Energy Expert: ‘A Lot of Uncertainty’ With Humboldt Offshore Wind Energy

Arne Jacobson of the Schatz Energy Research Center
A leading local energy researcher has described Humboldt’s offshore wind energy projects as being in a “waiting game” while political and economic changes play out.
The history and future of Humboldt County energy development was the topic of a Dec. 3 presentation from Arne Jacobson of the Schatz Energy Research Center at Cal Poly Humboldt.
In an online meeting of the Community Economic Resilience Consortium, Jacobson’s presentation showed how the evolution of Humboldt’s energy development accelerated in the two decades following World War II but has remained static since.
The first major expansion of the county’s energy infrastructure since the mid-1960s is on the drawing board, however, as wind energy projects are slated for two areas offshore of Eureka.
Jacobson said the California Independent System Operator, a public benefit corporation that operates the state’s energy grid, has approved the major expansion of Humboldt’s transmission system needed to accommodate new wind energy.
The timeline for completion of the transmission upgrade is late 2034 but “all of that could shift and could end up being a bit later,” Jacobson continued.
That’s because momentum on offshore wind energy is frozen.
A pace for it was set in 2022, when the administration of President Joe Biden announced a goal of developing 30 gigawatts of offshore wind energy by 2030.
A tailwind on meeting the goal died down in 2025, when President Donald Trump regained office.
His executive orders included ordering “temporary cessation and immediate review” of offshore wind leasing and permitting.
Then came the financial hits, with a $427 million federal port development grant to the Humboldt Bay Harbor District reeled back.
A few months later, the two global companies that paid a combined $331 million for Humboldt’s offshore wind energy development leases announced layoffs, with one of them laying off about 100 workers.
The turnabout is a major disappointment.
Jacobson said the county transmission upgrade would “increase electrical capacity, improve reliability in the Humboldt Bay region and provide a foundation for economic development.”
Paid for by ratepayers statewide, the upgrade would create “more than enough capacity to meet our local loads” if the Humboldt Bay Generating Station were to go offline, he continued.
Wide-ranging support is needed because the project will face some complex logistical challenges, including securing rights-of-ways and mitigating impacts.
“These kinds of projects are never easy and always have impacts, so that is also part of the story,” said Jacobson. “The development was approved but it’s not guaranteed at this point.”
He added, “permitting a right-of-way is hard and the federal opposition to offshore wind creates a lot of uncertainty, so it’s possible that it will not proceed but it’s also possible that it will, and that’s roughly where we sit today.”
The meeting’s host, Gregg Foster of the Redwood Region Economic Development Commission, asked if Humboldt is “in a chicken and egg situation” between infrastructure expansion and willingness of the wind energy industry to proceed with projects.
Jacobson described wind energy development as “an interactive circumstance” between supportive infrastructure, offshore wind developers interested in proceeding with projects and, since the projects are in federal waters, the federal government.
California is all in on wind energy but can’t make it happen alone.
“You can think of the federal government, the state and the private sector as three legs of a stool and if one of those legs goes out, it’s hard to make it proceed,” Jacobson said.
Investments are limited now but none of the non-federal players are backing out because offshore wind “could be ready to move forward if things will look more favorable in a few years,” he continued.
But there’s a limit to how long the wait can last.
“The question is can the things that have been approved or that are lined up stay lined up without having too much expenditure waiting for a more favorable situation,” said Jacobson. “At a certain point people end up saying, ‘I can’t put more money into this,’ or ‘I can’t put more effort into this,’ and so it’s certainly not guaranteed that people can wait forever where they’ve made some preliminary investments.”
“So it sounds like our next big signal will be the first Tuesday after the first Monday in November 2026,” said Foster. “And we’ll see how the midterms go and we’ll know what federal policy may or may not be at that point.”
He added, “Who knows? Nothing like uncertainty to chill investment.”
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Diversifying our energy mix would be like diversifying our stock portfolio, a good idea. While not perfect, there are upsides. Inexpensive once it gets rolling and overproduction can be sold back to the grid.
