Guide to Preparing a Commercial Lighting Project

Guide to Preparing a Commercial Lighting Project

One of the simplest and most effective ways to improve a commercial or office environment is with the help of different lighting solutions. It is important to keep in mind the efficiency of your lighting choices for illuminating the different areas of a commercial building. For example, an office must be planned with consideration of all the various types of lighting required in separate areas such as meeting rooms, conference rooms, private cabins, common spaces, shared offices, etc. Each type of area will have different lighting requirements.

Therefore, when developing a plan for lighting in a commercial project, many factors must be taken into consideration. These include sustainability, durability, the type of lights used, the number of lights required, energy codes, cost of energy, and more. These elements are especially important to plan effectively beforehand, as they can impact the business significantly in terms of finance, energy, efficiency, etc.

This guide to preparing a commercial lighting project will help you understand these aspects of lighting, as well as how to develop an effective lighting plan.

What Do I Need to Target When Preparing a Commercial Lighting Project?

When working on the creation of a commercial lighting project, there are a few things that need to be carefully thought through. These factors are essential to the running of any business and keeping them in mind can help any business owner understand how to choose their lighting.

  1. Proper lighting systems can create a cohesive environment that integrates a sense of productivity, safety, and well-being for the employees who work in a building and the customers who may enter the premises to avail themselves of products or services.
  2. Make sure your lighting plan is flexible so that employees can perform their day-to-day tasks and activities with maximum comfort and efficiency. You’ll want to consider how each room or space will be utilized.
  3. It helps to integrate different types of lighting, such as task lighting, ambient lighting, accent lighting, and decorative lighting. Balancing various lighting styles in each area of a commercial building makes it possible for flexible usage and allows for changes to your lighting plan in the future.
  4. Lighting should create a flow between spaces. A comfortable transition from space to space can be achieved with a good commercial lighting plan.
  5. Focus on long-term factors such as energy savings, quality of light, and cost efficiency.
  6. Try to integrate daylight into the building wherever possible to allow for natural light. This creates a comfortable and inviting ambiance.
  7. You’ll want to ensure that you refer to the energy codes applicable to your geographical area and business role.
  8. Consider the size and shape of your space, as well as higher trafficked areas versus areas that don’t encounter as much traffic.
  9. Darker walls absorb more light and will therefore require additional lighting. By contrast, a brighter room, with lighter colored walls will require fewer lights.

Choosing Lighting Color for A Commercial Space

It is essential to select lights with an appropriate color temperature and color rendering as per your business. Lighting has a significant impact not only on how the space feels but also on how the company presents itself to the public. Two units are used to measure the color of a light source – Color Rendering Index (CRI) and Correlated Color Temperature (CCT).

Even though two white light sources can appear to be the same, they can produce different colors or give the surroundings a different feel. A space can be given an even and consistent illumination with the help of lights that have the same or very similar CRI and CCT.

Understanding Color Rendering Index

The Color Rendering Index (CRI) is a range of values between 0 and 100. CRI measures the capability of a light source to reliably show colors when compared to natural light. Essentially, a CRI of 100 is equal to sunlight.