like why not just send the data the meters are sending into a black hole until after systems are up for a while so that meters dont have a backlog of data that overloads the system
Power company regulations allow for some estimation on a handful of meters, but not that much.
Consumers (retail and commercial) are also entitled to contest their bills so if there is no data then there is no proof.
There are also severe penalties to providers for not uploading their data to the market. For example, a small customer (power company) is penalized $250k per hour for data missing.
How will the power company know how much power they need to purchase from the market if they do not know what their demand is or how it is tracking.
Etc. etc. etc.
EDIT: By “regulations” I meant government regulations.
Don’t worry. If the transmission fails, the meter will try again, and again, and again, and again…
“what the fuck is exponential backoff” - someone writing software for these meters ten years ago
Why not just ignore the meters
I don’t understand what you mean.
like why not just send the data the meters are sending into a black hole until after systems are up for a while so that meters dont have a backlog of data that overloads the system
Power company regulations allow for some estimation on a handful of meters, but not that much.
Consumers (retail and commercial) are also entitled to contest their bills so if there is no data then there is no proof.
There are also severe penalties to providers for not uploading their data to the market. For example, a small customer (power company) is penalized $250k per hour for data missing.
How will the power company know how much power they need to purchase from the market if they do not know what their demand is or how it is tracking.
Etc. etc. etc.
EDIT: By “regulations” I meant government regulations.