A wind farm in coastal Rhode Island has gone well, with one person saying, “Do we want offshore wind, or do we want more offshore oil drills in the Gulf of Mexico?. . . Everything’s a trade-off in this world.”
https://www.nytimes.com/2025/09/22/climate/block-island-rhode-wind-turbines.html?smid=nytcore-ios-share
Well who ever stated that is not up to current times for sure as it is called The Gulf Of America now not gulf of mexico , also i find it completely false that any offshore wind project can be a true benefit environmentally when you consider the fact that all models for possible returns are based upon guesses , not a single return model takes into account such things as problems they still have not found working solutions for such as leading edge blade failures , they have yet to have a blade last as long as the models suggest they would , increasing costs and GHG emissions to points beyond favorable off shore wind is one of those things that looks like it might be possible when looking at the data produced by the models , but few look into the models themselves to determine if the models are in fact reliable
Looks like two people from Siemens or GE gave you a thumbs down
Here’s an informative video of the Port Authority put out about the wind project. Tons of info in here, although there have been some changes to some things, and this was put out before the current administration pulled funding.
https://m.youtube.com/watch?v=dTn8AxEkdXw&pp=ygUlSHVtYm9sZHQgYmF5IHBvcnQgYXV0aG9yaXR5IHdpbmQgZmFybQ%3D%3D
IMHO:
>”Jacobson said the county transmission upgrade would “increase electrical capacity, improve reliability in the Humboldt Bay region and provide a foundation for economic development.”
>”… increase electrical capacity…”
For whom ? Project is designed to export electricity to SF/LA. Power is not going to be flowing… ‘the other way’.
>”… improve reliability in the Humboldt Bay region…”
Since PG&E installed high voltage switching gear… (which allows the local power plant to operate independently) reliability has been… just fine.
>”… foundation for economic development.”
ALA… “Grant Monies”.
>”California is all in on wind energy but can’t make it happen alone.”
Heh… the ‘Greenies/NA’ wouldn’t allow wind turbines to be put in on Bear River Ridge.
Go figure.
Bozo is right: virtually all of the power produced off Humboldt’s coast by windmills would be exported via massive power lines to the south. Local need could probably be met with smaller windmills on ridges on logged-over timber lands (not, of course, Bear River).
Local need includes industry.
Exporting something of which one have a surplus is a sound economic policy.
The entire world needs to rapidly transition away from fossil fuels, and if we can help the West Coast do it by exporting surplus clean energy, it’s a win-win.
Adding to that export capacity by responsibly installing onshore wind-energy facilities just adds to the potential benefits– both for the local economy and for the planet.
Or we could question why data centers are being built , the demand they create on our resources is astounding if the currently planned data centers are all built on time by 2040 they will be using for data centers alone more power than all residential consumers of power today . But hey lets all pay more for power destroy our ocean kill our whales and birds so that globalist wet dreams can happen . The average auto in the usa has around 20k worth of i creased costs bullt into it for epa regulations , the modern grid tied solar home has 15 percent energy wasted due to inverter converter conversions that are not needed except if they were not in place utilities would not be able to bill for roughly 40 percent of residential power use as it would not be transmitted or produced by them so while the tech is here already and simple building changes is all it would really take residential consumers of power are buying around 40 percent more power then they really need to and because of that that power costs 15 percent more energy to use
Reducing demand and increasing efficiency are serious things that need to be addressed.
But, speaking of serious things, can we at least drop the silliness about offshore wind killing whales?
It has gotten old and distracts from real issues that need to be dealt with.
IMHO:
>”But, speaking of serious things, can we at least drop the silliness about offshore wind killing whales?”
That question has not been answered yet.
There is NO AREA ON EARTH that has been developed in the way that the California deep water wind turbines are to be deployed.
1600 wind turbines, 1000′ tall, with thousands of miles of anchor lines, thousand miles of undersea electrical cables, probably a hundred or more electrical contact points and underwater substations.
Then you have a constant stream of service ships off shore and in the harbors.
Point is: Nobody knows what’s going to happen.
It is probably a TRILLION (give or take) dollar gamble.
What might be a reasonable approach.
Scale the install down to 50 turbines. Install them.
Run them for 10 years, do some studies… and see what happens.
Both in overall cost of installation/maintenance, amount of power delivery/cost, overall reliability, and the impacts on sea life.
(Birds/Whales/Fish/Benthic organisms etc. etc.)
Then hold some hearings… and proceed… one way or another.
That suggestion… is kind of weird stuff eh ?
I agree with you.
It’s weird how the local community, which usually blocks every proposed project instinctively is in favor of wind power without any studies to show it is environmentally safe or even feasible. Our coast is incredibly hostile to human-built infrastructure. We said it was too stormy to allow oil drilling, but wind? “Go for it”.
Those turbines will kill sea birds in large numbers.. nobody cares.
I say go slow; try some and study it.
