There are a number of good insights in this post at OilPrice.com by Leonard Hyman and William Tilles about the global electricity problems going on now. The first is their main point:
These and similar problems are not accidents and do not result from one-off difficulties or calamities.
but then they immediately lose sight of their opening observations: these problems are happening all over the world, in places that adopted “neoliberal economic policies” and those that didn’t, e.g. Germany, China. I agree with them that the federal government needs to provide incentives including funding to accomplish goals that a pure market system will not reach, e.g. redundancy. For such a goal to be accomplished within a market system there would need to be serious penalties for failures which would in turn reduce the efficiency of markets. That is one of the reasons there are hybrid systems practically everywhere in the world including in the United States. But this is an equally important observation:
A well-functioning just-in-time inventory management system is a thing of beauty, efficiency, and cost minimization. But because of the extreme interdependency, one factory relies on the output of another, often thousands of miles away, any break in this carefully choreographed manufacturing process results in chaos and dysfunction. This corporate mentality has resulted in electricity systems that are now relatively low-cost but increasingly fragile.
In my view a “carrot and stick” approach needs to be put in place and that is very difficult to sustain due to a pesky phenomenon known as “regulatory capture”, particularly prevalent in the energy sector. To provide a single example of the power of regulatory capture much of the story of the Deepwater Horizon oil spill was one of regulatory capture, notorious in the now-defunct Minerals Management Agency which notionally should have been able to prevent the catastrophe.
Here’s another interesting observation:
Installing individual, non-fuel power generation and storage systems provide the energy user with long-term price stability. Once installed, a solar and battery storage system provides long-term price stability for the life of the system, possibly 20 or 30 years! This is a gigantic inflation hedge— although not looked at that way at present. In inflationary times self-generation permits power users to cap their (self-generated) rates for an extended period—a considerable benefit against a backdrop of volatile energy prices.
Read the whole thing.






