Benefits of Industrial LED Lighting: Savings, Safety, & Productivity
In the hectic industrial climate of today, it can be challenging to take a minute to pause and truly assess the condition of your facilities. An industrial plant may suffer from inadequate illumination, which may cause warehouse picking times to take longer or production cell quality checks to be missed. Concerns about potential safety risks come first when there is insufficient lighting.
An accident sustained while working shouldn't ever be attributed to your lighting setup. While many facility managers may be aware that their lighting needs to be upgraded or improved, it can be challenging to know where to begin. In order to assist you in making your choice, we've listed some benefits of switching to industrial LED lighting below.
Power Savings
A retrofit should be your top priority because of the potential energy savings you might see by converting to LED lighting in your building. The most prevalent LED high bay fixtures (with wattages ranging from 95 to 495 watts) are used in industrial and manufacturing settings. When compared to a conventional HID high bay lighting, this wattage falls within the same range of 175 to 1000 watts.
You may quickly cut your energy use by 40% to 60% by upgrading to LED high bay lighting. To put this in financial terms, you would save $300 in annual power expenditures for each fixture. The operational balance sheet may be significantly impacted by this, depending on the size of your institution.
Reduced Maintenance Costs & Time
The factory floor might get darker as facilities managers wait for a few high bay lights to burn out in order to save money on maintenance. Switch to LED high bay lighting to drastically reduce how frequently your lighting has to be changed, rather than putting your employees' safety and productivity at risk to save on maintenance. For instance, a typical building with industrial led light fixtures may save up to $5,341 over the course of three years in maintenance expenditures alone by switching from standard 400 watt HID high bay lighting to LED.
Increased output
Industrial LED lighting has the ability to accelerate assembly processes and increase assembly accuracy. This is so that the light is focused precisely where it needs to be and not wasted looking towards the ceiling or spreading too thinly over your surfaces. LED lighting features an advanced lensing mechanism. An improvement to LED lighting can increase efficiency and boost production output by enhancing general eyesight and alertness, lowering shadowing, and improving color identification during assembly.
Security First
Enhancing your facility's lighting also makes it safer. Accidents can occur if a worker cannot notice a hazard clearly. Correct factory lighting that illuminates approaching pedestrians or material handling machinery helps reduce workplace accidents.
For both safety and productivity reasons, it is also worthwhile to replace the lighting at individual workstations in addition to the overall facility illumination. By making dangers more obvious, work station illumination can lower accidents involving employees or machines.
LED lighting produces far less shadowing and keeps its brightness for a much longer period of time than standard HID lighting. Therefore, even while older lighting may still be functional, it is probably doing so at a much lower light output than it did originally, which might increase workplace accidents and safety issues.
Conclusion
It has been demonstrated that industrial LED lighting is more durable and energy-efficient than conventional fluorescent, high pressure sodium, or metal halide lighting. As a result, to save money on energy and maintenance, the majority of manufacturing plants are looking into LED lighting improvements. These savings might make it worthwhile to move through with a lighting upgrading project.
The more abstract, harder-to-measure savings are sometimes overlooked while being of utmost importance. Think about the amount of money that might be made if better lighting in the facility and at the workplace led to a 1% increase in productivity. How about a 5% drop in safety incidents? What would that entail in terms of insurance premiums and workman's compensation claims? What would a 3% increase in overall product quality entail for the price of faulty items and customer quality claims? Both at the QC and inspection stations as well as during production, LED lighting may raise quality.
When the benefits of upgrading to LED lighting are taken into account, a project that was before just marginally justifiable is now readily justifiable. We'd be interested in learning more about your project if you're thinking about upgrading the lighting in your facility to LED.
