Use of lighting during high temperatures: Recommendations and advice

Using lighting during high temperatures can be a challenge, especially if using types of lighting fixtures that generate a lot of heat. It is important to choose the right type of lighting and take several key factors into account in order to ensure energy efficiency and comfort of the space.

Recommended types of lighting:

1. LED Lighting:
LED (Light Emitting Diode) lighting is the most optimal option for use during high temperatures.

LED lamps have several advantages:

– Low heat emission: LED lamps generate very little heat compared to traditional incandescent or halogen lamps.
– High energy efficiency: LED lighting consumes less energy, which reduces the load on air conditioners and helps maintain a comfortable temperature in the room.
– Long life: LED lamps have a long life, which reduces the need for frequent replacement.

2. Fluorescent Lighting:
Fluorescent lamps are also a better option than incandescent and halogen lamps because they produce less heat and are more energy efficient.

What to consider

1. Energy efficiency:
Choosing energy-efficient lighting fixtures reduces energy consumption and the thermal load of the space. LED and fluorescent lamps are the best options.

2. Thermal insulation:
Ensuring good thermal insulation in the space can help reduce heat transfer from lighting fixtures to the environment. The use of reflectors and protective housings can further reduce heat emission.

3. Ventilation:
Good ventilation is essential to maintain a comfortable temperature. Ensuring proper ventilation around lighting fixtures can help dissipate heat.

4. Location of lighting fixtures:
Placing lighting fixtures in strategic locations can reduce their heat emission to sensitive areas. For example, placing lamps away from work areas or places where people gather can reduce the feeling of warmth.

The use of lighting during high temperatures is recommended if the right types of lighting fixtures are chosen, such as LED and fluorescent lighting. With proper energy efficiency, thermal insulation, ventilation and careful placement of lamps, it is possible to maintain pleasant and functional lighting without additional heating of the space.

Which bulbs emit heat and why?

Choosing the right lighting can significantly affect the comfort and energy efficiency of your space. Here’s a quick overview of bulbs that emit heat and why this happens:

Incandescent light bulbs

Emitting Heat: These bulbs produce a lot of heat.
Reason: The electric current heats the filament which lights up, but it uses a lot of energy for heat.

Halogen bulbs

Heat Emitting: They emit less heat than incandescent bulbs, but still a significant amount.
Reason: Halogen gas enables operation at higher temperatures for a brighter and longer-lasting light output, but this also increases heat.

Fluorescent bulbs

Emitting Heat: They emit less heat, but are still not completely cold.
Reason: The process of creating light involves an electric current passing through a gas, generating heat as a byproduct