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Ready to learn why over 5,000 businesses work with PEC to deploy LED retrofits? Get started with a brief 15-minute introductory call with our team to see how you could potentially benefit.

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A different study conducted by the CDC also demonstrated that improved lighting in mining environments led to huge improvements to worker safety, including:

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After this process, the design plan options, ROI calculations, and cash flow reports will be presented to you so you can confidently determine if a retrofit is the right investment for your business.

As a result of a brighter and evenly distributed light levels, your workforce is better positioned to reduce mistakes, be more alert, quickly detect hazards, and avoid accidents.

Lighting designers that leverage photometrics are able to quantifiably measure how much light is optimal for a particular activity happening in a facility. The Illuminating Engineering Society (or IES) publishes standards that determine the optimal amount of light for a particular environment or activity. These light level standards, which are measured in units of foot candles, can be incorporated into photometric software that allows lighting designers to learn which fixtures and optics will best achieve that recommended amount of light.

Consistency can be a big issue particularly for industrial facilities like manufacturing plants or distribution centers that have long, ongoing operating hours (i.g. 24/5 – 24/7). This is because burned out bulbs can be expensive and taxing to replace when factoring in the the costs with halting production, sourcing the correct equipment, and getting over the top of machines to replace the bulb. As a result, it’s common for these types of facilities to carry on operations with the burned out bulbs — creating “hot spots” over time that subtly diminishes lighting quality and visibility.

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As mentioned before, maintenance demands can be especially heavy for industrial facilities with long operating hours. One major advantage of photometric plans is that it allows design teams to achieve consistent, optimized light levels in the most efficient way — commonly leading to both a reduction in fixture count, as well as increases in fixture life expectancies.

Design plans that don’t incorporate photometrics are susceptible to either overlighting spaces, or integrating optics that don’t achieve the light in the most efficient manner, which leads to excessive energy consumption and greenhouse gas emissions.

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In addition to achieving the correct light levels, photometrics also enable lighting designers to achieve an optimal lighting consistency throughout the facility. Shadows and big fluctuations in light levels from space to space, known as lighting “hot spots”, creates visibility challenges as the eyes have to adjust.

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And these aren’t just marginal improvements. In a study conducted by Philips, improved lighting for facilities in the metal industry led to a 52% reduction in accidents when increasing light levels from ~30 to 185 foot candles.

At PEC, we refer to this as “try before you buy.” With the benefit of highly accurate and dependable measurements, photometric design plans allow businesses that are considering a lighting investment to confidently determine ROI and project payback periods.

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But how do we achieve the “right” amount of light? Underlit areas, as one can imagine, creates a long list of problems ranging from safety hazards to poor customer experiences. The same can be said with overlit areas, which can lead to glares, excessive energy use, poor lighting consistency, and harsh lighting for customers.

Beyond safety, optimal lighting in industrial facilities has also led to big gains in productivity. The same study by Philips tied better light levels to improvements in task performance, garnering an 8% increase in productivity, as well as seeing reduced product waste that stemmed from poor visibility.

With photometric software, design teams can determine the best optics to effectively distribute the light produced, allowing the fixture to both cover more ground and consume energy in the most efficient in the most way (reducing the amount of energy that needs to be consumed to achieve the light levels needed). Industrial facilities with dated technologies like HPS or CFL have the opportunity to both reduce their fixture counts (often by as much as 50%+) while 10x’ing the life expectancy!

Lighting plays a critical role in commercial and industrial businesses. It impacts safety, productivity, mood, ambiance, product merchandising, and even profitability. This is why achieving the right amount of light for the activities happening in the space is so important.

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The secret to finding that perfect balance is done through photometrics, which is the science behind how lighting behaves in a particular environment. In this piece, we’ll cover some of the key benefits of photometrics, and why all C&I properties should consider photometric design plans for their future lighting investments.

Photometric design plans are key to maximizing the energy efficiency of your lighting system. Lighting designers can first determine the optimal IES recommended light levels for a given space, then incorporate fixtures and lumen packages that achieve this light level using the least amount of energy.