The savings would not be zero. A motor will draw sufficient current to operate its load and if the phasing between voltage and current is improved it will draw less current. the savings in having a good power factor in an industrial situation are a combination of less PF charges by the power company and a real reduction in current consumed.
Hoagy the ESB meter measures watts for sure but uses the current to do so on the assumption that the voltage is standard..... less current equals less billing.
Hoagy the ESB meter measures watts for sure but uses the current to do so on the assumption that the voltage is standard..... less current equals less billing.
Stabilises the supply voltage Saves money each month Reduces 5% to 30% of electricity consumption Easy to use – just plug it in Maintenance free, no wiring required Improve power factor of electrical appliances Reduces electricity waste Reduces waveform distortion and improves harmonies One unit enough for the entire household electric load
Avoid like the plague. If it was a power factor correction capacitor it would have to be placed in paralell with a load, i.e. to cover your house it would have to be placed at your fuseboard. Simply plugging it into a socket is pointless.
And domestic customers aren't penalised for low P.F, the ESB is. So its not going to save you money. Even if you bought it thinking it would save on ESB C02 emissions, it could overcorrect and give you a leading power factor which is even worse for the ESB.
As for "stabilising the supply voltage and improving harmonics", sensitive equipment which would be affected by irregular supply waveforms already have their own voltage regulation. The harmonics in a house would also be negligible, unless you have >20 computers knocking about.
I'd nearly buy one just to open it up and see whats actually inside it- I suspect little more than two LED's.
Also I didn't see any reference to EN or BS standards, so you wouldn't know what you were getting.