Dark Sky Compliant, Wildlife-Friendly
— Park Lighting That Belongs Outdoors
PLB Series: U0 Zero Uplight · 3000K Eco-Friendly · Bronze Finish · DIP Selectable 75–300W & CCT · IES RP-6/RP-33
U0
Zero Uplight — Dark Sky
3000K
Wildlife-Friendly CCT
Bronze
Blends with Nature
75–300W
Trails → Courts
The PLB Series is Auvolar's shoebox-form-factor LED area light, engineered for park and recreational environments where aesthetics, Dark Sky compliance, and ecological sensitivity matter as much as illumination performance. Unlike industrial flood lights, the PLB's clean shoebox profile and Bronze finish blend naturally with park landscapes — trails, pavilions, playgrounds, and sports courts. With U0 zero uplight across all 6 wattages (75–300W) and DIP-selectable 3000K warm white CCT, PLB minimizes light pollution and reduces insect attraction by up to 50% compared to 5000K alternatives. Field-selectable wattage lets a single SKU serve trails (75W), picnic areas (150W), and multi-use courts (200–300W). IP65/IK08 protection and 10kV/5kA surge rating handle exposed outdoor installations, and IES-verified performance up to 180 lm/W @4000K ensures efficient use of park budgets.
Why PLB for Parks
Shoebox Aesthetics Beat Flood Lights in Park Settings
Parks require fixtures that illuminate without dominating the landscape. The PLB shoebox design achieves this where flood lights fail — cleaner mounting, controlled distribution, and a form factor that disappears against the sky.
| Feature | Flood Lights | PLB Shoebox | Park Benefit |
|---|---|---|---|
| Uplight Rating | U2–U4 typical (significant spill) | U0 — zero uplight | Dark Sky compliant ✓ |
| Visual Profile | Bulky, industrial appearance | Sleek, low-profile shoebox | Blends with park setting ✓ |
| Color Options | Gray or Black only | Bronze, Black, White | Bronze matches nature ✓ |
| Mounting | Trunnion/yoke — angles drift | 2-3/8" tenon — fixed aim | No re-aiming after wind ✓ |
| Glare Control | High glare at oblique angles | Full cutoff, controlled beam | Comfortable for visitors ✓ |
| Wildlife Impact | Bright spill attracts insects/disrupts fauna | 3000K + U0 = minimal impact | Eco-friendly design ✓ |
| Wattage Flexibility | 1 wattage per fixture | 3 wattages per housing (DIP) | One SKU: trail → court ✓ |
Flood light characteristics based on typical commercial flood fixtures commonly specified for parks.
What We Hear
4 Park Lighting Problems PLB Solves
“Our trails need gentle illumination at 75W, but the sports courts need 250W. That means two completely different fixture families, two sets of spare parts, and two maintenance procedures. Managing inventory across 14 parks is a nightmare.”
— Parks & Recreation Director, suburban municipality, Colorado✅ PLB Fix: One fixture family covers everything. 150W housing DIP'd to 75W for trails, 300W housing DIP'd to 250W for courts. Same mounting, same spare parts, same maintenance procedure across all 14 parks.
“The state wildlife agency flagged our 5000K LED retrofit for disrupting bat foraging patterns along the creek trail. We had to replace 60 fixtures barely two years old. The original vendor doesn't even offer 3000K in the same form factor — so it's a full redesign.”
— Environmental Consultant, riparian park restoration project, Oregon✅ PLB Fix: DIP switch from 5000K to 3000K without replacing any fixtures. 5 minutes per unit, zero cost, same-day compliance. PLB ships with all three CCTs built in.
“Every park fixture bid specifies bronze to match the benches, trash cans, and signage. Most LED manufacturers only stock black or gray — bronze is a special order with 6-week lead time and $40/fixture upcharge. On a 120-fixture park project, that's $4,800 in paint alone.”
— Municipal Procurement Buyer, city parks department, Texas✅ PLB Fix: Bronze is a standard color — ships at the same lead time and price as Black or White. No custom paint, no upcharge, no delays on any of 120 fixtures.
“The community center parking lot needs 4000K for security cameras, but the adjacent nature walk needs 3000K for Dark Sky compliance. The architect spec'd one fixture for both — at 4000K. Now the Dark Sky board is rejecting the permit.”
— Facilities Manager, community recreation center, Arizona✅ PLB Fix: Same PLB fixture for both areas. DIP to 4000K at the parking lot, DIP to 3000K on the nature walk. One purchase order, two CCTs, permit approved.
