4 ms·
Graph shows a rate of about 250k a year when they'd need about 1,600k a year to reach the goal. At the current rate they'll get to 8.8 million in 32 years... In
by mytailorisrich 2y ago
Graph shows a rate of about 250k a year when they'd need about 1,600k a year to reach the goal. At the current rate they'll get to 8.8 million in 32 years... Installation rate must improve drastically.
- Jensson 2y agoYou need to look at the rate increase. Graph shows a rate of about 100k 3 years ago and 350k today, meaning adding about 70k production per year. To calculate what we have built by 2030 with that rate we get 70 * 5 * 6 / 2 = 1050 from the second derivative and 1750 from the first, so would be 2.8 million points by 2030. Still not exactly there, but would reach the target a few years later, so they aren't that far off from reaching it 2030, just need to increase production a bit faster.
- mytailorisrich 2y ago2.8 million in 2030 is still way off. Bottom line is that target is never going to be met on time and "few years late" will be quite a few in my estimation. I don't think production is the bottleneck. It's the actual installation with all that in entails and the electric infrastructure.