Electric storage heater controls
Background
Electric storage heaters typically have two main controls: input and output. Here is a brief explanation of how these controls work:
- Input control: The input control determines how much heat the heater will store during off-peak electricity hours. This control adjusts the amount of electricity flowing into the heater and is usually measured in kilowatts (kW). The higher the input setting, the more heat the heater will store and the more electricity it will use.
- Output control: The output control determines how much heat is released from the heater into the room during peak electricity hours. This control adjusts the flow of heat from the heater and is usually measured in levels, such as low, medium, or high. The higher the output setting, the more heat will be released from the heater and the warmer the room will be. The output control is sometimes known as Room Temperature Boost.
It is important to note that the input and output controls are interdependent. If the input is set too high, the heater may release too much heat and overheat the room, while if the input is set too low, the heater may not provide enough heat to maintain a comfortable temperature.
In addition to these controls, many modern electric storage heaters also have advanced features such as programmable timers and digital thermostats. These controls allow users to set different heating schedules for different times of the day and adjust the temperature to suit their preferences.
Overall, the input and output controls are essential for managing the performance of an electric storage heater and ensuring that it operates efficiently and effectively.