“Although trained as a philosopher, [Alex] Epstein is perhaps best described as a happy intellectual warrior whose main goal is to rewrite the dominant romantic/authoritarian narrative that nowadays underlie energy and sustainability debates.”

To people who lived through them, the “good old days” were more akin to Hobbesian trying times where life was much more solitary, poorer, nastier, brutish and shorter than in our “Age of Energy.”

In a world where no good deed goes unpunished, however, hydrocarbons and the people who locate, refine and deliver them in usable forms are loudly condemned as toxic threats by activists who would rather have energy-starved masses consume little, distant, costly, intermittent, unreliable, and low-density alternative energy cupcakes.

Even more disheartening is how many energy executives have been shamed into paying lip-service (and a fair amount of “sustainability” and “green partnership” consulting fees) to their most virulent detractors.…

“[Wind accident] data … is by no means fully comprehensive – CWIF believe that what is attached may only be the ‘tip of the iceberg’ in terms of numbers of accidents and their frequency…. Renewable UK confirmed that there had been 1,500 wind turbine accidents and incidents in the UK alone in the past 5 years. Data here … may only represent 9% of actual accidents. “

– Caithness Windfarm Information Forum (UK), Wind Turbine Accident Data to 31st December 2012.

My latest Forbes Political Energy post, Oil & Gas Isn’t Just One Of The Richest Industries, It’s Also One Of The Safest, examined the improving, impressive safety of the U.S. oil and gas industry compared to the much smaller (but accident prone) industrial wind power industry. The massive height of open-element wind turbines introduces hazards for high-up workers and from falling debris.…

The Alliance for Wise Energy Decisions (AWED) is an informal coalition of individuals and organizations interested in improving national, state, and local energy & environmental policies. Our basic position is that technical matters like these should be addressed by using Real Science.

Instead of a science-based approach, our energy and environmental policies are typically written by those who stand to economically or politically profit from them. As a result, anything genuinely science-based in these policies is usually inadvertent and accidental.

A key element of AWED’s efforts is public education. To this end, every three weeks or so a newsletter is put together to balance what is found in the mainstream media about energy and environmental matters. We very much appreciate MasterResource for its assistance in publishing this information (for the two most recent reports, see here and here).…

“Power density (W/m²) is perhaps the most revealing variable in energetics…”[1]- Vaclav Smil

It may be a bit of an exaggeration to say that understanding power density may be all the average person requires to put our energy sources and needs into perspective, but there is some merit in this argument. Unfortunately, this view of energy matters remains little discussed, probably because it appears rather academic.

This post attempts to overcome this by further illustrating the concepts. It will also demonstrate how industrial-scale wind and solar PV electricity generation plants fail to meet this important, high-level standard of performance for electricity sources required by mankind, particularly in developed societies, but increasingly in developing and even undeveloped societies.

This is even without taking into account:

(1) The persistent erratic (short term – minutes) and unreliable (medium to long term – hours to days) nature of electricity production that wind and solar PV provide; (2) their high costs; and (3) many other considerations described here.