IES Verified Performance
Full IES Data — All 6 Wattages @ Key CCTs
Parks typically specify 3000K for Dark Sky zones and 5000K for sports courts. All data from IES files and LM-79-19 test reports. Type IV (T401) optic. Every wattage achieves U0 zero uplight.
@5000K (Daylight) — Sports Courts & Active Recreation
| Wattage | Lumens | Efficacy | DIP Housing | Uplight |
|---|---|---|---|---|
| 75W | 12,594 lm | 172 lm/W | 150W Housing | U0 |
| 100W | 16,068 lm | 164 lm/W | 150W Housing | U0 |
| 150W | 22,190 lm | 150 lm/W | 150W Housing | U0 |
| 200W | 32,806 lm | 163 lm/W | 300W Housing ★ Courts | U0 |
| 250W | 38,830 lm | 155 lm/W | 300W Housing | U0 |
| 300W | 44,429 lm | 147 lm/W | 300W Housing | U0 |
@3000K (Warm White) — Dark Sky & Wildlife-Friendly
| Wattage | Lumens | Efficacy | DIP Housing | Uplight |
|---|---|---|---|---|
| 75W | 11,890 lm | 163 lm/W | 150W Housing ★ Trails | U0 |
| 100W | 15,183 lm | 155 lm/W | 150W Housing | U0 |
| 150W | 21,237 lm | 142 lm/W | 150W Housing ★ Picnic | U0 |
| 200W | 30,662 lm | 154 lm/W | 300W Housing | U0 |
| 250W | 36,200 lm | 146 lm/W | 300W Housing | U0 |
| 300W | 41,463 lm | 139 lm/W | 300W Housing | U0 |
Source: IES files and LM-79-19 test reports. Type IV (T401) optic. All wattages confirm U0 zero uplight.
Why 3000K is the preferred CCT for parks
At 3000K, blue light content drops significantly compared to 4000K or 5000K. Research shows 3000K LEDs attract up to 50% fewer insects than 5000K equivalents, reducing disruption to bat foraging, bird migration, and pollinator behavior. The warm tone also creates a more inviting atmosphere for park visitors and draws fewer complaints from adjacent residential neighborhoods. For parks near sensitive ecosystems, 3000K is the IDA (International Dark-Sky Association) recommended maximum CCT.
Design Standards
IES RP-6 & RP-33 — Park & Outdoor Recreation Standards
IES RP-33 — Outdoor Environments (Paths & Grounds)
| Area Type | Min Horizontal (fc) | Uniformity Avg:Min | Recommended PLB |
|---|---|---|---|
| Walking Trails / Paths ★ | 0.5 fc (5 lux) | 4:1 | 75W @3000K, Type III |
| Picnic / Seating Areas | 1.0 fc (10 lux) | 3:1 | 100–150W @3000K, Type IV |
| Playground / Open Lawn | 1.0–2.0 fc (10–20 lux) | 3:1 | 150W @3000K/4000K, Type IV/V |
| Park Entrance / Parking | 1.0–2.0 fc (10–20 lux) | 4:1 | 150–200W @4000K, Type IV |
IES RP-6 — Sports & Recreational Areas
| Sport / Activity | Class | Min Horizontal (fc) | Uniformity | Recommended PLB |
|---|---|---|---|---|
| Basketball (recreational) | IV | 20 fc (200 lux) | 2:1 | 250–300W @4000K/5000K |
| Tennis / Pickleball ★ | IV | 30 fc (300 lux) | 2:1 | 300W @5000K, Type IV |
| Volleyball | IV | 20 fc (200 lux) | 2:1 | 200–250W @4000K/5000K |
| Multi-use court | IV | 20–30 fc | 2:1 | 250–300W @4000K, Type IV |
| Skate park | IV | 15–20 fc | 2:1 | 200W @4000K, Type V |
Source: IES RP-6-15 “Sports and Recreational Area Lighting” and IES RP-33 “Lighting for Exterior Environments”
Field Adjustable
DIP Switch Guide — Wattage & CCT for Parks
PLB's DIP switches let parks departments configure every pole for its specific zone — warm and dim on nature trails, bright and neutral at the basketball court — all from the same fixture.
⚡ Wattage by Park Zone
Trails & Paths — 75W
150W housing DIP'd to 75W. 11,890 lm @3000K. Gentle, ambient lighting.
