What is A 3D holographic projection electric fireplace ?

 

                  A 3D holographic projection electric fireplace is a heating device that combines modern electronic technology with traditional fireplace concepts. It achieves dynamic flame effects through 3D flame simulation technology and also has heating functions. ‌

The core principle of 3D holographic projection is a three-dimensional imaging technology based on interference and diffraction principles, which achieves naked eye stereoscopic visual effects by recording and reproducing object light wave information. This technology uses coherent light sources to record object light waves to form holograms, which are then reconstructed into three-dimensional images through laser diffraction. It has the characteristics of multi angle observation and complete image details By using holographic technology and multiple high-definition cameras to pre record the state of flame combustion, and projecting the actual flame onto the inner cavity of the fireplace, it will truly flicker and emit pulsations to produce the appearance of smoldering embers. Holographic electric fireplaces provide immersive details in flame quality, such as the organic movement of fire, the rhythm of flames simulating the rise of smoke and the burning of embers. ‌

 

visual presentation
Without the need for traditional optical imaging screens, dynamic flame effects can be generated on a carrier shaped like a pile of firewood through electric heating simulation, supporting the combination of virtual and real smoke and flames. The flame shape can be automatically adjusted according to the ambient light. ‌

safety design
Safety mechanisms such as automatic power-off due to overheating (triggered by 50 ℃), rated power of 180W, suitable for 220-240V voltage. The installation methods support surface mounted, wall mounted, and embedded.
Applicable scenarios
Suitable for indoor and outdoor non rainy environments such as homes, hotels, scenic spots, and camping sites, with both heating and decorative functions.