Quantum Dot Recipe May Lead To Cheaper Solar Panels
Science Daily is reporting that scientists have developed a new method for cost-effectively producing four-armed quantum dots that have previously been shown to be particularly effective at converting sunlight into electrical energy. The discovery could clear the way for better, cheaper solar energy panels.
I notice oil companies are heavily involved in solar energy, are they securing their future and/or slowing solar tech down?
I would hate to reincarnate into a world where BP is still selling me (solar) energy as costly as what it is today.
Can individuals adequately produce energy themselves in the future, or will big-corps still be the real suppliers?
Virtual Betting on Facebook for non-geeks.
The problem is not that solar panels aren't improving fast enough.
The problem is that petroleum is still so cheap.
So for the time being, we have not crossed any economic thresholds for application types, nor are we looking at any such developments in the next serval years. So while basic engineering developments are promising, we aren't going see much investment aimed at making solar part of our daily lives.
We haven't reach world peak petroleum production yet. As we approach it, and the rate of production increase slows relative to world economic growth, things will change.
Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
Given the subsidies solar research has had since the 70s, I can't figure out why progress has been so slow for the past 30 years. I'm not a big conspiracy buff, but, given the explosive rate of technology on other fronts over the same period, something just doesn't seem right.
Method of processing duck feet
"How do we store it?"
By pumping water uphill.
Problem with flywheel plants: they need very high quality metallurgy, ceramics or composite materials--none of which are cheap--to make them work, especially when you have to factor in the physics of a big, fast-spinning flywheel.
A better solution is to develop MIT's nanotube supercapacitor power storage units, which eliminates the complications of fast-moving parts and still offer quite a lot of power storage in a unit not much bigger than an air conditioning compressor for a whole house.