Of late I’ve heard a lot of talk about energy in various forms and how they will be affecting this Eastern Shore of ours. While I write mainly on political items, longtime readers know I have an interest in energy-related issues as well.
So if you read social media, you’ll find that one thing I enjoy doing is setting those who inhabit the left side of the political aisle straight on the reality of the situation – particularly when it comes to energy. I’m going to borrow something as not letting good writing go to waste and then build from that, since there are other facets I’d like to explore, too.
This was something I wrote to Congressional candidate Allison Galbraith – say what you will about her politics, she is well-engaged on social media. Galbraith recently linked a story from WMDT about a proposed offshore wind study, to which I most recently responded:
You’re making a giant leap of faith that we as mankind can slow down sea level rise. As for having houses underwater, that’s a risk one takes for having waterfront property – just like those who build along a hurricane-prone coastline.
My point is that, based on their merits as far as reliability goes, wind and solar are not ready for usage on a large scale. If one wants to invest their money in solar panels for their house or a windmill out back, great – have at it. (Personally, I don’t think these sources should be mandated, but the issue is properly a state-level issue and in our case that’s where it was determined – my beef is with Annapolis, not Washington. I don’t like ethanol subsidies either and that was a different story, dictated from on high.) But the problems come in being tied to the overall electrical grid, which is already a balancing act due to the vagaries of weather and usage.
If some smart entrepreneur wanted a good problem to study, she or he would figure out a way to level out the output gained from these systems so that solar power could be used at night and wind power on humid, still days. (Notice there are few windmills in the Deep South.) We advance technology insofar as the actual turbines and collector panels, but don’t consider that storage aspect of it as much – therein lies the benefits of fossil fuels, which are a vast storehouse of the energy we need that’s been sitting there for eons until extracted for our use. On a day like today wind would be good but there’s not much demand; meanwhile, those with solar panels are hurting because the weather is so bad.
We have been blessed with abundant resources, so why keep them in the ground?
In looking at my response, the ethanol “subsidies” are actually carveouts – the EPA mandates a certain amount to be blended into the gasoline supply each year. Be that as it may…
The electrical grid aspect was something I hadn’t really considered until recently, when I did my most recent “odds and ends” piece. Thanks to a series of posts by the Capital Research Center, I learned that one key problem with renewables is their effect on the electrical grid. Since their output isn’t as predictable as that of standard power plants, there’s often a problem with mobilizing the most efficient resources. Certainly a bright, sunny summer day is great for solar power production but that also means a natural gas plant has to be temporarily put offline, then restarted once the sun goes down. However, the next day could prove to be one which suddenly turns stormy, meaning yet another cycle of starting and stopping a fossil fuel plant. Obviously, the advantage of fossil fuels comes from the constant supply, with the X-factor only being the price paid for each megawatt-hour. Wind power presents a similar problem: you can have times when the wind is just right for a constant portion of the supply, but they are few and far between, and unpredictable. While their trade association begs to differ, the fact is that there too few breakdowns in conventional sources (not to mention a critical dependence on the carveout of a federal tax subsidy specifically for these projects) for wind to be more than a bit player – certainly not to the extent some states attempt to mandate it.
(Another great source of energy industry writing I carried for a time were the columns of Marita Noon, including this one on the wind industry. She’s since remarried and retired from the writing game. It turns out my loss was the city of Lubbock’s gain – Marita’s current avocation is something she’s long been interested in, rehabbing houses for resale.)
Essentially, Allison’s job as of late has been to be the loyal opposition to our Congressman, Andy Harris. He listened to the concerns of Ocean City regarding their tourism and repeated their case that the offshore wind project the state of Maryland has tried to site off Ocean City is close enough to mar the natural beauty of the beachfront view. While the industry and its supporters contend the windmills will be too small to clearly see, they’ve never contended the lights on the turbines would not be visible overnight. (Hint: they would be – a sea of red lights flashing on the horizon. This may be true at 26 miles as well.)
On another front in the progressive ranks, opposition has sprung up to a natural gas pipeline that would run through the Eastern Shore of Maryland from north to south. As described by the Delmarva Pipeline Company when the project was announced last year:
The project will provide these regions and their residents, who have historically been without access to natural gas and the associated benefits, with access to affordable, clean-burning, and abundant natural gas supplies to help meet the growing environmental need for cleaner fuels for power generation for industrial and commercial customers. In the future, local distribution companies will be able to provide home heating, hot water, and other domestic uses.
The proposed pipeline would tie into an existing pipeline near Rising Sun, Maryland, head east for a short distance, then run southward right along the border between Delaware and Maryland before terminating at a point in Accomack County, Virginia. At this time the only natural gas pipeline access on this part of the Eastern Shore are small areas from downtown Salisbury and the town of Berlin in Worcester County northward into Delaware along the U.S. 13 and U.S. 113 corridors, respectively. On the Mid-Shore there is a branch line that runs westward from Bridgeville, Delaware to serve Easton, Maryland. Aside from that, there’s nothing south of the I-95 corridor serving the Eastern Shore. (Delaware has the three feeder pipes that terminate in Maryland to serve Sussex County.)
According to news reports, it’s a $1.25 billion private investment that will finally open up natural gas service to areas not served on the Eastern Shore. So what’s not to like? Well, apparently there is a group against it.
While their comment about possible leakage falls a little flat because it’s a gas pipeline and not oil, their real argument is served up by a sentence from a release by Blue Wicomico, which is a slate running for the local Democratic Central Committee. “If we invest in new fossil fuel infrastructure projects like this pipeline,” they whine, “it will discourage investment in the future like renewable energy projects that will bring much-needed jobs and economic growth to the region.”
Look, if you want to invest in green energy, there’s nothing stopping you. The fact that few will do so without the government goosing the system, though, tells me that the rewards aren’t enough for the risks.
And about that job creation? As Paul Rich, the Director of Project Management for U.S. Wind, testified before the Maryland Public Service Commission:
Due to the nascent stage of development of the U.S. Offshore Wind Industry, much of the highest technological components will have to initially be imported from manufacturing facilities in Europe. Components such as turbine generators, manufactured blades, and transmission cables will be most economically sourced from existing facilities in Europe.
If you’re counting on that job creation for the Eastern Shore or for Maryland in general, you’re going to be sorely disappointed.
So let’s get to work building that pipeline, which is slated for completion in late 2020. Give those who don’t have it access to another reliable energy source.