Midstream Estate's plan to avoid stage 4 load-shedding

epah said:
Oh my gosh this is exactly what i would expect from you too.
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You are clearly too limited intellectually to spot the complete irony of what you just posted.

Maybe you should stop throwing tantrums like a bitchy bottomer and go read some reliable product reviews :)
 
Splinter said:
You are clearly too limited intellectually to spot the complete irony of what you just posted.

Maybe you should stop throwing tantrums like a bitchy bottomer and go read some reliable product reviews :)
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You took the words right out of my mouth, This is exactly what i think you should do too.
 
mypetcow said:
You write 2.8 MVA (MW)….that’s the rate i.e power.
But you highlight the energy capacity: 2.7MWh <— the ‘h’ tells you its energy.

This means that this battery going full blast at 2.8 MW will go from 100% to 0% in less than an hour as the capacity is less than its rate of 2.8kWh…it’s 2.7kWh.

The power is not its energy capacity.

Im thinking you should get the biltong ;)
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To put this into layman's terms. MVA = size of the motor , MWh = size of the fuel tank.

So MVA is the max load you can draw at any moment, and MWh is how long you can draw load for.

MVA and MW is only the same at unity power factor (pf =1.0), but isn't important for this discussion.
 
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