ELECTRIC STORAGE HEATERS

KEY ASPECTS AND BENEFITS OF ELECTRIC STORAGE HEATERS

Heat storage: Electric storage heaters consist of insulated bricks or ceramic blocks that absorb and store heat when electricity is supplied during off-peak periods. These bricks retain the heat and gradually release it into the room throughout the day, providing continuous warmth even when electricity is not being supplied.

Off-peak electricity: Electric storage heaters take advantage of off-peak electricity tariffs, which offer lower electricity prices during specific times of the day or night when demand is lower. By storing heat during off-peak periods, users can save on energy costs compared to using electricity during peak periods.

Automatic charging control: Many modern electric storage heaters are equipped with automatic charging controls, also known as input controls, which adjust the amount of electricity used to charge the heater based on factors such as the outside temperature, desired room temperature, and occupancy patterns. This helps to optimize energy efficiency and reduce wastage.

Manual input control: Some electric storage heaters also feature manual input controls that allow users to adjust the amount of heat stored in the bricks manually. This provides flexibility for users to customize heating levels based on their preferences and daily routines.

Heat output control: Electric storage heaters typically have built-in thermostatic controls that regulate the amount of heat released into the room. Users can adjust these controls to maintain a comfortable room temperature and avoid overheating.

Installation flexibility: Electric storage heaters are relatively easy to install and can be installed in various locations within a building, including living rooms, bedrooms, hallways, and offices. They do not require complex ductwork or piping, making them suitable for retrofitting existing buildings.

Maintenance: Electric storage heaters generally require minimal maintenance compared to other heating systems such as boilers or furnaces. Regular cleaning of the heater’s exterior and occasional inspection of internal components are usually sufficient to ensure proper functioning.

Environmental impact: While electric storage heaters themselves do not produce emissions during operation, their environmental impact depends on the source of electricity used. If the electricity comes from renewable sources or low-carbon sources, such as wind or solar power, the overall environmental impact of electric storage heaters can be reduced.