LED bulbs do get hot but the heat is dissipated by metal heat sinks that wick away the heat from the light source itself. Keeping them cool with heat sinks or even liquid cooling, as Switch A good quality LED strip light will have a range of temperatures of between 2,700 Kelvin to 6,500 Kelvin. When the controller is set between 2,000K to 3,500K, there will be warm light. In contrast, the hue of lighting between 3,500K to about 5,100K will be white. Whereas any temperature above that will yield bluish light. On average, LED lights will produce 20%-50% heat energy, which for a 6 watt bulb would be 1.2 watts to 3 watts of heat energy. In terms of temperature, the average for an LED bulb is 80°C/176°F, but it depends on the power and style of the light. All types of light bulbs produce heat. However, LED bulbs consume far less energy compared to 7. Less Heat is Emitted. When LED lights are turned on, very little energy is wasted on heat. 95% of the energy in LEDs is converted into light and only 5% is wasted as heat. This is compared to fluorescent lights which convert 95% of energy to heat and only 5% into light. Even the small amount of heat that LEDs produce is further dissipated by The beam itself in the Led doesn’t actually produce heat. It is the fixture that creates a little heat generation. LEDs only utilize about 20-50% of the heat from the bulb, whereas an incandescent bulb uses 10% of electricity for light and 90% for heat, meaning it will be extremely hot to the touch. We are a factory specializing in producing high-quality customized LED strips and LED neon lights. Please contact us if you need to purchase LED lights. We all know that plants undergo photosynthesis to produce energy for themselves. Light is a vital component of this chemical reaction. It is why plants do not grow well when there is not Fluorescent lighting is moderately energy efficient and the bulbs/tubes cost less (upfront) than LEDs. Unlike LEDs, they produce a small amount of heat which can burn the plants and increase costs. LEDs produce a wide range of colors to enhance plant growth; fluorescent lights are mostly limited to red and blue light. If heat is not removed, the LED may fail gradually or explode due to thermal stress. The heat that does not spread returns. As a result, more heat is transferred via the LED bulb itself. Although the LED is unlikely to explode, it might overheat and lose effectiveness over time. Do LED Lights Smell When They Burn Out? sAMY2.