Oh yes I do. And your picture clearly indicates it is not realistic. How are you going to take all that junk to a construction site?you don't seem to understand what we're talking about
as usual
Oh yes I do. And your picture clearly indicates it is not realistic. How are you going to take all that junk to a construction site?you don't seem to understand what we're talking about
as usual
wtf are you talking about?Oh yes I do. And your picture clearly indicates it is not realistic. How are you going to take all that junk to a construction site?
Reality. I know that is over your head. You stated that a battery pack would takeover from ICE generators and I asked if you could supply one that could sustain 150 KW and you reply with a picture of a a bunch of battery packs that take up several football fields. So obviously the correct answer, as usual is that you cannot back up your false claim.wtf are you talking about?
Here is what I said:
The Aussies have married their battery storage to a wind farm and proven that it works perfectly.
In the driest, sunniest continent on the planet?How do you plan on charging the battery?
In Saskatchewan? Check the stats Oklahomo. Which season? 50% will go to heating the batteries in the sunny, dry Canadian Prairie.In the driest, sunniest continent on the planet?
Wow, tough one.
Oh dear. You really don't know how this works at all, do you?1 Kw per square meter.... Over what period of time
Oh dear. You think Australia is in Saskatchewan.In Saskatchewan? Check the stats Oklahomo. Which season? 50% will go to heating the batteries in the sunny, dry Canadian Prairie.
Oh my, I'm not lucky enough to have 330+ days of sunshine a year?Oh dear. You think Australia is in Saskatchewan.
Right. Carry on!
I've already wised up captain morgan to the fact that he doesn't understand energy measures. We'll have to save your geography lesson for another day.
Oh dear. You really don't know how this works at all, do you?
A kilowatt (or a watt, or a megawatt) is a measure of energy.
If, for example, you wanted a measure of the energy over time, the answer would be in watt-seconds, or as is typically done because it's a convenient-size measure, in kilowatt-hours. That's how domestic electrical consumption is measured.
It's a hearing "this section of the pipeline holds 10,000 litres" and asking "How long does it take for it to hold 10,000 litres?"
Or perhaps hearing "this object is at 70 degrees C" and asking "Over what period of time?"
In science, this is called a "stupid question."
So, the short answer to your question is "over any period of time. Over a second, it is a kilowatt-second. Over a minute, it is a kilowatt-minute. Over an hour, it is a kilowatt-hour."
Beginning to catch on?
Maybe hating Elon Musk is more your speed.
No such thing as a stupid question if you don’t know the answer .Oh dear indeed.
Perhaps you might approach the brain-trust of Solyndra and get them to mansplain this to you, they would be a far better resource than Mr. Musk who is more expert at running a failing EV business
In the meantime, as we are speaking specifically about the production of electricity (via solar panels), it is kinda important to have a unit measure relative to a period of time... I highlighted the important word above, but ultimately, is it 1 KW per year, per month, week, etc?... You see, it is this distinction - the ability to produce the energy in question over a fixed period of time - that has a very significant impact on the economic feasibility of any proposed project
Now, seeing how you base your logic on the pipeline example, allow me to offer a pro-tip: Pipelines don't produce oil, they transport oil.... Much in the same way that a solar panel produces energy, the wiring from the panel will transport the electricity to a battery for storage or directly into the grid for immediate consumption.
Now that you have a base understanding how the system works, don't hesitate to reach out with any questions despite that question being, what science would generally call, a stupid question.
No such thing as a stupid question if you don’t know the answer .
Just one. How many minutes in a kilowatt-hour? And is a minute different in Saskatechewan and Australia.Now that you have a base understanding how the system works, don't hesitate to reach out with any questions despite that question being, what science would generally call, a stupid question.
No I didn't. Lying won't help you here. You think of energy in terms of fluids. It's not a fluid.You're all caught up in your own web of misunderstanding.
You stated that 1 sq meter produces in KW.
"How long does it take to generate sunlight?" is your question.The functional Q is, How long does it take to generate in KW over that sq meter