In cold seasons, outdoor spaces often appear deserted due to low temperatures. With the advancement of technology and people's continuous pursuit of quality of life, Garden Electric Patio Ceiling Lamp Heater, as an innovative product that integrates lighting and heating functions, is gradually becoming the preferred choice for many families and commercial places.
The core of Garden Electric Patio Ceiling Lamp Heater is the ingenious combination of its built-in heating element and lighting system. This heater converts electrical energy into thermal energy, and then dissipates heat to the surrounding environment by air convection or radiation, thereby achieving the purpose of heating. Its integrated lighting system is responsible for providing the necessary lighting for outdoor spaces, allowing people to have a clear view while enjoying warmth.
The heating element is the key component for Garden Electric Patio Ceiling Lamp Heater to achieve the heating function. The common heating elements on the market are mainly halogen tubes, quartz tubes, and infrared heaters. After these heating elements are powered on, they will quickly generate heat and transfer the heat to the surrounding environment in different ways.
Halogen and quartz tubes: These two heating elements work on the principle of resistive heating, that is, heat is generated when current passes through a conductor. Halogen and quartz tubes can efficiently convert electrical energy into thermal energy due to their high light transmittance and high temperature resistance, and dissipate heat into the air through thermal radiation.
Infrared heaters: Infrared heaters use the thermal effect of infrared rays for heating. Infrared rays are a type of electromagnetic wave with a long wavelength that can penetrate the air and directly heat the surface of an object. Infrared heaters can quickly increase the temperature of surrounding objects, creating a warm and comfortable environment.
There are two main heating methods for Garden Electric Patio Ceiling Lamp Heater: natural convection and radiant heating.
Natural convection: When the heating element generates heat, the surrounding air will expand and rise due to the heat, forming air convection. This convection phenomenon helps to evenly distribute heat throughout the space, allowing the indoor temperature to gradually rise.
Radiant heating: For heaters using infrared heaters, its heating method focuses more on radiant heating. Infrared rays directly irradiate the surface of the object, causing the surface temperature of the object to rise, and then transfer the heat to the surrounding environment through heat conduction. This heating method is fast and direct, and can quickly increase the temperature perceived by the human body.