bekdik
Honorary Master
There seems to much confusion about a geyser being on. Most of the time that a geyser is on, it's off.
I'm thinking that people equate an on geyser with an on light, i.e. an on geyser is consuming electricity, the same as an on light.
The difference is that a geyser has a second on/off switch in its circuit, something called a thermostat. the thermostat is simply an on/off switch which is activated by the water temperature of the geyser. When it cools below a certain temperature, it switches the geyser on and proceeds to heat the water until it reaches a high temperature at which point it switches the geyser off.
If you were to monitor the current flow, you would see that the geyser is pretty much only switched on when hot water is used, which is to be expected.
One simple way to save money is to only use the hot tap when you need hot water. If you don't need hot water use the cold tap.
I'm thinking that people equate an on geyser with an on light, i.e. an on geyser is consuming electricity, the same as an on light.
The difference is that a geyser has a second on/off switch in its circuit, something called a thermostat. the thermostat is simply an on/off switch which is activated by the water temperature of the geyser. When it cools below a certain temperature, it switches the geyser on and proceeds to heat the water until it reaches a high temperature at which point it switches the geyser off.
If you were to monitor the current flow, you would see that the geyser is pretty much only switched on when hot water is used, which is to be expected.
One simple way to save money is to only use the hot tap when you need hot water. If you don't need hot water use the cold tap.