this all may eventually cost, coming out after this bill would be passed, is potentially important. Why not wait until after that report? If this bill is passed, will we have regrets?

There is a good chance that if this bill is passed by the House and Senate, it will be vetoed by Governor Dayton. This bill may, however, be an interesting historical note once the instances of similar legislation across the country are examined and contextualized. Who is behind the bill? Is this an ALEC project? Koch Brothers? Nobody?

Stay tuned.

Facebook will buy renewable energy from northeast Nebraska wind development, breathing new life into dormant project

Facebook’s sprawling Papillion data center project has breathed new life into a dormant wind development project in northeast Nebraska.

The social media company on Thursday said it would procure renewable energy from the Rattlesnake Creek wind project in Dixon County, just west of South Sioux City and situated between the towns of Allen, Emerson and Wakefield.

The proposed wind development generated a buzz in 2013 when Kansas-based Tradewind Energy made its plans for the development public. But the company mothballed the project when it couldn’t find a buyer in time to take advantage of federal tax credits.

Beginning construction on the then-$300 million project without a buyer would have been too big a risk, Tradewind officials said at the time.

So, one lesson is that one major corporation, at this point, can breath life into a project that will make a big difference in the energy transition.

Another lesson is that the original investors were overcautious and wrong. People who remain overcautious about similar clean energy projects are even wronger.

The re-energized Rattlesnake Creek project at 320 megawatts is significantly larger than the original iteration of 200 megawatts.

When built, it will be the second-largest wind farm in Nebraska behind the 400-megawatt Grande Prairie project in Holt County, which was the largest wind development built anywhere in the U.S. in 2016.

Construction is expected to start by the end of this year and the project will be generating electricity in fourth-quarter 2018, said Brice Barton, vice president of development for Tradewind. That will cap a decadelong endeavor to bring Rattlesnake Creek to fruition.

Holy crap, man. If this was a one-reactor nuke plant (which would be just a bit larger in capacity than this one) they would be talking about coming on line in ten years. Not one or two years. That’s another lesson. Clean energy solutions are often very quickly deployable.

Along with declining costs to build wind energy projects — wind is now closely competitive with cheap conventional generators like coal and natural gas, even without subsidies, according to investment banking firm Lazard — Bracht said more productive developments in Nebraska are clearly capturing the attention of companies keen on powering their operations with more renewable energy.

…

Facebook will purchase 200 megawatts of the Rattlesnake Creek’s output and the remaining 120 megawatts will be sold to other buyers.

Here is an example.

This is Solar power across the US (a screen grab of part of the graphic):

Here is Nuclear across the US, and I’ve chosen a different background map:

Here is Minnesota, all tyhpes of energy with a greyscale map. The graphic on the left is on all of the views, I just didn’t include it on the screen grabs above.

Minnesota is cool. Look at all that wind. I wonder what West Virginia is up to?

Bad West Virginia!

Go check it out!

The latest example, Minnesota gubernatorial candidate Rebecca Otto has a strong clean energy proposal

As soon as Donald Trump won the presidential election, people in the US and around the world knew it was terrible news for the environment. Not wanting to believe that he would try to follow through on our worst fears, we held out hope.

Those hopes for a sane US federal government were misplaced. But they are replaced by a new hope – an emerging climate leadership at the state level and a continuation of economic forces that favor clean/renewable energy over dirty fossil fuels. In fact, it appears that some states are relishing the national and international leadership roles that they have undertaken. Support for sensible climate and energy policies is now a topic to run on in elections.

This change has manifested itself in American politics. One such plan stems from my home state, but it exemplifies work in other regions. I live in the state of Minnesota where we are gearing up for a gubernatorial election, which is where this plan comes from.

My state is well known as somewhat progressive, both socially and economically. The progressive policies resulted in a very strong 2007 renewable energy standard, which helped to reduce carbon pollution and create 15,000 jobs.

As an aside, it is really painful for me to…

Click here to find out about John’s pain!

Anyway, there is now a pile of money and effort pouring int Puerto Rico and this can be used in part to give Puerto Rico sigificantly more economic and energy security in its future, if only energy-smart decisions are made now. So let’s see what Get Energy Smart Now blog has to say about this!

Puerto Rico’s electricity system, prior to Maria, heavily relied on centralized diesel power generation with above-ground power transmission: very high cost electricity, dependent on continued fossil-fuel imports, with great vulnerability to disruption.

Post disaster, thoughtful policy and efforts would seek to maximize value in the Disaster 4R chain: relief, recovery, reconstruction, and resiliency against future impacts.

Rapid deployment/installation of solar-power centered micro-grids to Puerto Rico is a clear example of a Disaster 4R.

Here are some rapid thoughts as to such a Solar Disaster 4R package.

Go HERE to see the bullet pointed suggestions which could ultimately lead Puerto Rico into the next era of energy planning and development. As noted in the bullet points of the post, the success and validity of any such overhaul is based on it coming from the Puerto Rican society, economy, and local population.