Even starting from scratch with the software, I'd make the opposite bet. Imported energy on the scale of nations a lot of expensive physical hardware. Given the numbers people throw around when talking about upgrading the electrical grid, think trillions*.
Software also has the potential to be made by forking open source projects. That Canonical Ltd. (London) has Ubuntu is already a decent foundation, a wheel that probably doesn't need to be fully re-invented.
* ironically, one of my hobby-hills on green energy is that I have noticed that a genuinely global electrical grid fat enough to get resistance down to 1 Ω the long way around, would only cost a few hundred billion in aluminium. Currently only China makes enough to consider it, but still, the BOM for such a project is much less than the price of all the manpower needed for the last 100 miles.
Even starting from scratch with the software, I'd make the opposite bet. Imported energy on the scale of nations a lot of expensive physical hardware. Given the numbers people throw around when talking about upgrading the electrical grid, think trillions*.
Software also has the potential to be made by forking open source projects. That Canonical Ltd. (London) has Ubuntu is already a decent foundation, a wheel that probably doesn't need to be fully re-invented.
* ironically, one of my hobby-hills on green energy is that I have noticed that a genuinely global electrical grid fat enough to get resistance down to 1 Ω the long way around, would only cost a few hundred billion in aluminium. Currently only China makes enough to consider it, but still, the BOM for such a project is much less than the price of all the manpower needed for the last 100 miles.