RANGEfire! | URGENT: Submit comments now on monstrous BLM “Western Solar Plan”

Bureau of Land Management takes Comments On World’s Biggest Solar Boondoggle

From CFACT

by RANGE magazine contributor David Wojick

[see update at the end]

Meet the new federal Western Solar Plan. Much of the land in the Western US is federal and managed by the appropriately named Bureau of Land Management or BLM. In some Western States, over 50% of the land is federal.

Using that land control, BLM has just proposed a monstrous (in size and scope) plan for solar power development called the Western Solar Plan. The Plan covers the eleven westernmost states, from border to border. From Arizona, California, Colorado, Nevada, and New Mexico to Utah, Idaho, Montana, Oregon, Washington state, and Wyoming.

They also have a draft Programmatic Environmental Impact Statement (PEIS) for the Plan, which they are taking comments on through April 28, 2024.

The PEIS and other Plan information is available here: https://blmsolar.anl.gov/

Comments should be sent to solar@blm.gov

The really important number is simple and round. It is also breathtaking. They want 100,000 MW of solar capacity developed, more than doubling US capacity. A better choice would be zero, which is also round, but I digress. This incredible number is not based on a needs analysis, as there is no need. It is just a number somebody pulled out of somewhere.

There are lots of environmental concerns with this huge number. Given that a solar facility can take 15 acres per MW, we are talking about something like 1.5 million acres of industrial plant. Plus thousands of miles of access roads, no doubt. These are mostly remote areas, and you do not deliver a thousand acres of solar panels on pickup trucks, so a lot of heavy-duty roads will be built.

These concerns are, of course, shrugged off by the PEIS in the usual industrial green way. There are lots of vague promises that care will be taken when the actual facilities come to be planned, approved, and built, which they will be no matter the environmental destruction.

But the biggest concern by far is not addressed, namely, what this monstrosity is going to cost the poor people who have to pay for it. These are the people and outfits that use electricity, many of which are already struggling to pay ever-increasing prices. What will the bill be?

One might think that perhaps cost is just not part of environmental impact assessment. Not at all, as there is an entire section of the PEIS titled “Socioeconomics”. It includes a lot of money, stuff like tax revenue, local construction revenue, jobs, etc. There are even dollar estimates for some revenue items. So, people paying for all this stuff is certainly a central socioeconomic consideration.

By coincidence, the standard estimate for conventional utility-scale solar is also nice and round at $1,000,000 a MW. So the Plan costs one hundred billion dollars ($100,000,000,00) to build, plus all those access roads.

But that is just the construction cost. Projects like utility-solar are financed over the long term, so there are big interest charges. These, plus the profits for the facility owners often can double the cost. This two hundred billion dollars is what is called the revenue requirement for the Plan, which is what the poor electricity users must ultimately pay.

Two hundred billion dollars for something they do not need. Pure Bidenomics!

In reality, the cost is higher, maybe much higher. This is because the intermittency of solar greatly reduces the efficiency of the reliable generators in the system, in effect raising the cost of their output.

The reason is simple — steam. Most of our electricity comes from what are called thermal generators. These are coal and gas-fired plus nuclear. They use heat to produce steam in giant boilers, which steam then runs a turbine generator.

The problem is that this is extremely high-temperature steam, so you cannot just stop making it when the solar generation is producing energy, which is just 8 hours a day at most. You have to keep the boilers going even when solar has replaced the output.

Thus, you are consuming fuel with no output. This adds to the cost of the output the thermal plants do produce. In this way, solar and wind both increase the cost of thermal power, making wind and solar look cheaper than they really are.

Let us call this cost of keeping the thermal generator steam hot while the sun shines the backup cost of the Solar Plan. It, too, should be estimated as part of the socioeconomic impact.

In short, the PEIS is omitting a lot of socioeconomic consumer costs. Missing costs include facility and access road construction, operation, maintenance, and repair. Also, there is decommissioning and a great deal of hazardous waste disposal. Plus financing and profit. And then the backup cost. Three hundred billion might cover it, but BLM should provide the estimates.

I urge people to comment on this incredible hidden cost aspect of the Western Solar Plan PEIS. If you do comment, feel free to post that comment here as well so we can all see and learn from it.

[UPDATE BY WILLIS, I trust the powers that be won’t mind]

Hmmm … let’s start with the fact that in Utah, which is in the area they are talking about, electricity costs the consumer about $0.11/kWh.

Next, say $300 billion, for a 100 GW nominal capacity solar plant. Solar capacity factor is about 15% because of night-time and clouds, so that’s 15 GW of actual capacity.

That calcs out to 131 billion kWh/yr.

That’s just CAPEX, capital expenditures. Then there are annual O&M, operation and management costs. These are currently running at ~ $7.90/year per kW of installed capacity. That’s $790 million per year.

Suppose we want a 10-year payback period, not unusual for business investments. We’d have to get a return of $30 billion per year on top of the $790 million O&M costs.

So. $30.79 billion / 131 billion kWh = $0.235 per kWh.

Oh, yeah, then there’s the “wheeling cost”, the cost of transmitting the power to where it’s needed. This is on the order of $0.04 per kWh … so we’re up to about $0.28 per kilowatt-hour.

In other words, insanely expensive even ignoring the fact that government projects invariably take longer and cost more … see California’s “Train To Nowhere” or Boston’s “Big Dig” as the poster children for cost overruns.

Best to all,

w.

PS—It would require 1.5 million acres of plant to be installed. Suppose it takes 10 years. 200 working days in a year, so that’s 2,000 days. So we’d have to clear, install roads, pour the concrete footings, put in the frames to hold the panels, put in solar panels, install the ancillary electrical switches etc., and wire them to the grid at the rate of 750 acres per day. That’s about 1.2 square miles (3 sq. km.) totally and completely converted from raw scrub brush land to functioning solar power plant EVERY SINGLE DAY!

Madness …

See the post on Watts Up with That? by clicking here

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