If you're evaluating BEGA bollard lighting for a commercial landscape job, the number that matters isn't the fixture price — it's the total installed cost per year. Based on the BEGA lighting price list we got from our regional rep in June 2024, a typical BEGA bollard with a 3000K LED module, standard driver, and surface-mount base lands somewhere between $340 and $520 per unit before tax and freight. That's not a budget fixture. But after six years of tracking outdoor lighting spend, I can tell you the cheaper alternatives cost more in the long run — and they can make a whole project look bad when they fail.
Let me back that up.
Why I stopped choosing the lowest line on the price list
When I first started managing lighting procurement, I assumed the lowest quote was the right answer. I had a spreadsheet sorted by unit price, and I would pick the bottom row. In March 2023, we finished a hotel courtyard with 48 path lights. By month 11, 14 of the lower-priced units were flickering. The landscape architect sent photos to the owner. The owner asked our CEO why the entrance looked like a strip mall. That's when I stopped using list price as the first filter.
I manage procurement and specifications for a 40-person architectural lighting firm. In 2023, we spent about $1.1M on outdoor lighting fixtures, including a large BEGA order. I keep every invoice in a cost tracking system, and I have analyzed our maintenance data. The total cost of ownership story is clear: BEGA bollard lighting has lower expected maintenance cost, and the luminaires keep their light output and color much longer.
What BEGA bollard lighting actually buys
BEGA bollard lighting is not a commodity. The housings are die-cast aluminum with a tough finish. Most models have an internal reflector, not just a bare LED board pointing sideways. That reflector creates a controlled distribution with a sharp cutoff, which means light goes where the path is, not into somebody's living room window. It also means the lumens spec is honest — the BEGA photometric file shows what the whole fixture does, not what the LED chip does on a bench.
From the outside, a bollard looks like a pole with a lamp. The reality is in the thermal design and service access. I'm not 100% sure every BEGA bollard is serviceable from the top, but all the models we've bought in the last two years have a driver access door. That sounds small, until a contractor needs to swap a driver and avoid breaking up the concrete base. The labor saved on one service call can pay for the difference between BEGA and a non-serviceable alternative.
Read the lamp table before you approve a submittal
The phrase lamp table sounds like a piece of furniture, but in lighting photometrics it's the part of the test report that lists the lamp type, quantity, and initial lumens. I always check it because it tells me whether a fixture can actually meet the illuminance target. Two fixtures can have the same wattage and very different lamp table numbers. One 18W LED bollard might show 2,600 initial lumens, another might show 1,820. That changes pole spacing, the number of fixtures, and the final appearance.
When someone sends me a product sheet, I ask for the photometric file and the LM-79 report. According to IES LM-79, standardized photometric measurements are the only honest way to compare initial lumens from different fixtures. The brochure number is not enough. For BEGA, the lamp table is usually consistent and traceable. For lower-cost alternatives, check the fine print carefully.
And yes, the BEGA lighting price list is usually a rep-issued PDF, not something you can download from a retail site. The price depends on volume, project type, and custom color. If somebody gives you a single BEGA price list number, ask for the revision date and the model code.
Zigbee LED: What I learned on a real outdoor project
I get asked about Zigbee LED controls almost every quarter. People assume that because Zigbee LED bulbs work in a house, the same protocol will work for outdoor bollards. It's not that simple. In 2023, we tested Zigbee LED drivers on a small path lighting project. The fixtures paired quickly, and the app worked for a while. Then a gateway rebooted, some fixtures stopped responding, and the support team said to move the gateway closer. That's not a practical answer for a site with 30 bollards and a busy road.
If a client specifically asks for Zigbee LED control on BEGA bollard lighting, I tell them to confirm with the manufacturer's rep that the chosen driver is approved for the fixture. Then I ask for a wireless site survey and a commissioning plan that includes a mesh density test. For most architectural outdoor lighting, I still specify DALI or 0-10V. Zigbee is a control system, not a guaranteed outcome. The fixture quality can be excellent, and the Zigbee network can still ruin the experience.
How many lumens is a LED light bar?
The short answer: it depends on the wattage and the efficacy. For a decent LED light bar, multiply the input watts by 110 to 130 lm/W. So a 40W LED light bar will typically produce about 4,400 to 5,200 initial lumens. A 4-foot bar at that wattage works out to 1,100 to 1,300 lumens per foot. If someone says it doesn't matter, it's bright, without an LM-79 report, don't use it for a lighting calculation.
This matters because LED light bars and bollards are sometimes alternatives in a path lighting design. A bollard gives low-level illumination and a visible marker; a light bar mounted low can create a continuous line of light. If you're comparing them, the lumen number alone isn't enough. You need the distribution, the mounting height, and the comfort glare rating. That's the same reason I trust the BEGA lamp table over the catalog headline.
So the real answer to how many lumens is a LED light bar is: first find the input watts, then multiply by a tested efficacy, not by a marketing number.
When BEGA is not the right call
This isn't a spend more on everything lecture. For a maintenance yard, a construction site, or any place where lighting is purely functional, there are affordable fixtures that will be fine. I have approved non-BEGA products for storage areas and temporary walkways. That's not a brand loyalty issue — it's matching expenditure to the value of the asset.
But when the lighting is part of a building's image — a hotel entrance, a corporate campus, a public plaza, a residential podium — BEGA-grade specification protects the client's perception. I learned this the hard way. On an apartment project, we installed 18 lower-cost bollards in a section of the landscape because the owner wanted to save money. The lighting designer noticed the difference in light distribution and color within a week. The savings on fixtures was around $2,000. The change order to replace them with the original spec was $7,400. The client also had to explain to their investors why the entrance looked unfinished. That's a reputational cost that never appears on a purchase order.