My BS meter just twitched.
You need to take it into the shop to have it fixed. It's clearly malfunctioning.
Wind, at about 2% of the total energy market is tiny.
Even 2% of US generating capacity (not the actual number) is an enormous amount of power and the amount of wind power generating capacity is growing fast. Wind accounted for about 4.4% of US energy production in 2014. Some countries generate double digit percentages of their electricity from wind with Denmark topping the list at 39%! The US accounts for a (disproportionate) 18% of world energy consumption despite being just 5% of the population. If other countries (particularly India and China) follow our lead that is not sustainable without huge increases in the use of renewable energy.
This hostility from the government towards nuclear power is one big reason why I have trouble believing in the global warming hysteria.
The hostility towards nuclear power does not come from the government. It comes from citizens who are nervous about nuclear power and the consequences of what can happen when things go wrong. (see Chernobyl and Fukishima) There also is the as yet unsolved problem of nuclear waste disposal. Granted some (not all) of their concerns are more perception than reality but perception is what drives policy regardless of whether it is true. It also comes from financiers who look at a LONG track record of cost overruns and cost uncertainty in building nuclear plants.
This hostility towards nuclear power on costs is also something that bothers me. The reason it costs so much is because we've forgotten how to build them.
No we haven't. Nuclear power plants are being built routinely and have advanced significantly. Just not in the USA. I'm an accountant. The reason nuclear power plants cost so much is twofold. 1) They are very complicated and have to be engineered to very high standards with careful attention to safety culture to avoid disasters. This level of engineering and safety is very expensive and prone to cost overruns. Nuclear plants are (comparatively) cheap to operate but very expensive to build. Worse, there is considerable cost uncertainty surrounding their construction. When this happens financing costs for construction rise considerably. Private financing is very difficult to come by as a result. Public financing is substantially more expensive and harder to get. 2) Nuclear power plants are considered so risky by insurance and financing companies that they cannot be built without government guarantees. The risk profile is one where the odds of a disaster are (generally) low but the consequences are very high and challenging to quantify. That makes insuring and indemnifying them very expensive.
I'm not impressed with wind power. Nuclear power, on the other hand, is a much better solution.
You can waste your time being "not impressed" with wind power but it's an important and fast growing and affordable and clean source of energy. It's not going to solve all our energy needs. No one form of energy (not even nuclear) is going to do that. Stop thinking in terms of either/or and start thinking in terms of balanced portfolio. Nuclear fission will be an important part of the energy portfolio for the foreseeable future and it has almost none of the climate change issues we get from fossil fuels. The goal is to reduce the amount of fossil fuels used to a level lower than what the Earth's ecosystem can handle. This number isn't zero but it's far lower than where we are now. To do this with existing technology will require some combination of wind, solar, nuclear, geothermal, and hydro. Battery and energy storage technology will matter greatly. I think distributed power (solar panels on roofs) are going to matter a lot as well.