Six years. Roughly $340,000 in cumulative LED lighting spend. About 340 purchase orders across commercial retrofits, industrial upgrades, and—my personal favorite—a horticultural project that nearly went sideways.
You'd think by now I'd have a standard procurement playbook. I don't. Because every time I've tried to apply the same approach to a different lighting category, something breaks.
So instead of pretending there's a universal best practice, let me lay out the three scenarios I've actually dealt with. Figure out which one sounds like your situation, and the procurement strategy follows from there.
- Scenario A: Standard commercial retrofit—replacing existing fixtures in offices, retail, or light industrial spaces.
- Scenario B: Smart/connected lighting—where Signify's ecosystem, Hue update cycles, and sensor integration actually matter.
- Scenario C: Specialty lighting—extreme environments, horticulture, sports, or vehicle-mounted systems like a Can-Am Maverick LED light bar.
Most procurement disasters I've seen (including one of mine) come from applying Scenario A thinking to a Scenario B or C purchase. They look similar on the surface. They're not.
Scenario A: Standard Commercial Retrofit
This is the most straightforward category. Downlight enclosures, troffer replacements, linear fixtures, high-bays. The product is commoditized enough that you can actually generate competitive tension between vendors.
What actually matters here
I'd spend 80% of evaluation time on total cost of ownership, not unit price. Specifically:
- Fixture cost + installation labor + expected driver replacement interval
- Actual wattage draw—verify with a meter, don't trust the spec sheet
- Whether the driver is integrated or field-replaceable
A downlight enclosure is mostly metal, plastic, and a driver. The enclosure either fits your ceiling cutout or it doesn't. The driver is where failures happen. I've found that a $12 delta on the fixture can mean a $60 delta in replacement costs over five years. That's a 5x return on the cheapest upgrade you can spec.
The counterintuitive finding
Everything I'd read said to always go with the lowest qualified bidder. In practice, going mid-tier on fixtures and specifying premium drivers delivered about 20% better 5-year TCO than going lowest-cost across the board.
The conventional wisdom is that price correlates with quality. Actually, quality vendors can charge more—the causation runs the other way. Once you're above the commodity floor, the differences are in specific components, not overall build quality.
Scenario B: Smart/Connected Lighting System
This is where Signify's recent moves become relevant—the acquisition by an Austrian sensor manufacturer and the ongoing Hue update cadence both signal where commercial smart lighting is heading.
What's changing in 2025
Signify's Hue line has been pushing into commercial territory. The update rhythm now includes features that matter for B2B: better bulk controls, improved API access, and denser sensor integration.
The sensor acquisition angle is significant for buyers. It means lighting and sensing are converging—motion-based dimming, daylight harvesting, occupancy-driven HVAC triggers. If you're building a smart building strategy, this integration layer is where the real efficiency gains live.
What to watch for
Vendor lock-in. It's real, and it's expensive.
If you standardize on one ecosystem, your upgrade path, replacement parts, and integration options all depend on that vendor's roadmap. I've seen quotes where the hardware was competitive but five-year licensing and gateway costs added 35-40% to the project total.
Ask for the full five-year cost breakdown. Not estimates—committed pricing. This is where "cheap" smart lighting gets expensive.
The honest limitation
Smart lighting isn't right for every facility. If your building lacks the network infrastructure, IT support, or operational maturity to manage a connected system, you'll end up with expensive lights that nobody knows how to program.
I'd recommend Scenario B for facilities over 50,000 sq ft with existing BMS infrastructure and dedicated facilities staff. Below that threshold, Scenario A with basic occupancy sensors often delivers 80% of the benefit at 30% of the complexity.
Scenario C: Specialty/Application-Specific Lighting
This is where standard procurement logic stops working entirely.
Example: Can-Am Maverick LED light bar
We evaluated vehicle-mounted LED lighting for our maintenance fleet last year. A Can-Am Maverick LED light bar and an office downlight share exactly one characteristic: they both use LEDs.
Everything else is different. The specs that matter:
- IP rating (dust/water ingress under vibration)
- Vibration resistance (ISO 16750-3 or equivalent)—this is the one people miss
- Beam pattern for the specific mounting height and application
- Voltage compatibility with the vehicle's electrical system
A commercial fixture rated for 50,000 hours can fail in six months on a vehicle because of vibration alone. This isn't a quality issue—it's a spec mismatch. The fixture was designed for a ceiling, not a chassis.
What specialty buyers get wrong
The biggest mistake: applying commercial procurement timelines to specialty projects. A horticultural LED array with specific spectrum requirements needs weeks of spec development before you can even issue an RFQ.
For our 2024 horticultural project, we spent six weeks defining spectrum requirements. I still kick myself for the time before that—we almost ordered fixtures with the wrong red-to-blue ratio because we were trying to move too fast. That would have been a $30,000 mistake on a project where the total hardware budget was only $45,000.
How to Tell Which Scenario You're In
This is the part that actually matters. Here's a simple diagnostic:
You're in Scenario A if:
- You're replacing existing fixtures, not designing from scratch
- Primary goal is energy savings and maintenance reduction
- You can compare 3-5 vendors using similar spec sheets
You're in Scenario B if:
- Lighting connects to a broader building systems strategy
- You need data from your lighting (occupancy, energy, utilization)
- You're willing to accept ecosystem lock-in as a trade-off for integration depth
You're in Scenario C if:
- Standard specs don't address your environment's challenges
- You're dealing with extreme conditions—temperature, moisture, vibration, corrosion
- You can't find more than 2-3 vendors who understand your requirements
Quick test: if quotes look almost identical across vendors, you're in Scenario A. If quotes have wildly different scopes and you're struggling to compare them side by side, you're in B or C.
The Bottom Line
I once applied Scenario A logic to what was actually a Scenario C project. Saved $2,000 on initial hardware. Spent $16,000 fixing vibration failures within the first year.
So glad I caught that pattern before we repeated it on a bigger project. Almost signed off on a similar approach for a 3x larger deployment—that one would've cost us $50,000+ in rework. It's basically the same mistake at a different scale.
Figure out your scenario first. Then let the procurement approach follow.