Power being priced negative is awesome. We need more of it imo, make energy so abundant that it makes processes that were previously too energy-intensive viable, and enables a massive increase in both residential and grid storage capacity.
My opinion is that Na-ion batteries are the way for bulk grid storage and apartment/home storage nya.
They use hyper abundant materials and are now reaching the point of decent endurance, and if you arent bothered by them being heavy (as is the case for grid and residential storage), they’re fairly comparable to Li-Ion without the usage of relatively rare Lithium.
The problem with energy storage isn’t a lack of incentives, it’s a lack of solutions. There are currently no proven, grid scale, economical, and robust energy storage solutions.
There are lots of storage solutions that work within limited geographical areas (ie. Pumped hydro). But past that it’s a crap shoot.
Batteries are absolutely nowhere near the capacity or longevity needed for grid scale storage.
The largest battery storage system in the world is primarily used for grid leveling and emergency power. And would be depleted in minutes under its maximum load.
Power being priced negative is awesome. We need more of it imo, make energy so abundant that it makes processes that were previously too energy-intensive viable, and enables a massive increase in both residential and grid storage capacity.
My opinion is that Na-ion batteries are the way for bulk grid storage and apartment/home storage nya.
They use hyper abundant materials and are now reaching the point of decent endurance, and if you arent bothered by them being heavy (as is the case for grid and residential storage), they’re fairly comparable to Li-Ion without the usage of relatively rare Lithium.
Yeah, negative prices finally incentivize storage technologies such as battery storage.
How does it incentivize it?
The problem with energy storage isn’t a lack of incentives, it’s a lack of solutions. There are currently no proven, grid scale, economical, and robust energy storage solutions.
There are lots of storage solutions that work within limited geographical areas (ie. Pumped hydro). But past that it’s a crap shoot.
Batteries are absolutely nowhere near the capacity or longevity needed for grid scale storage.
The largest battery storage system in the world is primarily used for grid leveling and emergency power. And would be depleted in minutes under its maximum load.
Looks like it is possible to do in California already today, for hours, not minutes: https://reneweconomy.com.au/deeper-longer-cleaner-big-batteries-extend-domination-of-californias-evening-demand-peaks/
The battery solutions on grid scale are available now. They need to be built and paid for. Negative prices might help motivate investors.
TIL, thanks for the link!
That’s pretty awesome ngl :p
It is also an incentive to shift demand when there is plenty of renewable power: charge your car , do the laundry and so on