as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> its also worth noting that the nytimes might not be taking into account the number of people working from home. Duty and loadcycles for this year are going to be very hard to predict.
Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> its also worth noting that the nytimes might not be taking into account the number of people working from home. Duty and loadcycles for this year are going to be very hard to predict. Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
Plenty of businesses are still open, and AC still needs to run to drive out building moisture so that they don't develop mold. Maybe not at human comfort levels, but they still need to run them for the whole building.
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> its also worth noting that the nytimes might not be taking into account the number of people working from home. Duty and loadcycles for this year are going to be very hard to predict. Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
Its not just overall grid usage, substations have capacities as well. So the business park is going to be underutilized, but the residential ones are probably seeing more demand as people are at home and not turning up the thermostat during the day to save energy (since they are at home and want a comfortable environment, vs. letting the house sit at 80 when nobody is home).
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> its also worth noting that the nytimes might not be taking into account the number of people working from home. Duty and loadcycles for this year are going to be very hard to predict. Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
The issue is the offices are closed yet still running all services and most at home running all services....and in a heat wave.
I doubt it: Musk installed 129MWh battery plant in Australia that already saved the consumers over $100M. There must be another reason. [0] https://www.dailymail.co.uk/sciencetech/article-8082841/Elon...
That plant can only store a few minutes of power. It's not a solution to blackouts, just stabilising the grid while reliable sources come online.
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> its also worth noting that the nytimes might not be taking into account the number of people working from home. Duty and loadcycles for this year are going to be very hard to predict. Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
> Do you think think the demand would be higher? In parallel, while many people are working from home, the businesses are closed, which I would think eat up much more electricity.
At the level of the generation there won't be much change, but the distribution / "last mile" substations have never been planned for the duty cycle and load they have seen over the last months.
The sooner we switch to solar and grid battery storage, the better. There should be no excuse whatsoever not to do that now. What reasoning is holding us up?
> solar
I can't seem to find it right now, but someone in another post noted that peak power demand in California is several hours later than peak solar production, so supposing you have storage, it doesn't really matter what the source of the energy is.
> grid battery storage
I'm really curious if this is more or less expensive than adding production capacity.
The sooner we switch to solar and grid battery storage, the better. There should be no excuse whatsoever not to do that now. What reasoning is holding us up?
> solar I can't seem to find it right now, but someone in another post noted that peak power demand in California is several hours later than peak solar production, so supposing you have storage, it doesn't really matter what the source of the energy is. > grid battery storage I'm really curious if this is more or less expensive than adding production capacity.
California is famous for it's duck curve [0] where peak load & peak solar generation are not correlated. There are many possible solutions, some are technical and some are not. I am currently building one of them [1].
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> but because NIMBY groups frequently oppose building or augmenting existing substations. Wild claims related to electromagnetism basically kill the project at every level.
Can you elaborate? A substation is about to start construction just across the (narrow) street from my child's elementary school.
as someone who apprenticed as a lineman briefly, this isnt at all unexpected. Just because you have generating capacity, does not always mean you have capacity in the duty cycle for your transmission infrastructure. Many substations are older, and were never designed to handle high duty and load during climate-change driven weather events. These substations suffer from underreporting as they often dont have remote mo…
> Wild claims related to electromagnetism basically kill the project at every level.
Serious question, why is the answer to this not a slightly-but-not-much-more-polite version of "That's ridiculous, be quiet." and moving forward?