1. | Aug 5, 2014

EDgL1W wow, awesome blog article.Much thanks again. Much obliged.

2. | Dec 20, 2013

Warren Heath wrote:... and the quadruple or qipntuule oversized, long distance power transmission system.I had forgotten about that aspect. We had an incident here in Washington State last year where it was windy at all the wind power sites, all at the same time. The folks at Bonneville Power Administration (who manage the transmission lines that the wind turbines feed into) were pulling their hair out. They were on the edge of power system instability with all the power being dumped into the system. With other forms of generation, they just request the power input be reduced, and it is done. However, by law they are forced to accept all the power the wind turbines put on the grid.

3. | Nov 15, 2013

Can't provide a full anewsr to Jensen's question. However, here's a start. The U.S. has 104 reactors (100 GWe on the dot, or 800 GWh per year) covering 19% of electricity demand. Europe has 165 reactors (145 GWe, or just over 1000 GWh per year), covering 30% of demand.Maybe Stuart can create a few more graphs using those figures.Like its cars (smaller, more efficient than in the U.S.), Europe generally has smaller, more efficient homes and buildings (higher levels of insulation, general disdain for air conditioning). Climate-wise, if you've been to Spain, Italy, Greece or even Central Europe during the summer, you'd know that the weather there can compete with California, Arizona or Florida for heat and humidity.

4. | Nov 11, 2013

It's from The Official Barbara Hambly Page an author phulisbed a book called Homeland on August 25, 2009.a0 The third comment in froma0Kristin who must be psychic since her post was used to comment on

5. | Aug 17, 2013

I really codn'lut ask for more from this article.