Carnival of Nuclear Energy 240 – Bad Energy Plans driving up New England energy bills and EPA CO2 plan ignores 60% of existing clean energy

The Carnival of Nuclear Energy 240 is up at Yes Vermont Yankee

Forbes James Conca – New England Utility Bills could be double the US average. Gas needs pipelines. Reliability requires nuclear

Consumers in New England got a shock in their utility bills this month. A 40% increase over the previous month. National Grid , the largest utility in Massachusetts, decided that electricity prices for this winter would rise to 24¢/kWh, a record high.

But peak electricity prices could exceed 100¢/kWh like they did last year during the polar vortex (Forbes).

Not sure why New Englanders are so surprised. It was their choice to throw all-in for natural gas and renewables in a land of harsh winters. But they’ve refused to build new gas pipelines. And they’re shutting a nuclear plant that has 20 years of cheap reliable cold-resistant energy left on it.

New England already has the highest electricity prices in North America – about 18¢/kWh averaged over the whole year. The national average is 12¢/kWh.

You have to be smart. Gas needs pipelines. Reliability requires nuclear. You better get that infrastructure built. And it’s not too late to keep Vermont Yankee running.

There aren’t enough gas pipelines serving New England and much of New York, as seen from the lack of blue lines in this region of the map. Along with shutting Vermont’s only nuclear plant and various coal plants, this will continue to cause electricity shortages, and higher prices, during every winter for years to come. Source: US DOT Pipeline and Hazardous Materials Safety Administration (PHMSA)

ANS Nuclear Cafe – EPA CO2 reduction energy plan ignores 60% of existing clean energy with no CO2 emissions

A strong chorus of voices from many organizations has pointed out obvious problems with how existing nuclear generation is treated by the plan. Specifically, the issue is that only 5.8 percent of existing nuclear generation counts toward the state-by-state goals of reducing the tons of CO2 emitted per MW-hr of electricity generation. With respect to the state CO2/MW-hr goals, the EPA (in a bizarre fashion) defined MW-hrs as something other than the total MW-hrs generated in the state. Instead, the MW-hr total was defined as the sum of all MW-hrs produced by fossil and renewable sources, plus only 5.8 percent of the MW-hrs generated by nuclear. (Some existing hydro sources also had their generation similarly discounted.)

Many responding organizations pointed out that treating non-emitting sources differently, under a plan whose stated objective is reducing CO2 emissions, is indefensible.

Neutron Bytes looks ahead at 2015 for nuclear energy

* India and Germany will be utilizing more coal power

* USA will continue a boom in natural gas

* Japan could begin quite a few nuclear reactor restarts

* China will approve more coastal units and authorize the first instances of construction of its indigenous design, the ACP1000. Chinese nuclear firms will continue to seek equity deals in other countries plus provide engineering services.

* India’s nuclear program will remain more-or-less stalled due to its intransigent stance on its draconian nuclear liability law.

Is Nuclear Restart in Japan on a Fast Track? At The Hiroshima Syndrome’s Fukushima Commentary– Leslie Corrice

Is the Japan election a nuclear restart mandate?
Despite a few Japanese news reports to the contrary, there is no reason to think the timetable for restarts will speed up or the number of nukes allowed to come on line will swell because of a Lower House election that did nothing more than maintain the status quo on nuke restarts.

Nextbigfuture – Chinese Fast Reactor at Full Capacity

China’s experimental fast neutron reactor has been successfully operated at full capacity for the first time, China National Nuclear Corporation (CNNC) announced.The sodium-cooled, pool-type fast reactor was constructed with Russian assistance at the China Institute of Atomic Energy (CIEA), near Beijing, which undertakes fundamental research on nuclear science and technology. The reactor has a thermal capacity of 65 MW and can produce 20 MW in electrical power.

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