What, if i connect an isolation transformer just after my electronic meter before everything in my house? There will be consumption of electrical energy but at secondary coil (coil connected to house circuit) , means no or less consumption at primary coil (coil towards meter), am i right? Will i have to pay no or less electricity bill? Or there will be no effect of isolation transformer to my electricity bills?
Answers
Explanation:
Voltage: the 'push' on electrons to move through a conductive medium
Resistance: tendency of a material to limit the flow of electorns through itself
Current: the actual number of electrons per second that actually get moved - proportional to voltage and inversely proportional to resistance
Power : product of voltage and current, proportional to voltage squared.
"Earth-referenced supplies": power supplies that seek a return via ground
"Floating": power supplies that do not seek a return via groundVoltage is a measure of the electrical potential difference between two points; the fluid analog is pressure. Voltage means an accumulation of electrons at one point compared to another, and is a measure of the 'force' available to generate current flow.
Voltage sources include static electricity, power distribution wires, mains electricity, batteries, right down to biopotentials across cell membranes and small voltages on signal sensors like microphones, pressure sensors etc.
Higher voltages will push more electrons along a wire of given resistance, and can arc across greater distances, than lower voltages. Lightning is static electricity accumulating on clouds, and can arc across great distances. Ordinary static electricity disspates by corona effect and typically cannot build up meaningfully in humid environments. While static electrical accumulation can be of very high voltage, it does not provide a 'store' of electrons at that voltage, and cannot maintain the voltage when the electrons are drawn off.