Actually, all forms of renewable are getting more efficient by leaps and bounds, solar especially. Was reading an article about a "Solar Sunflower', which is basically a mini solar reflector farm the size of a radar dish, and it's actually got pretty good output of power, but the upfront price makes it comparatively untenable because solar cells have gotten so cheap so fast that they became cheaper while the sunflower was still in development.BrokenTinker said:Sadly I'm not optimistic, those problems will probably not be solved by the time I'm in the ground 6 feet under.
Solar is a bust, solar farm is just as bad for the ecology (see cooked birds and displaced animals). Non-farm solar panels are a freaking fire hazards (for firefighters). Wind causes a shitload of bird death and noise pollution. Tidal harvesters killing marine life. The only solution is a rapid decline in consumption, which really means a lot of people are gonna have to die. Nukes are our greatest and best option, especially with the all the newer, safer design with built-in kill switch, but with the world being ignorant and self-righteous hypocrites screaming "NO TO NUKES", we ain't gonna get a new gen. up and running anytime soon to actually make a difference.
Want changes to the energy economy? Cut living standards, good luck with that, especially with politics and shit mucking it up.
Another similar model being tested to the sunflower is a dish-sized reflector farm that points at a sterling engine to operate the mechanical unit to generate power and that's showing a lot of promise in testing in Africa.
Wind power is also becoming more efficient as well, so even if there was a restriction on how many units could be built in an area for ecological reasons, you could still get solid power gains for the local region.
The real problem currently is less that 'renewables don't make enough energy', and more 'the energy it generates is not constant' and our current powergrids are not set up to retain power not utilized during low usage periods or use power stored for low generation periods. However, large battery units are actually making massive strides in the past few years as well, and large-scale storage of power for builds and neighborhoods could become a reality in a decade or two. (Look at Elon Musk's massive push for localized large power storage units for houses, and Vanadium electrolysis batteries for industrial-scale for examples.)
If the efficiency of the renewables we have that do work continues to rise, and we can store the power that we're making but not using, then most of these concerns become less of the doom and gloom issue they're made out to be.
Also remember, that in the R&D world, just because something is designed, built, tested and it doesn't pan out doesn't mean that the entire field is worthless. It just means that particular implementation didn't pan out.