People said that CO2 levels are too high to allow for more drilling.
And we have more than 30 years of data that shows no significant environmental harm from offshore wind.
Your totems to shortsighted (limited lifespan), expensive to maintain, windfall of taxpayer $$$ to a select few (aka another rip-off) … is DOA!
They had good reason for not allowing it to be put on Bear River ridge. What point were you trying to make with that comment?
So… what were the er… ‘good reasons’ for not allowing it to be put there ?
—
>”What point were you trying to make with that comment?”
Point I was trying to make…
Greenies wind towers – Yeah ! Good for the overall environment.
Greenies wind towers – Nope ! Bad cause we don’t want to look at it.
Go f/n figure.
The difference is location and impact profile.
The Bear River and Monument Ridge project placed large industrial turbines directly on sacred tribal land and within intact, sensitive terrestrial ecosystems that host protected birds and old growth connected habitats. That meant permanent ground disturbance, new roads, heavy foundations, and high collision risk for eagles and other species.
Environmental groups and tribes saw that project as sacrificing a rare, culturally irreplaceable landscape for power that would largely be exported out of the area. The environmental cost was immediate, local, and irreversible.
The offshore Humboldt wind project shifts those impacts away from sacred ridgelines and critical inland wildlife corridors and into deep ocean waters where effects, while still real, are considered more manageable and more strictly regulated. Modern floating offshore turbines are designed with extensive marine biology review, exclusion zones, and adaptive mitigation for whales, seabirds, and fisheries. Just as important, tribes are now formal partners in planning and economic participation rather than after-the-fact consultees.
In short, the offshore project is viewed as putting renewable energy in a location where ecological and cultural damage is lower, oversight is higher, and community benefit is clearer.
You had me until the last line. “Community benefit”?! The power goes to SF and LA. I don’t consider them as “our community”. I’m not sure I even like them cement people- always wanting more, always ready to crush the natural world to get it….
So you consider terrestrial ecosystems and animals as superior to aquatic ones? The aquatic ones are far more “intact” than anything on land. Global warming is dead, there is no such thing as climate change, the billionaires who used to champion climate change have said so, now that they have these awesome data centers to build.
You are tearing down dams and planning to build: THIS?
The cost of these things, and the pollution caused to erect them, makes them ridiculous…
Drill for oil instead…
OH, and then there’s the neverending earthquakes, the shit weather and the massive amount of Oil needed for service, service boats and technicians to do the work…
Build windmills in Northern Nevada, near the Lithium Mines, and run underground cables over to Humboldt…
It’s poorly conceived, will cost Trillions, and in a stupid place…
Diesel Generators would make more sense…
This should NOT be political.
Agree. Politics aside, why aren’t the oil companies all about wind? Is it not affordable or profitable?
They would have far less ability to control price through affecting supply.
And they are not already wind energy companies, they are oil companies.
Allow me to respectfully poke some holes in your theory.
BP is spending hundreds of millions gobbling up floating wind farm leases off the UK, at fifteen times the expected bid. Two projects called Mona and Morgan are shooting for 3GW Enough to power about 3.5 million homes.
Shell is putting in
759MW off the Netherlands.
South Korean Oil is diving in.
Equinor the Norwegian oil giant is heavily invested in what is on the way to becoming the world’s largest floating farm.
These projects are driven by regulations being imposed on the oil industry.
The up front money paid by the oil companies is what would drive the price of electricity higher.
So, if you’re one of those people that hates big oil, just remember; they’re not going anywhere. They are in the energy business.
Big Oil runs the world and if it means controlling the grid to hang on to that, that’s what it will do.
It’s time to change our relationship with BO, not sever it. If they do half the job with electricity they did with petro, we should be in pretty good shape.
.
My first point stands. That’s smart of them. I’d prefer state owned infrastructure.
Government subsidies harvesting?
Yep. Heavily subsidized in Europe.
The turnabout is wonderful. We dont need to ruin our bay and ocean with a project that will benefit primarily metropolitan interests. Let them do this nonsense off the golden gate, even assuming it can be done without massive taxpayer subsidies.
It’s hilarious that for years, decades conservatives have bitched and moaned about Humboldt county issuing industry in favor of environmental protection.
Now that there is an opportunity to provide industry in a way that is a benefit for the environment, here they are bitching again.
It’s a process, and very difficult. One of the first things that https://leavingmaga.org/ recommends is to diversify one’s online consumption; they’re seeing a subscriber surge in support as a result of the Epstein fallout.
