That is why if your electrical system is not supplying enough current (amps) to the water heater, there is a chance that it may not work. It is the product of current (amps) and voltage (volts). On the other hand, watts are the electrical energy that an appliance needs to operate. It pushes the electrons through the circuit until it reaches an electric appliance.Īn ampere is analogous to the speed of water flow, which is often described in gallons per minute. We can liken this water pressure to an electrical system’s voltage. The water flows because of pressure – the greater the force, the faster the movement of water along the tube. Let us use a water analogy to describe these two terms before we move to watts. Some electrical terms are necessary to understand better how an electric water heater works, not only watts. The heated water then goes out through another port for us to use and enjoy. Gas or electricity heats the elements, slowly raising water temperature levels. Inside the tank are two heating elements with their respective controllers. Regardless of the heat source, the water heaters we have today often come with a storage tank. Electricity passes through a coil, agitating the electrons within the heating element and increasing the temperature.
On the other hand, electric water heaters operate their heating elements by drawing electricity from an electrical outlet. Most households have propane water heaters, gas-powered, natural gas, or other gaseous fuels to produce heat. Water heaters are not different from your stove that consists of a heating element powered by a source.
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