In-stock ships in 24h
Back to Blog
Design Guides

LED Parking Lot Lighting: Area Lights, Pole Spacing & Photometric Design

How to design LED parking lot lighting. Covers area/shoebox light selection, pole height, spacing calculations, foot-candle requirements, and IES standards.

January 25, 2026Auvolar Engineering Team7 min read

Parking lot lighting is critical for safety, security, and liability management. Proper LED area light design ensures uniform illumination while minimizing energy costs and light pollution.

IES Recommended Light Levels

The Illuminating Engineering Society (IES) recommends these minimum foot-candle (fc) levels for parking areas:

Area TypeMinimum fcAverage fcUniformity Ratio
Open parking (basic)0.2 fc1.0 fc4:1 max
Open parking (enhanced)0.5 fc2.0 fc4:1 max
Covered parking1.0 fc5.0 fc4:1 max
Parking garage (general)1.0 fc5.0 fc10:1 max
Parking garage (ramp)2.0 fc10.0 fc5:1 max

Most commercial parking lots target 1.0-2.0 fc average for insurance and liability requirements.

Choosing the Right Area Light

Auvolar offers area/shoebox lights from 75W to 420W:

ModelWattageLumensCoverage per PoleBest For
OT Series (S)75-145W11,000-21,0003,000-5,000 sq ftSmall lots, 15-20ft poles
OT Series (M)180-230W27,000-34,0005,000-8,000 sq ftMedium lots, 20-30ft poles
OT Series (L)300-420W45,000-63,0008,000-15,000 sq ftLarge lots, 30-40ft poles
PLB Series75-300W11,000-45,0003,000-12,000 sq ftPremium applications

Pole Height & Spacing Guidelines

Pole HeightTypical SpacingWattage RangeCoverage Area
15 ft40-50 ft apart75-100WSmall parking areas
20 ft50-70 ft apart100-150WStandard commercial lots
25 ft60-80 ft apart150-200WMedium commercial lots
30 ft70-100 ft apart200-300WLarge commercial lots
35-40 ft80-120 ft apart300-420WLarge retail, municipal lots

Quick formula: Pole spacing ≈ 3-4× mounting height for Type III distribution.

Light Distribution Types

  • Type II: Ideal for walkways and narrow areas (forward throw)
  • Type III: Most common for parking lots (medium forward throw)
  • Type IV: For perimeter lighting (forward throw toward property line)
  • Type V: Square/circular pattern for center-of-lot poles

Auvolar area lights come standard with Type III distribution, with Type II and Type V optics available on request.

Design Tips for Maximum Efficiency

  • Use photometric software: Request a free IES file from Auvolar for AGi32 or DIALux layout
  • Perimeter first: Light the parking lot edges, then fill the interior
  • Aim for uniformity: Avoid hot spots and dark patches — the uniformity ratio matters more than average fc
  • Consider neighbors: Use full cutoff fixtures and shield to prevent light trespass
  • Add motion dimming: Reduce to 50% during unoccupied hours for 30-40% additional savings
  • Cost Comparison: HID vs LED Parking Lot

    For a 100-space parking lot (approximately 30,000 sq ft):

    Old HID SystemNew LED System
    Fixtures12 x 400W MH12 x 200W LED
    Total watts4,800W2,400W
    Annual energy$5,760/year$2,880/year
    Maintenance$1,200/year (re-lamp)$0 (10+ year life)
    Total annual cost$6,960$2,880
    Annual savings$4,080

    Fixture cost: 12 × $189 = $2,268. With DLC rebates of ~$75/fixture ($900), net cost is $1,368. Payback: 4 months.

    Auvolar provides free photometric parking lot layouts. Send us your site plan and we'll design the optimal fixture placement.

    parking lot lightingarea lightsshoebox lightsphotometric designpole spacing

    Need Help With Your Lighting Project?

    Auvolar provides free lighting design, photometric layouts, and rebate assistance for commercial projects.