Why do you think being skeptical of wind power makes a person conservative or God forbid MAGA? I just don’t want to be a lemming.
Europe is hard in. Lots going on. US is in a good position to learn from their experiences. What happens with them will set the pace.
The non-Kool-Aid reports aren’t encouraging, blackouts, spiraling costs, stranded assets. This is all the result of letting the anti-carbon religion make all the decisions. People need to follow the data. Renewables have a role but please figure out what it is before we just dive in like a Pentecostal baptism.
We’re getting it did in my hood–house by house.
“You can think of the federal government, the state and the private sector as three legs of a stool and if one of those legs goes out, it’s hard to make it proceed,” There was a fourth leg to the Bear River Ridge Wind project “stool”, public and Tribal support. The article or Arne Jacobson make it sound as if the only obstacle to offshore wind energy is lack of federal support. There are a lot of Humboldt County residents who are skeptical or unsupportive of various aspects of this project, though they may be in support of wind energy in general, whose voices need to be heard.
If birds are gonna die, let it happen where we don’t have to watch.
Nope. Fail energy expert person. Just say hell no to windmills off our coast. Yet, as this dimwit alludes to, the Democrats will continue to insist on these cetacean killing bird shredding windmills because they are science illiterates and political hacks. Their leaders want the moola from it and their good little collectivist minions are too stupid to realize they are expendable dumbazzes who will be cut loose and sent adrift on a leaking dingy for the cause. They don’t care, as long as “their democracy” wins. Well, the Democrats can take their bs back to Cementland cuz their bogus scheme is going to be hitting more headwinds than planned. Human chain headwinds and lawsuits preventing this odd, nature killing, Ring Grabbing scam from ever rearing its ugly head again. Oceans First! Democrats “Our Democracy” ideas Never!
PS, see Surfrider showed it’s true colors as well during this whole debacle. Just another Democrat lawyer run NGO. Ever notice how their active presence in Humboldt is now down to almost zero? Yep, surfers don’t like sellouts either. Sellouts……
😊See link above ⬆️
Won’t do any good.
This commenter has created an imaginary world and has no interest in anything that challenges their beliefs.
IMHO:
Their leaders want the moola from it. BINGO ! BINGO ! BINGO !
When people live, breathe, work and sleep on concrete their entire lives it does affect them. There is nothing imaginary about that. Cement People may have intellect but do they really have a soul grounded into our living earth? Or are they disconnected, adrift and …psychotic? This is not an imaginary or conspiratorial fantasy. It speaks directly to the heart of the question of our society’s mental health. I also believe that the ” Concrete People” are ill…
In the last few years technology and costs have radically changed. Solar has dropped , batteries dropped even more, advanced conductors as well vs wind has increased in cost.
when the offshore wind project was envisioned, it should have been cheaper than solar. Not anymore.
one big aspect is ROI. Return on investment. Port 1-2 billion, powelines 4-8 billion, then the actual wind turbines and maintenance. It just doesn’t make cost effective sense.
vs solar at rock bottom prices, batteries now at unheard of low prices even 2 years ago.
and advanced conductors which while not enough to meet the needs of the wind farm would provide a significant increase for Humboldt County, at very low costs and fast speed for installing because you don’t need new towers or right of ways for the massive ones needed for the offshore wind farm
I don’t believe the ROI can be made for the offshore wind farm. I’m not against it but I don’t think it pencils out.
IMHO:
Predicted: It will turn into a TRILLION DOLLAR er… ‘project’.
Witness the California High Speed Rail Project.
$9 billion… $20 billion… $35 billion… $135 billion… some projection are maybe $250 billion… (and the sky is the limit).
Another aspect is time. For the off shore wind it’ll be 10+ years probably closer to 15 if it ever happens.
vs installing more solar and shipping the power in. Which will be cheaper and lots faster.
Solar in sunny places should absolutely be a huge part of the solution.
But wind will probably be necessary to help get us completely off fossil fuels.
There’s no reason this project should take 10 or 15 years.
Heck, there’s no reason for this project to not already be well underway.
China has added over 30 Gigawatts of offshore wind in the past five years,
and now produces around 40 Gigawatts.
In 2024, the U.S. produced 174 Megawatts.
I completely agree, about the time
frame. China builds nuclear plants in a few years, vs 15+ for the US if it does at all.
as others have said, we don’t know how to build big things anymore.
solar guy- I’m not sure you’re correct about batteries being lower priced. I buy a lot of industrial batteries and I’ve noticed about a double in prices over the last 5/6 years. Maybe you mean li-ion or something. Regular wet cell batteries are still the cheapest, but not cheap at all.
