New testing conducted at France's oldest PV system have shown that its solar modules can still provide performance values in line with what the manufacturers promised.
I didn’t say they lost half but they lost 20% so you need to have at least 120% today and then you need to account for the fact that you will get more electric devices in the future. How are you going to charge your electric car if you don’t have the electric to do it? So therefore you should probably double it.
Average US residential power usage hasn’t really changed much over the last 20 years. This is generally because things become more energy efficient with time - e.g. typical light bulbs have gone from 60W to 8W.
Dude.
Those panels lost only 20%, so far from half, in 32 years.
That’s impressive.
I didn’t say they lost half but they lost 20% so you need to have at least 120% today and then you need to account for the fact that you will get more electric devices in the future. How are you going to charge your electric car if you don’t have the electric to do it? So therefore you should probably double it.
Average US residential power usage hasn’t really changed much over the last 20 years. This is generally because things become more energy efficient with time - e.g. typical light bulbs have gone from 60W to 8W.
Sure, the usage hasn’t changed on average in about 20 years, but in the next 20 years, it’s definitely going to increase dramatically.
Curious, which of our equipment will need more energy? Do you mean electric vehicles?
Yes, if the vast majority of cars are going to be electric in 20 years, you are definitely going to need a lot more power in order to charge them.
Then let’s get some vehicle-to-grid adoption going and make EVs a net benefit for spreading load better.