Picnic Areas & Playgrounds — 150W
150W housing at full power. 21,237 lm @3000K. Broad coverage for gathering areas.
Courts & Fields — 200–300W
300W housing DIP'd to need. 32,806–44,429 lm @5000K. Athletic-grade visibility.
Two housing sizes cover all park zones:
🌡️ CCT by Park Zone
3000K — Nature Trails, Wildlife Zones, Residential-Adjacent
Dark Sky compliant. 50% fewer insects attracted. Warm, inviting glow. IDA recommended max CCT.
4000K — Entrances, Parking, Active Recreation
Peak efficacy (180 lm/W @75W). Best visibility for security cameras. Natural neutral tone.
5000K — Sports Courts Only
Maximum CRI visibility for fast-moving sports. Use only where athletic performance demands it.
Photometrics
3 Optic Types for Complete Park Coverage
Parks have more varied lighting needs than parking lots — narrow trails, wide open lawns, rectangular courts. PLB's three optic types let designers match distribution to each zone precisely.
Type III
T301 — Trails & Paths
Forward throw with minimal backlight. Perfect for linear paths — light follows the trail without spilling into adjacent nature areas or residential zones.
Type IV
T401 — Picnic & Courts
Wide asymmetric throw. The primary optic for open areas — picnic grounds, playgrounds, basketball/tennis courts. 3–4× mounting height spacing.
Type V
T501 — Central Areas
Symmetric 360° spread. Use at trail intersections, central pavilions, amphitheaters, and open lawn areas where uniform coverage from a single pole is needed.
✓ Zero uplight confirmed — all optics, all wattages, all CCTs
Every PLB configuration achieves U0 zero uplight regardless of optic selection. This is critical for parks: IDA Dark Sky certification requires U0 or U1, and many municipal park lighting ordinances mandate full-cutoff fixtures. PLB meets the strictest standard (U0) across all configurations — no optic swap will break your Dark Sky compliance.
ROI Analysis
Energy & Maintenance Savings for Park Budgets
PLB 150W @3000K vs 400W HPS — Typical Park Area Light
| Metric | 400W HPS | PLB 150W | Savings |
|---|---|---|---|
| System wattage | 460W (incl. ballast) | 150W | 67% reduction |
| System lumens | ~22,000 lm (initial, degrading) | 21,237 lm @3000K (maintained) | Equivalent + stable output |
| Annual kWh (dusk-to-dawn ~10hr) | 1,679 kWh | 548 kWh | 1,131 kWh |
| Annual electricity ($0.14/kWh) | $235 | $77 | $158/fixture |
| Maintenance/year | $120 (lamp + bucket truck) | $0 | $120 |
| Total annual savings | — | — | $278/fixture/year |
Park-Wide Impact (40 Fixtures)
$11,120
Annual Savings (40 fixtures)
Combined energy + eliminated lamp replacements and bucket truck visits across the park.
45,240 kWh
Annual Energy Reduction
Equivalent to removing 7 homes from the grid. Direct carbon reduction for municipal sustainability goals.
$0
Bronze Color Upcharge
Bronze standard. 40 fixtures × $40 saved = $1,600 vs competitors who charge for bronze custom paint.
With DLC rebate ($50–200/fixture): 40 fixtures × $100 avg rebate = $4,000 upfront offset. Combined with annual savings, typical payback for park HPS-to-PLB retrofit is under 18 months.
Spec Guide
Recommended PLB Configurations by Park Zone
| Park Zone | PLB Housing | DIP Wattage | Optic | CCT | Color |
|---|---|---|---|---|---|
| Walking Trails / Nature Paths ★ | 150W Housing | 75W | Type III | 3000K | Bronze |
| Bike Paths / Jogging Trails | 150W Housing | 100W | Type III | 3000K | Bronze |
| Picnic Areas / Pavilions ★ | 150W Housing | 150W | Type IV or V | 3000K | Bronze |
| Playgrounds | 150W Housing | 100–150W | Type V | 4000K | Bronze |
| Park Entrance / Parking Lot | 150W or 300W Housing | 150–200W | Type IV | 4000K | Bronze |
| Multi-Use Courts ★ | 300W Housing | 200–300W | Type IV | 4000K or 5000K | Black |
| Amphitheater / Event Space | 300W Housing | 200–250W | Type V | 3000K | Bronze |
| Dog Park / Open Field | 300W Housing | 200W | Type V | 3000K | Bronze |
💡 Pro Tip: Bronze for nature, Black for sports
Use Bronze throughout passive park areas — it complements wood benches, stone paths, and natural landscaping. Switch to Black at athletic courts where the fixture blends with sports infrastructure (backboards, fencing, scoreboards). White works for modern community centers and splash pads.