Wind energy off the North Coast sounds more feasible than before, since California now has a “fix” in the works for is energy curtailment problem, which before didn’t make sense to keep building more solar and wind energy only to be shut off in times of glut.
“This coming year, a new energy trading market with its first participants is set to go online — a rollout that experts promise will lower monthly home electric bills and supercharge states’ green-energy production. California is set up to lead this push, thanks to its high-tech grid operator, its glut of renewable energy and a fresh bill signed by Gov. Gavin Newsom that paves the way for the regional market.
The West currently trades its energy in what’s known as a “spot market,” where states and municipalities have only 15 minutes to offload their excess solar and wind power to other regions. The new market will widen that timeframe to a full day, giving western states more time to decide where unused energy should go and better prepare for sunny and windy days. As things stand, California often has to curtail its solar and wind production — or turn off the generators, wasting chances to produce energy from sunlight and wind.”
California has a huge solar power problem. A fix is coming.
Oh! Reduced energy bills. Yeah we’ve heard that one before. Because Newsom signed a great new bill…sounds like snake oil again
funny thing is that they have known for over a decade that solar with large batteries non grid tied has the real effect of being able to almost completely remove companies such as pge from the residential grid .
currently most of the powered items in a modern home are all direct current devices solar power creates direct current and is sent through a inverter which changes that energy to alternating current This causes about a 8 to 15 percent loss of energy die to conversion from d/c to a/c which is what pge supplies , that a/c power is sent into the home.
once that a/c power enters the home it branches off to various items lighting circuits being one .tittle 24 requires led lighting , led lights are powered by d/c there is a chip that converts a/c back to d/c which doesnt happen at a equal ratio so there is extra energy loss there . Phone chargers computers laptop chargers heat pumps most modern home electronics are designed to run on d/c and have chips that take a/c and turn it to d/c /
there are certain things that this is not true for however such as microwave ovens and common stoves clothes dryers however these if powered by propane or natural gas do have control circuits that use d/c .
if codes were changed to allow homes to have 2 independent electrical distribution systems one being a isolated d/c system to power lighting heat pumps home electronics car chargers rechargeable fans and the like . And the other being a/c pge fed circuits for clothes dryers stoves and the appliances circuits in the kitchens .you could easily see a reduction in pge bills of 40 to 60 percent . With large batteries becoming more and more affordable a home could easily have a large enough battery and panels to where a weeks worth of energy could be in reserve for the d/c systems .
of course this would remove the selling of excess rooftop solar back to pge , it would also increase certain costs of ownership , iie battery life every 10 to 15 years you would be looking at having to replace them however that cost is still less then if you were paying pge for all of that power . You could heat and cool you home at anytime of the day without having to worry about peak demand times and the like you would have more freedom and at a lower price point if you had a ev you would basically be able to charge it for free.
there are other benefits as well you could have all pf your lighting controls and lighting circuits ran with ethernet switches and cables verses conventional methods this would reduce the cost of lighting circuits by up to 87 percent as well as reduce the supply demand for copper as 14 gauge wiring is the current standard for lighting circuits , that is around 80 percent less copper required for the lighting circuits alone
This is a long debunked idea. And while it’s possible the actual savings are tiny vs the cost to set up 2 systems.
also all larger household solar would be 48v and all the items you’re mentioning use other than that. LEDS are around 2vdc. Your lap top is usually 12v. Now you’re going to need a 48-12v or other dc to dc converter at losses. Then you want to actually move 12v in wires? That was done 40 yrs ago, it requires big wire due to low voltage.
most new inverters are 95-97-% efficient. So the losses you’re trying to save are so small it doesn’t matter.
and the overall basic concept of an all electric house off grid is yes do able. But it’s not cheap and I don’t think it’s environmentally friendly.
vs the grid in Cali has been running 6-20 hrs a day without gas.
