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How is nuclear safer than wind or tide power? Don't fight forces, use them R. Buckminster Fuller.
You can predict hundreds of years ahead EXACTLY when tidal power is going to kick in and out, and plan around it. That seems pretty dependable (although admittedly sporadic) to me. "The future is already here -- it's just not very evenly distributed" William Gibson
(Not to mention all the great ideas coming up about how to store energy to create a steady base. I liked Migeru's idea of a huge spring being cranked down--or was it a huge weight on a spring being bent over? All the technophiles should be raring to go...so much new technology! and loads more on the cusp of discovery.) Don't fight forces, use them R. Buckminster Fuller.
Perhaps we should add a fifth element to Jérôme's Creed: smart power usage - using and/or storing sporadic power when it's available, cutting back when it's not. Maybe we can recharge our cars and delivery vans when it's sunny, windy or when the tide's running.
That's where the ideological edge lies, I think, both in the "can't" (a form of conservatism with a small c) and the "won't" (big business lobbying / human nature arguments)
Perhaps we should add a fifth element to Jérôme's Creed: smart power usage
Excellent. Don't fight forces, use them R. Buckminster Fuller.
The wars of coal vs nuclear and the wars between several renewables have always sparked the largest and most intense debates.
Why has the debate on conservation remained so limited? Perhaps because no debate is needed and everyone sees it as a common wisdom? Then where can I find the plan of attack? Because I hardly can't. It's all scatter what I have found so far.
The closest to a "magic bullet" is the gas tax, or carbon tax, solution, as it gives a clear price signal to everybody. But many things are more complex than that, or require other kinds of efforts
Just like the patchwork of solutions for renewables, it's clear to me that there is similarly no "magic bullet" solutions when it comes to conservation and that here too a patchwork needs to welded. I should've been clearer on that - but it's wortwhile to have you stress that point. Yet that patchwork of today is what I called scatter. There's little structure - unless a new revolution has taken place which I've completely missed.
It comes back to markets and politics. The solutions you listed are (mostly) inherently political by nature because they are regulation-driven. Market forces -will- provide more conservation techniques and als more accessible (and reliable??) information on those conservation techniques when the energy crunch is in full swing. I, however, would prefer to stay ahead of the latter development (market forces), while in the meantime continue to ply the former (politics and regulation measures).
The Energy Conservation Wiki/Platform that Migeru came up with somewhere before last year's summer is what I have in mind when writing this.
I suppose that's included in energy efficiency/conservation, but maybe it needs to be a separate item, to flag that idea that using the same energy for the same purpose in different circumstances can make quite a big difference. In the long run, we're all dead. John Maynard Keynes
where is it written that except for emergency rooms and the like, we have to have 24x7 electricity on demand? we lived w/o it for 20,000 years, and now all of a sudden it is the end of civilisation if we have to fit our electric consumption into some kind of a schedule?
this idea that every human epoch prior to our own fossil binge was unrelievedly dark, dirty, smelly, cold, miserable and stupid I find historically naif and more than a wee bit arrogant. we can't even match the lifespans of peasant farmers in the Caucasus, and we're the all time hotshots and pinnacle of human evolution? but I bet the Romans thought the same, between swigs of Pb contaminated drinkies... The difference between theory and practise in practise ...
"Because they can't generate enough power"
and round we go again...
Did we have any debates that summed this up anywhere? I remember discussing wind turbines and railways with DoDo, there were some numbers in that. And there was another debate where we worked out the power output of wind turbines plus geo-thermal plus solar. Then we can add wave power (anyone got any info on that?) and there were those European Parliament translator chaps and chapesses, one of whom had a link to a site with that funky map showing PV across the sahara and down into the arabin peninsula, wind around the top left of europe, geo thermal to the centre right...
So maybe throw out the challenge:
Can someone show me the proof that renewables can't supply Europe (and by implication any other large group of countries = all humans on the planet) with enough energy to...
And there's another merry-go-round there. Don't fight forces, use them R. Buckminster Fuller.
The evidence, however, remains scant - because the Romans cremated when possible. And because the elite had the money to cremate their deceased - little adult bones have been preserved. But children bones have - and each analysis shows they were over the top contaminated with lead. Even although children have a larger uptake of lead into their system, the evidence that the entire Roman civilisation was high on lead is stacking.
Thanks for that. This was part of my thesis subject.
But contributed? Very feasible, in my mind.
That's emphatically not the issue. The issue is electricity that's available 24/7, instantly on demand.
renewables like wind and solar are not available when needed, but when the resource (wind, sun) is there, which makes them less useful to respond to some form of demand.
Now, there are many ways around that (storage systems, use of that power for non-time sensitive demand, etc...), but it is an issue. In the long run, we're all dead. John Maynard Keynes
I'm not all that convinced by the 30% limit anyway - last time we went looking for justification it came down to one study somewhere that has been accepted as conventional wisdom.
Though I suppose you could build mud turbines to take advantage of that.
My understanding is that it is possible to go to at least 20% (in kWh) wind with minimal ajustments to the networks, and that it is possible to get significantly higher (say 40%) with more significant ivnestment in the network. In the long run, we're all dead. John Maynard Keynes
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