This has potential, but it comes down to cost. Will this type of integrated system have comparable costs to what we have today?
Putting solar panels, computers, lights, wireless communication, and anything else they decide to throw in there sounds expensive. But if we look at what this system could replace, it looks a lot more plausible. It costs money to maintain the overhead wires, it costs money to build and maintain traditional roads, and it costs money to generate power. Those costs combined are pretty staggering. If we can get this to work, we don't need to send snow removal trucks out every storm. We can be more effective at managing traffic, know damage to the road more quickly, and instead of repaving an entire road because of potholes, just swap out one or two panels as they happen to fail.
I would love to see some analysis of the cost of all those systems just to see what the budget should actually look like for this sort of thing.
Putting solar panels, computers, lights, wireless communication, and anything else they decide to throw in there sounds expensive. But if we look at what this system could replace, it looks a lot more plausible. It costs money to maintain the overhead wires, it costs money to build and maintain traditional roads, and it costs money to generate power. Those costs combined are pretty staggering. If we can get this to work, we don't need to send snow removal trucks out every storm. We can be more effective at managing traffic, know damage to the road more quickly, and instead of repaving an entire road because of potholes, just swap out one or two panels as they happen to fail.
I would love to see some analysis of the cost of all those systems just to see what the budget should actually look like for this sort of thing.