[cubefox]

Calling the situation multilayered is just an excuse to partly justify this terrible mistake. There is no doubt that the cost of shutting them down far exceeds the cost of letting them run, so the remark about "extremely expensive" maintenance is just false.

[hef19898]

Maintenance to keep them running would have been prohibitively expensive, because non was done in last years due the decision to shut them down. So yes, the cost of getting them back into running shape was prohibitive due to that maintenance backlog.

Different question so, instead of complaining about spoiled milk, what is your proposal for the future? A realistic one please takong into account project lead times for new power plants.

[baridbelmedar]

Unfortunately, I'm not so sure there's a quick fix for this.

Both nuclear, water and gas have the advantage that they're pretty massive and can store energy while they rotate. In the past, these systems were great for the grid because they kept on spinning and were hard to slow down. So, when there was a big load on the grid, like when an industrial plant fired up a huge device that sucked up lots of power, these giant machines took a while to slow down. That meant they could pump some extra power into the grid, at least for short periods.

The realistic option is probably to expand solar and wind power and also set up hydro pumps for storing energy. Alongside that, also invest in SMR reactors and supercapacitor to handle sudden spikes in grid demand.

[cubefox]

> Maintenance to keep them running would have been prohibitively expensive

No. It would have been very cheap compared to the long term cost of a) an energy and economic crisis and b) with replacing nuclear with other power sources.