Let’s be honest—many building owners and facility managers assumed that LED lights were a “set it and forget it” solution. And while they were a major leap forward, those early-generation products weren’t designed to last forever.

Most commercial LEDs installed between 2010 and 2015 had rated lifespans of 35,000 to 75,000 hours. In real-world usage, that’s about 9–10 years of operation—which means a significant number of systems are burning out now.

And when they do? You’re not just losing light—you’re losing money, efficiency, and the opportunity to stay ahead of the curve.

See how we’ve helped real businesses save money, improve lighting quality, and future-proof their facilities with expert LED replacements.

It's true that LED lighting is no longer "new." According to the latest data, LEDs now make up about 66% of all commercial lighting in the U.S. But here's the twist: that doesn't mean the opportunity is gone. It means it's changing.

We're now in the second phase of the LED revolution—and this one might be even more valuable than the first. Why? Because LED-to-LED retrofits are unlocking new layers of savings and performance that weren’t possible a decade ago.

What’s different this time around?

• Modern LEDs last 2x longer—with lifespans of up to 100,000+ hours

• Wattages are lower, with the same or better lumen output

• Smart controls like occupancy sensors, daylight harvesting, and tunable lighting are standard

• Utility rebates are still widely available—especially for advanced lighting systems

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Think of it this way: your building’s first LED retrofit was about catching up. This one is about leaping ahead.

If you haven’t revisited your lighting system since its original upgrade, chances are you’re missing out:

• Replace aging or dimming fixtures

• Integrate controls that weren’t available years ago

• Optimize energy usage as power rates rise

• Stay compliant with new state and local lighting regulations

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And it’s not just about savings—it’s about positioning your facility for the future.

For example, SnapCount’s retrofit database shows that a 2015-installed LED troffer using 55 watts can now be replaced by a 33-watt retrofit kit that also includes occupancy and daylight sensors. That’s an instant upgrade in performance, compliance, and ROI.