Solar arrays. Video licensed by Brian Zinchuk via Storyblocks.com

Wind and solar power, we are always told, are really cheaper than fossil-fuel power, if you tot up the true costs of using each type. These arguments have always been dubious on their merits, if not outright disingenuous. Yes, the wind is free and the sunshine is free, but nothing about capturing either one for useful work is anything like free. In fact, both common sense and a growing body of evidence suggests that both wind and solar power are going to be far more expensive than fossil fuel alternatives and do a great deal of environmental damage on their own merits.

At the most fundamental level, these power generators sit on land – lots and lots of land – most of which is not free. Even if land is being used strictly for wilderness, that use of the land provides society with quite massive benefits (they are called “ecosystem services”) such as maintaining wildlife, offering protective buffers against weather and climate fluctuations, purifying and controlling local air and water flows, and all that good stuff. When it comes to land, one would have hoped by now that environmental advocates (of all people!) should have learned that land is never free. And neither is the transport of wind or solar power free, nor is the technology to capture wind power and solar power.

Alberta’s 736 MW of solar generation was producing 26 MW to the grid at 1109 MST Jan. 20, 2022. Source: AESO.ca

 

But still more awkward is the fact that wind and solar power are unlikely to follow the optimistic cost-curve declines that we’ve been promised over the years. A recent article on solar photovoltaic (pv) power by Jonathan Gifford at pv magazine suggests that the cost curve promises are quickly coming to a halt. Gifford quotes a senior exec with a large solar power system producer, explaining that, while solar component costs have been in decline for about 6 years now, the easy days are behind us. He observes that currently, manufacturing only constitutes 30 percent of pv module manufacturing, while material inputs such as silver, copper, aluminum, and glass for solar power systems now constitute 70 percent of input costs. And those costs are all going up.

Further, Gifford’s article points out, the transportation costs of the inputs for solar photovoltaic module manufacturing and delivery have also been rising dramatically. “Container shipment costs are eight times higher from Shanghai to ports in the United States and Europe in 2021 than they were in 2020, according to several sources.” For module shipments, Rystad (the solar photovoltaic producer quoted above) concludes that shipping prices have increased 500 per cent, from Sept. 2019 to Oct. 2021.

The idea that society could windmill and solar panel its way out of fossil-fuels, and into a carbon-neutral future that is both affordable and can produce sufficient energy to maintain a prosperity-generating economy is, and always has been based on highly flawed thinking.

When considering input costs for energy production, switching to energy generation that requires a multitude of scarce material inputs of highly variable price is not a recipe for a lower-cost energy future. To the contrary, prices for goods based largely on scarce materials and highly variable input costs are only likely to grow over time. If Canada continues on the pathway of phasing out reliable, affordable fossil-fuel energy for scarce, expensive, and unreliable “renewables” such as wind and solar power, Canada can look forward to enduring or adapting to whatever climate change may be in store in coming decades with less wealth, and less power to weather the changes.

 

Kenneth Green is a senior fellow at the Frontier Centre for Public Policy.

 

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