Energy-efficient lighting policies aim to reduce the amount of electricity used for lighting, thereby reducing electricity costs for consumers and businesses.

While setting energy efficiency standards, providing financial incentives, and educating consumers are common strategies, requiring businesses to use energy-efficient lighting is not a common approach.

The primary benefit of using energy-efficient lighting is that it reduces the amount of electricity used for lighting, leading to lower electricity costs.

Incandescent lighting is not considered an energy-efficient lighting technology due to its low energy efficiency and high energy consumption compared to other options like LED and CFL lighting.

Advocacy plays a crucial role in promoting the widespread adoption of energy-efficient lighting by raising awareness, influencing policy makers, encouraging businesses, and providing technical assistance.

Germany has been a global leader in promoting energy-efficient lighting through policies, incentives, and public awareness campaigns.

Lighting phase-out refers to the gradual elimination of inefficient lighting technologies from the market, typically through regulations or market-based mechanisms.

The Paris Agreement includes provisions related to energy-efficient lighting as part of its efforts to mitigate climate change.

Lighting retrofit refers to the process of replacing existing lighting fixtures with more energy-efficient alternatives.

Energy-efficient lighting typically has lower maintenance costs compared to traditional lighting technologies.

Daylighting refers to the use of natural light to reduce the need for artificial lighting during daytime hours.

Government regulations are typically not seen as a challenge in promoting energy-efficient lighting, as they often provide the necessary framework for its adoption.

Lighting control refers to the use of sensors and controls to adjust lighting levels based on various factors such as occupancy and ambient light conditions.

Incandescent floodlights are not considered energy-efficient lighting fixtures due to their low energy efficiency.

Lighting performance testing refers to the process of evaluating the energy efficiency and other performance characteristics of lighting products.