Pedestrian and public-safety lighting spans far more than crosswalks. SolarPath delivers off-grid solar lighting for crosswalks, bus stops, school zones, pedestrian pathways, trails, transit areas, and other safety-focused infrastructure — the project types municipalities and transportation agencies are prioritizing today, often through grant-funded safety initiatives such as Safe Streets and Roads for All (SS4A). SolarPath does not provide grant funding and cannot guarantee eligibility, but our solutions are frequently incorporated into projects pursuing this kind of funding.
These applications require consistent illumination meeting IES RP-8 standards, with uniformity ratios below 4:1 and minimum maintained footcandles between 1 and 3 across the site. Traditional grid-tied crosswalk lighting forces trenching through asphalt, utility service drops, electrical permits, and decades of monthly energy billing. A typical 20-fixture retrofit runs 6 to 12 weeks and $80,000 to $150,000 in trenching and electrical work before a single fixture mounts.
SolarPath Sun Solutions eliminates every trenching step. Each fixture runs on a lithium iron phosphate (LiFePO4) battery, MPPT charge controller, and high-efficiency photovoltaic (PV) panel mounted on the pole. A 20-fixture pedestrian-safety project installs in 5 to 10 crew days at 40 to 60 percent of the total installed cost of a grid-tied equivalent. IP66 ingress protection, -40 F to 158 F operating range, and UL listing make SolarPath fixtures rebate-eligible and procurement-ready for municipal, transportation, and public-infrastructure safety projects.
Browse our all-in-two street lights, all-in-one fixtures, and canopy lights for pedestrian and public-safety deployments.
SolarPath all-in-two fixtures are the flagship specification for mid-to-large pedestrian and public-safety installations. Mounted at 25 to 30 foot pole heights, they deliver 6,000 to 12,000 lumens per fixture with Type III distribution and 2 to 3 footcandles average maintained.
All-in-one fixtures suit bus stops, school zones, pathways, and quick retrofit projects at 15 to 25 foot pole heights with 3,000 to 6,000 lumen output. Solar bollards and pathway lights illuminate trails, transit plazas, sidewalks, and park pathways with low-profile, pedestrian-scale mounting.
Explore our full product catalog to match the right fixture to your site dimensions, target lux, and budget.
Field example – uncontrolled crosswalk. A city flagged a high-risk midblock crossing with no nearby power. SolarPath installed off-grid pedestrian-scale lighting (RRFB-ready) that operates through outages, improving nighttime visibility at the crossing with no trenching across the roadway and no new utility service.
Every SolarPath pedestrian-safety project is photometrically engineered to the site. Our team delivers a stamped IES RP-8 compliant photometric study, an autonomy calculation tied to site peak sun hours, and a commissioning checklist our field team completes on handover.
Every project ships with a stamped photometric study confirming lux targets, uniformity ratios, and fixture placement before procurement.
3000K and 4000K CCT with full-cutoff optics meet International Dark-Sky Association ordinances and county regulations.
Standard coverage on the photovoltaic panel, LiFePO4 battery, MPPT charge controller, and LED array across every SolarPath fixture.
Off-grid pedestrian and public-safety lighting reshapes project economics. Eliminating trenching means construction proceeds without waiting for underground utility coordination. Eliminating utility billing means no monthly energy cost, no demand charges, and no exposure to rate increases over the fixture lifetime. Low maintenance requirements mean service visits occur on a multi-year cadence rather than monthly or quarterly. UL and Dark Sky listings open federal, state, municipal, and corporate procurement contracts with rebate eligibility in most states. Quick installation finishes a 10-fixture crosswalk in under one week including photometric commissioning and handover documentation.
lower installed cost than comparable grid-tied lighting projects, driven by avoided trenching and electrical work.
typical ROI payback on solar lighting retrofits where trenching costs are avoided (industry average).
in trenching and electrical costs avoided on a typical 20-fixture retrofit.
Specification | Value |
Target Footcandles | 1 to 3 fc average maintained |
Uniformity Ratio | Below 4:1 (IES RP-8 parking) |
Pole Height | 20 to 30 ft |
Pole Spacing | 60 to 100 ft |
Recommended Fixture | All-In-Two Solar Street Light |
Typical Wattage | 60 to 100 W per fixture |
Typical Lumen Output | 6,000 to 10,000 lm |
Autonomy Days | 4 nights standard |
Install Time | 5 to 10 crew days for 20 fixtures |
Warranty | Product-specific |
IES RP-20 and RP-8 specify 1 to 3 footcandles average maintained with uniformity ratios below 4:1. Retail and institutional lots target the higher end. Employee and long-stay lots target the lower end. SolarPath photometric studies confirm targets per site.
20 to 30 feet is the standard range. Small lots and low-speed areas use 20 feet. Standard lots use 25 feet. Large lots and higher-mounting-height codes use 30 feet. Pole height depends on target lux, fixture distribution type, and spacing.
5 to 10 crew days for a 20-fixture lot including foundation pour, pole erection, fixture mounting, and photometric commissioning. No trenching, no utility coordination, no electrical permits in most jurisdictions.
A typical 100-space retail crosswalk uses 8 to 12 fixtures at 25-foot pole heights. A 200-space lot uses 15 to 20 fixtures. SolarPath photometric studies calculate the exact fixture count and placement based on your site dimensions and target lux.
Yes. Every SolarPath crosswalk fixture ships UL and Dark Sky listed, unlocking utility rebate eligibility and meeting federal, state, and municipal procurement specifications nationwide.
Four nights standard. Sites in the Sun Belt may ship with three-night autonomy. Northern and Pacific Northwest sites ship with five to seven-night autonomy to cover extended overcast winter conditions.
Yes. Programmable dimming, PIR motion sensors, and scheduled shutoffs meet California Title 24 Part 6 outdoor lighting controls. 3000K CCT with full-cutoff optics meets IDA dark-sky ordinances in Arizona, Colorado, Florida, and other jurisdictions.
