Skip to main content
WV Pollution Prevention (P2) Program

Harvest Natural light

The seamless integration of natural and artificial lighting in industrial buildings and plants significantly impacts energy savings, productivity enhancement, and pollution control. Natural light, a free resource, minimizes the reliance on artificial lighting, thereby conserving energy. Moreover, it creates a comfortable and efficient work environment for employees. Large facilities can incorporate roof-based natural lighting solutions, such as solar tubes or skylights, which allow sunlight to penetrate the building interiors effectively, reducing the need for artificial light. However, it’s crucial to consider the structural integrity of the building’s roofs and address potential leaks during construction.

Windows can also enhance natural lighting within a facility. While more natural light reduces energy consumption, it may lead to heat loss, potentially increasing energy consumption. Therefore, opting for multi-pane windows with better insulation capabilities is essential.

While the primary goal is to maximize natural light, artificial light is necessary when natural light is insufficient. Energy-efficient measures like LED bulbs can be employed. These bulbs use less power and have a longer lifespan compared to conventional lighting sources. Additionally, advanced lighting control systems can optimize lighting based on natural light levels, occupant presence, and activities.

Sources

  1. https://intuluxlighting.co.uk/daylight-harvesting-the-art-of-balancing-natural-lighting-with-artificial-lighting/
  2. https://www.arcos-arre.com/blog/the-power-of-light-using-natural-and-artificial-lighting-in-architecture