An electric fireplace is an electric heater that mimics a fireplace burning coal, wood, or natural gas. Electric fireplaces are often placed in conventional fireplaces, which can then no longer be used for conventional fires. They plug into the wall, and can run on a "flame only" setting, or can be used as a heater, typically consuming 1.4 to 1.6 kW to heat a 40 m2 room.

History

The electric fire was invented in 1912 and became popular in the 1950s. Electric fireplaces found in 1950s homes were typically small and could be easily moved. Techniques for electrical "flame effects" have been around since at least 1981. Commercial electric fireplace techniques include the Optiflame, introduced in 1988 by Dimplex. Dimplex claims to have produced the first electric fireplace with a "realistic" wood-burning flame effect in 1995. It is unclear what specific technique is being referred to, although it may be. In 2008 Dimplex launched the Opti-myst effect which simulates both flames and smoke. In 2013 Dimplex launched the Opti-V effect which combines realistic flickering flames with three dimensional LED logs that sporadically sparks and an audio element of crackling logs.

Technology

Heating techniques

Many electric fireplaces have heating coils that produce heat as electricity flows through it. The heated air is propelled out into open space by a fan. Other heating techniques used in electric fireplaces include PTC ceramic heating and infrared technology.

Controls

Electric fireplaces are typically controlled by a remote or a set of buttons in which the temperature, lighting, and flame effects can be controlled. Some electric fireplaces are connected to an app in which the controls can be changed from the user's cell phone.

Advantages compared to traditional fireplaces

Advantages of electric fireplaces are that they:

Disadvantages compared to traditional fireplaces

Disadvantages of electric fireplaces are that they: