QUOTE(supersound @ Jul 15 2014, 02:43 PM)
Yup, you are right on this. Since Chinese are just by comers in Malaysia. What we says carry no weight.
Just tell me, setting 16'C is full load or not? Or even it is not, it will work harder on initial.
And the rated power on the spec is just a short burst, typical power are the right measurement and it won't go to rated power most of the time. So the actual load are even lower.
seriously dude, let's not add to the race bigotry. it's bad enough the segregation that we're all so accustomed to.
whatever race you might be, whatever colour of your skin, holds no correlation to the significance of information, and/or truth.
actual power measurement is quite complicated. but if you had any credible proof that the digital meter is overcharging consumers, by all mean sue TNB, report to the consumer tribunal, report to suruhanjaya tenaga, and/or report to KETTHA. if it's too much of a hassle, pass the info to a consumer association and let them proceed with it.
the simplest way to actually measure whether tnb is overcharging is to turn off all the circuit breakers at the fuse box, and use a kill-a-watt meter that could measure the energy used (in relation to time) and check the consumption for a single high power item and validate that to the meter reading.
but even that is still not bulletproof, since the kill-a-watt isn't exactly a precision instrument and it's not calibrated.
to actually be credible enough for a solid proof, you need at least one of these:


problem is, it's freaking expensive. a used unit is still going for ~RM5k.
i'm trying to get my hands on one since my mum's house is experiencing some huge voltage sag, causing the power bill to shoot sky high. reported the matter 4 times to tnb this year. without any further action.
QUOTE(supersound @ Jul 15 2014, 02:43 PM)
Just tell me, setting 16'C is full load or not? Or even it is not, it will work harder on initial.
And the rated power on the spec is just a short burst, typical power are the right measurement and it won't go to rated power most of the time. So the actual load are even lower.
it's full load. but power rating will always be different compared to the manufacturer specs printed on the label. usually it'll be within 10%, but it's not unusual for the power usage to within 10%-25% offset compared to the label. thus the reason to carry out actual measurement, rather than relying on the label and extrapolating from it.