the grid is our friend
Cant post link to support however a 2019 cec final report tends to go against your claim of debunked , philips installed a entire college building with poe led lights something like 47000 lights all ethernet switched and they stated that it was a 87percent reduction in installation cost and materials also depending upon the bussing of the batteries it is very possible to have standard 24 vdc trunk with a 12 vdc buss as well as a 48vdc and 24 vdc bus , battery tech has greatly improved as well , the battery price points have drastically dropped . If you look at new service costs , if you can reduce your pge load from 200 to 100 amp service entrance simply because most of your loads will be dc that saves money smaller feeders for one service entrance equipment is less main breakers are much less you will not require as many branch circuits with the duel function gfic/afic over current devices which eaton gets around 90 dollars each for so really it does reduce the price and yes there is going to be around 20k extra cost per new home to do this , however think about pge bill being 120 a month verses 240 a month and as i stated depending on wither or not you use propane water heaters and stoves it could be much much less per month , anything that is rechargeable uses d/c and i am certain that it will only be a matter of time before just about everything will be using d/c . A/c has its place d/c is not suitable for long runs , transmission is why we use a/c today with energy production having taken place far outside the transmission ranges or d/c you can with a/c send that energy vast distances with proper modulation not so with d/c however since we can now rather inexpensively , safely and reliably energy closer to point of use there will be less and less demand for residential a/c power
The Clemson university LED was from 10 years ago. It never took off as a thing because of new technologies. LEDS got better and the ac-dc power supply’s in them got extremely efficient. Check a new ( last 5+ years ) phone or computer charger they are 99%+ efficient
a lot of the efficiency of that report was things like motion sensors and variable light power ( dimmers) to cut power use. All standard devices today. The POE isn’t needed.
now as to DC not being suitable for long runs. Starting at the top there is HVDC for the longest power lines, with voltages pushing 1 million. For solar or wind farms it’s 1500-2000 volts dc going into and inverter with total efficiency of 98-99%
smaller home systems are 600-1000 vdc going through a controller to either 250vac or 48v dc at 95-99% efficiency
going DC isn’t going to happen there isn’t enough savings to make enough difference.
This sounds like the dispute between Edison and Tesla a hundred plus years ago, only without an elephant in the room losing it’s life.
The whole idea of putting the wind farm far offshore in deep water far away from the major cities is way way dumb. Put them near existing coastal power plants and use the existing infrastructure for power distribution.
Also some areas are building new nuclear plants which while having major issues, could be better than global warming. Increasing CO2 levels and a slow baking and suffocation of the world and life as we know it.
Wow you’re smart. Very charitable of you to offer advice to the experts on this. I’m sure they haven’t thought of this already.
Which coastal power plant do you think makes a good candidate for a companion offshore wind farm?
Politics make placement considered. Suggestions would be: moss landing . San onofre , Huntington Beach Ventura Los Angeles, San Luis Obispo , Humboldt ,San Onofre nuclear plant and Humboldt nuclear plants are decommissioned and power distribution is existing. Diablo nuclear could be shut down soon and distribution systems are existing. One might have to expect heavy opposition from all areas mentioned due to scenic concerns. But those are the locations that need power and really should not push power issues off on other areas.
Let’s take Diablo canyon it’s a 24/7 2.2 gw production. The best the off of Humboldt is 1.2GW at peak. No where near the same ballpark.
or the southern location which is off of morro bay. It’s close to land based power lines.
there is reason you put wind machines in very specific locations, because it’s where the wind blows. Funny that
Whatever happened to residential scale wind power? I assume it’s still a thing. That was all the rage for us in the 70s and 80s. Please tell me it’s still alive and well. I realize it’s not a single solution, but neither are the thousands of acres of ecological dead zones known as rooftops which some have opted in for solar and is a hot zone for current research. Yes it’s all $$$. Petroleum is a finite resource. So is our sun, but our astro-physics nerds tell us it’s got another 4 billion years to go. And I hate windy days…..
No it’s not alive and well. Low cost solar is what killed that industry.
Always an interesting look at where our grid power is coming from real time:
https://www.caiso.com/todays-outlook/supply
Offshore is the only option. Those turbines take a semi truck to haul a single blade. It takes six or seven semi trucks to move a single turbine. You can’t do that with humboldt county roads. Boat is literally the only option. I’m surprised the coastal commission ok Ed this plan.
Yes that’s why they are building or planning on a port. All the parts and machinery would come by sea, assembled there and then towed out to each location.
very little would come by truck.
Sad that since ships burn the worst fuel and have less regulations for emissions than any other form of transportation , but then they could have the made in some third world country parts delivered right to the farm and avoid pesky things like inspections and the like .
Building a port on Humboldt Bay, just for one off shore wind project doesn’t make financial sense, and that doesn’t even take into proper consideration the complete lack of necessary adequate power transmission infrastructure needed to connect the total unrealistic wind farm pipe dream…