i think you are on the first step of the journey to seeing that neither math nor maximizing $ is the solution to all problems. it's not even the solution to most problems.
This time it has a major impact on the possible RNG outcomes even for a player who doesn't know about the bug, and it was caught much earlier in development before the permanent stability of existing seeds was guaranteed.
City: just take a walk through manhattan and in a block or two look at the giant open-pit excavation with a 200-year-old morass of undocumented infrastructure under the street. This is before you even try to run fiber up to units in buildings which were built before electricity was standard. I am hardly saying it can't be done, simply that it is not as easy as density makes it seem.
State: the exact opposite problem -- just drive two hours north of NYC and (if you're not still in manhattan) you'll be in some fantastic areas of the state, but, the exact opposite problem exists.
Of note, I do think both of these problems are solvable and we should fundamentally solve them. Just anybody who thinks it's easy or cheap to do so is being myopic. If spent wisely, could be a very useful investment of our money, however.
Do you think the wilds two hours north of NYC are more or less difficult for laying fibre lines than between homes literally in the alps? 60% of switzerland is alps. Not exactly a cake walk for infrastructure development.
And why would they need open pit excavation for FTTH in NYC? Are there not existing trenches and under-street ducting for cables already in most of the city? Surely there are going to be some tricky areas but how to the other utilities like phones and electric work on their cabling?
The idea was to transition from coal to natural gas while using solar and wind to reduce fuel consumption, thereby significantly reducing CO2 emissions. Any claims of hydrogen being burned were either lies to the public to get the gas plants built despite the non-green optics or lies to investors as part of a fraud scheme.
Hydrogen burning could have a place in an all-renewable grid: it could be much more economical for very long duration storage than using batteries. The last 5-10% of the grid becomes much cheaper to do with renewables if something like hydrogen (or other e-fuels) is available.
A competitor that might be even better is very long duration high temperature thermal storage, if capex minimization is the priority.
> it could be much more economical for very long duration storage than using batteries
Yes, but that's not the only option you have. With the absolutely awful efficiency of burning hydrogen you'd need to be building a massive amount of additional wind and solar - which in turn means you'll also have additional capacity available during cloudy wind-calm days, which means you'll need to burn substantially less hydrogen to generate power.
This leads to the irony that building the power-generation infrastructure for generating enough hydrogen means you won't even need to bother with the hydrogen part: you're basically just building enough solar that their overcast supply is enough to meet the average demand. As a bonus, you've now got a massive oversupply during sunny winter days and even more during summer days, so most of the year electricity will essentially be free.
Efficiency is not very important for very long duration storage. What's important is minimizing cost, which is dominated by capex, not by the cost of the energy used to charge the storage system. Paying more to charge it can make sense if that greatly reduces capex.
Servers with ECC generally report zero recoverable memory errors until the chip starts failing, at which point there are increasingly many. Therefore the average server experiences zero cosmic ray related memory errors during its lifetime, despite having many times more memory than 256MB.