Compliance
Certifications & Park-Relevant Compliance
IDA Dark Sky — U0
Zero uplight across all wattages and optics. Meets the strictest Dark Sky classification for parks near wildlife habitats.
✓ U0 confirmed — all PLB models
UL 1598 Listed
Listed for wet locations. Outdoor pole/arm-mounted luminaires for exposed park environments.
✓ UL Listed — all PLB models
DLC Qualified
Utility rebate eligible. Parks often qualify for additional municipal energy grants stacked on DLC rebates.
✓ All PLB Series models
LM-79-19 Tested
Independent photometric testing per IES LM-79-19. Full IES files for park lighting layout simulations.
✓ IES files available for all wattages
IP65 / IK08
Dust-tight and water jet resistant. IK08 impact protection handles park vandalism and storm debris.
✓ Suitable for exposed outdoor locations
10kV/5kA Surge
Enhanced surge protection for exposed pole-mounted park installations. 67% above typical 6kV/3kA.
✓ Critical for open-field park poles
IES RP-6 Compliant
Meets IES RP-6-15 illuminance and uniformity requirements for recreational sports lighting.
✓ With proper layout design
IES RP-33 Compliant
Meets IES RP-33 requirements for exterior environment lighting — trails, paths, grounds.
✓ With proper layout design
FCC Part 15
EMI compliance for LED driver electronics. No interference with park communication systems.
✓ FCC Part 15 Class B
Frequently Asked
PLB Series Park & Recreational Lighting — FAQ
Why is the PLB shoebox design better than flood lights for parks?
Shoebox fixtures like the PLB mount cleanly on standard 2-3/8″ tenon arms and direct all light downward with zero uplight (U0). Flood lights often produce glare and spill light above horizontal, violating Dark Sky ordinances. The PLB's full-cutoff housing, Type III/IV/V optics, and sleek profile blend aesthetically with park environments — especially in Bronze finish — while flood lights look industrial and create hot spots.
Is the PLB Series Dark Sky compliant for parks near wildlife habitats?
Yes. Every PLB configuration achieves U0 zero uplight rating — the strictest Dark Sky classification. Combined with DIP-selectable 3000K warm white CCT, PLB minimizes ecological disruption: 3000K produces significantly less blue light than 4000K or 5000K, reducing insect attraction by up to 50% and minimizing impact on nocturnal wildlife migration patterns. This meets IDA Dark Sky recommendations and most municipal wildlife-protection ordinances.
What wattage should I use for park trails vs multi-use sports courts?
For park trails and walking paths, 75W @3000K with Type III optic provides 11,890 lm — sufficient for IES RP-33 pedestrian pathway requirements at standard pole spacing. For picnic areas and playgrounds, 150W @3000K or 4000K delivers 21,237–23,505 lm of broad coverage. For multi-use courts (basketball, tennis, pickleball), 200–300W @4000K or 5000K provides 33,645–46,950 lm needed for athletic visibility per IES RP-6 sports lighting standards.
Can I mix 3000K and 4000K CCT in the same park installation?
Absolutely — and it's a best practice. Use 3000K on nature trails, passive areas, and zones adjacent to residential or wildlife habitats for Dark Sky compliance and reduced insect attraction. Switch to 4000K at park entrances, parking areas, and high-activity zones where visibility and security are the priority. PLB's DIP switch CCT selection makes this seamless: order all the same fixtures, then set 3000K or 4000K per pole location during installation.
What DLC rebates apply to park and recreational lighting projects?
PLB Series is DLC qualified, making it eligible for utility rebates typically ranging $50–200 per fixture. Many municipalities qualify for additional incentives: parks departments often access state energy efficiency grants, USDA Rural Development funding, or Community Development Block Grants (CDBG) that stack on top of utility rebates. The combination of DLC rebate + government grants can offset 40–60% of fixture cost for qualifying park projects.
PLB Series — Parks & Recreation
Ready to Light Your Park with Dark Sky Compliance?
Get a free photometric layout for trails, courts, or full park design. Compare wattage tiers, CCT zones, and Bronze/Black color options. Our team responds within 1 business day.