“On-grid solar is a perfect storm for taxpayers: concentrated benefits for the industry, diffuse cost for ratepayers and taxpayers, and a strong positive public sentiment for solar created by energy Malthusians.”

I have been a passionate solar energy enthusiast since I was 13 years old. My 8th grade science project was a solar powered car. I read everything I could about fuels cells, solar cells, microwave beaming solar-powered satellites, battery chemistry, ocean thermal energy, wind power, and compressed gas storage.

In college, I studied engineering focusing on solar energy. I now run a solar company which I started 13 years ago in Tucson, Arizona. SunDanzer Development designs, manufactures, and sells solar-powered refrigerators for off-grid use and vaccine storage. My solar refrigerator design was recently selected as NASA’s Commercial Invention of the Year for 2011.…

“The following overview on these issues, and my concluding remarks, should leave little doubt as to the worthlessness and serious consequences of pursuing policies of supporting and implementing wind plants in particular. Will the other side respond in the interest of more informed public policy?”

As shown in Part I (Introduction & Summary), Part II (Analysis Approach & Implementation Costs), Part III (Total Costs), and Part IV  (Subsidies & Emissions), wind fails on the major considerations of cost and emissions. Yet unbelievably, it still enjoys general popularity and significant government support and subsidization. The answer must be in my response to question 1 in Part I: Wind is seen as a silver bullet – environmentally and politically.

On top of this, there are many other problems with wind that can cause serious, and needless, damage to society.…

Part I yesterday provided an introduction and summary of results; this post describes in more detail the analysis approach and implementation costs. Parts III and IV will cover the full costs and other results.

As will be seen, dealing with wind is not as easy as some would suggest.

Analysis Approach

This analysis looks at a 13 year period (years 0-12) in which the demand growth and plant retirement due to obsolescence/age will be each 2% per year compounded. Assuming year 0 is 2012, year 12 is 2025. Table II-1 shows the situation at year 12.

Table II-1 – Year 12 Situation for a Year 0 Demand Level of 1.0 TWh

Using demand of 1 TWh in year 0 allows easy scaling for a particular jurisdiction. For example in 2010 the total US electricity production was about 4,000 TWh.…

Seven score and nine years ago, President Lincoln spoke about government of the people, by the people, and for the people.  Yet, today, our lives are determined not so much by We the People, as by a distant central government, particularly increasingly powerful, unelected and unaccountable executive-branch agencies.

Consider the U.S. Environmental Protection Agency (EPA), arguably the most intrusive administrative agency of all. Under Administrator Lisa Jackson, we have, at best, government of, by, and for some people. Or in the words of one public-choice economist, a government “of the Busy (political activists), by the Bossy (government managers), for the Bully (lobbying activists).” [1]

Secretary Jackson seeks not merely to regulate, but to legislate; not merely to protect our health and environment against every conceivable risk, but to control every facet of our economy, livelihoods and lives.…