LED Parking Lot Lights with Photocell Sensors

Parking lot lights typically require between 10,000 and 40,000 lumens per fixture depending on pole height, spacing, and lot size. Auto dealerships and distribution centers often need higher-output fixtures, while standard retail lots may need less. Seiz Sign Company performs site-specific evaluations to specify the correct lumen output for your property.

The Illuminating Engineering Society (IES) recommends a minimum of 1 foot-candle average illuminance for general parking lots, with higher levels for high-security or high-traffic areas. LED shoebox fixtures mounted on 15–35 ft poles at 4000K–5000K color temperature are the current commercial standard for visibility, safety, and energy efficiency.

Common fixture types include LED shoebox lights, cobra-head fixtures, wall packs, and flood lights. Seiz Sign Company installs all major fixture styles on round or square poles ranging from 15 to 35 feet, selecting the right fixture type based on your lot's size, layout, and foot-candle requirements.

Yes. Seiz Sign Company specializes in retrofit and conversion services, replacing high-pressure sodium, metal-halide, and fluorescent parking lot fixtures with energy-efficient LED equivalents. Retrofit kits can often reuse existing poles and wiring, reducing installation costs while still achieving 50–70% energy savings compared to legacy lighting systems.

Yes. Seiz Sign Company is an active Entergy Solutions Program participant. Our team identifies your rebate eligibility, prepares all necessary documentation, and processes the rebate application on your behalf. Entergy rebates typically offset 20–40% of project costs, making LED upgrades significantly more affordable for Arkansas businesses.

Seiz Sign Company installs LED parking lot fixtures in 120V, 208V, 240V, 277V, and 480V configurations, accommodating virtually all commercial electrical service types. During your site evaluation, our licensed electricians assess your existing electrical infrastructure to recommend the appropriate voltage configuration for safe and code-compliant installation.