This is by no means a "solution", it is an idea, but the fact is that we use power during night as well. And if you think that the residual heat from using the roads can supply enough power, you would have to consider the first law of thermodynamics, or the energy spent on generating the heat is far greater than the heat generated, and when you transform this to electricity you have an additional loss. Besides, the practical implementation is far off, this is not even a proven concept.
Electricity doesn't store well, it is much better to regulate production, which is the standard today, for good reason. Just take a look at the dimension of battery packs of electric cars, then try to scale that up to something that can store the a days worth of electricity consumption of a medium sized city. This is why environmental electricity production is problematic, because you cannot regulate it, it is governed by wind or sun. This means when you peak production, you are flooding the market with electricity, driving the price down, while other plants can regulate their own production.It is a concept though, just like the first computer or the wheel...
One thing that is great with electricity is that it can be stored. Lets not forget that at night, people generally consume less electricity. With the amount of solar produced power these cells will be producing, it is possible to safely store excess for use during low light situations.
Impressive. One question though. How would this work during a snow storm and with snow removal?
Electricity doesn't store well, it is much better to regulate production, which is the standard today, for good reason. Just take a look at the dimension of battery packs of electric cars, then try to scale that up to something that can store the a days worth of electricity consumption of a medium sized city. This is why environmental electricity production is problematic, because you cannot regulate it, it is governed by wind or sun. This means when you peak production, you are flooding the market with electricity, driving the price down, while other plants can regulate their own production.
As I said, it is an idea, but far from practical. Besides, using glass means you could very well experience friction problems during rain, and not to mention snow.
I said something a while ago about this..The future, in my opinion, has to be nuclear, fission for the mean time, hopefully fusion in the near future.
The problem is safety, both at the plant and disposing of waste.
I don't understand why they don't build the fast breeder reactors, which process the existing waste from nuclear reactors?
And there HAS to be a better solution to getting rid of it, rather than burying it in bunkers or underground.
I'd love to see this happen in my lifetime
Sure .. start building reactors powered by the waste of other reactors and turn that radioactive waste into power and reduce it's radioactive life from 100,000 years to 100 years...Ahh ok, well, they had hydrogen explosions at the Fukushima plant and that didn't seem to damage the reactors themselves, but did blow up the building they were contained in.
One of the problems we seem to have in the UK with regards to nuclear energy though, is it's foreign companies (I believe French) who are getting permission to build new reactors, which means the customer ends up with a huge bill, for the inevitable future.
But there has to be a safer and better long term solution to simply dumping waste under the ground.
Your average reactor costs 5 times more than a WAMSR and one of these new reactors can convert waste into 7.1 trillion dollars worth of electricity a year or in realistic terms...just by using the waste the world has now...we could power the world for the next 70 years or so assuming electricity usage goes up at the same rate that it has been increasing by in the past recent decades.Finding a way to harness the waste would be great, but the problem with all these things is cost.
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