SolarPath Sun Solutions designs and manufactures custom off-grid solar lighting systems engineered around the operational, environmental, and infrastructure needs of each project. Zero energy cost. Zero trenching. Product-specific warranty.
Sites with no existing power or utility service run fully off-grid - no service drop, no grid extension.
Eliminate asphalt trenching, conduit, and electrical permits that inflate grid-tied lighting cost and schedule.
No underground copper or live wiring to steal or damage - every pole is a self-contained system.
Trails, corridors, and construction zones far from the grid get full illumination with no infrastructure buildout.
Independent solar power keeps lighting on during storms, grid failures, and peak-demand events.
No utility coordination means projects install in days, not months - critical for grant and construction deadlines.
Off-grid lighting for retail, healthcare, and institutional parking - full IES RP-8 coverage, no trenching.
Solar street and roadway lighting for municipal corridors, ranch roads, and DOT projects.
Dark-sky compliant lighting for parks, trails, and greenways far from grid power.
Reliable lighting for transit stops and shelters with no utility connection required.
Solar crosswalk and pedestrian-safety lighting that stays on during outages.
High-output solar lighting for recreation fields, campuses, and public spaces.
Every project is customized with the specific product required for that project – never a one-size-fits-all fixture. Every SolarPath deployment starts with a site-specific engineering pass. Our team analyzes peak sun hours (PSH), solar irradiance profiles, and target lumen output before recommending a photovoltaic (PV) panel and LiFePO4 battery configuration. An MPPT charge controller maximizes energy capture across varying weather conditions, and autonomy days are sized against your location’s historical cloud cover so fixtures stay on through extended overcast stretches. Whether you need dark-sky-compliant pathway bollards or high-output parking lot area lights, we match the right product line to your exact pole height, mounting geometry, and compliance requirements. UL and Dark Sky listed drivers, UL listed components, and IP65 or IP67 housings ship standard on every order.
SolarPath systems deploy nationwide, from coastal Florida to the Colorado Rockies. Every spec is tuned to your region’s peak sun hours, weather patterns, and code requirements. From initial consultation to product-specific warranty support, every project carries SolarPath’s commitment to infrastructure-grade engineering.
SolarPath Sun Solutions ships and supports solar lighting projects across the United States. Our engineering and logistics teams handle every deployment from coastal Florida to the Colorado Rockies, with region-specific peak sun hours modeling and compliance support baked into every quote.
SolarPath solar lighting deployments across California — from Los Angeles parking facilities to Bay Area municipal projects. Our California team coordinates UL and Dark Sky listed equipment with CEC-compliant installations.
Texas solar lighting projects spanning Houston, Dallas, Austin, and San Antonio. High peak sun hours make Texas ideal for off-grid parking lot, roadway, and industrial site deployments.
Florida solar lighting installations engineered for Category-5 wind loads and salt-air environments. Miami-Dade NOA certified mounting for hurricane-zone parking, pathway, and municipal lighting projects.
New York solar lighting serving NYC boroughs, Long Island, and upstate municipalities. LiFePO4 battery systems sized for northern-latitude winter autonomy and DEC dark-sky compliance.
Each SolarPath product line is engineered around specific deployment environments. Every category carries UL and Dark Sky listed components, IP65 or IP67 ingress ratings, and a product-specific warranty.
solar lighting has moved from niche application to mainstream infrastructure across the United States. Property managers, municipalities, and developers face rising utility costs, aging grid infrastructure, and tightening environmental regulations, and off-grid LED lighting answers every one of those pressures. SolarPath Sun Solutions engineers solar lighting systems that pay back in under five years while eliminating trenching, electrical permitting, and monthly utility bills.
Every SolarPath system pairs a monocrystalline photovoltaic (PV) panel with a lithium iron phosphate (LiFePO4) battery and an MPPT charge controller. That architecture captures energy across a wide range of peak sun hours (PSH) and solar irradiance profiles, measured in watts per square meter. Our engineers size autonomy days against your site’s historical weather data so fixtures deliver consistent lumen output through cloud cover, winter months, and extended overcast stretches. The LiFePO4 chemistry tolerates 3,000 to 5,000 deep discharge cycles, which translates to 8 to 12 years of daily operation before scheduled replacement.
Photometric design is where professional solar lighting separates from hardware-store alternatives. SolarPath specifies color temperature (CCT) from 3000K to 5700K and color rendering index (CRI) above 70 to match ANSI standards for roadway and pedestrian applications. Fixtures ship with IP65 or IP67 ingress protection ratings for full outdoor exposure, and LED modules carry mean time between failures (MTBF) ratings above 150,000 hours. Every product line carries UL listing for electrical safety, which qualifies installations for federal clean-energy incentives (including Elective Pay / Direct Pay for tax-exempt municipalities) and state utility rebates.
Browse the full catalog of solar lighting products or explore deployment examples by application type. SolarPath ships nationwide with engineering support across all 50 states, from coastal Florida to the Colorado Rockies. For current federal solar incentive information, see the Department of Energy guidance at energy.gov.
We use a structured solar lighting deployment process that covers:
Discuss your project scope, budget, timeline, and lumen targets with our solar lighting engineers. We gather site details, required autonomy days, and any applicable dark-sky or ANSI lighting class requirements.
Our team analyzes your location’s peak sun hours, solar irradiance profile in watts per square meter, pole spacing geometry, and shading conditions. Assessment determines PV panel wattage and LiFePO4 battery sizing.
We deliver a custom photometric layout with lux calculations, pole spacing, beam distribution, and color temperature (CCT) specifications matched to your deployment type. Every design meets applicable IES and ANSI standards.
Engineers select the exact LED driver wattage, LiFePO4 battery capacity, MPPT charge controller rating, and IP65 or IP67 fixture housing for each pole. Every component ships UL and Dark Sky listed.
SolarPath handles code compliance documentation, dark-sky ordinance review, and utility rebate paperwork where applicable. Off-grid installations typically skip electrical permitting entirely.
Turnkey installation with zero trenching, zero conduit, and zero utility connections required. Crews mount fixtures, verify photocell calibration, and document every pole with as-built photometric testing.
Five-year comprehensive warranty on panels, batteries, LED modules, and drivers. MTBF monitoring, replacement parts, and remote diagnostics remain available for the full service life of every system.
Partner with SolarPath Sun Solutions for off-grid lighting that eliminates energy costs and reduces maintenance. Our team is ready to guide you from consultation to installation.
201-490-4499
Photometric design, installation, and product-specific warranty support handled end to end.
All 50 states served from coastal Florida to the Colorado Rockies in every climate zone.
LiFePO4 cells rated for 3,000 to 5,000 deep cycles, far beyond lead-acid alternatives.
Off-grid operation with no utility meter, no monthly bills, and no grid-tie permits.
Every fixture carries UL listing for electrical safety.
Comprehensive warranty on panels, batteries, LED modules, and drivers across the full catalog.
SolarPath Sun Solutions engineers solar lighting from the photovoltaic panel to the photometric layout, and every deployment carries the same design discipline regardless of project scale. We specify the PV panel wattage, LiFePO4 battery capacity, and MPPT charge controller together as a matched system, and we tune autonomy days, lumen output, and mean time between failures to your site conditions rather than rounding up from a generic catalog. Our field teams deploy nationwide in every U.S. climate zone, and every fixture ships UL and Dark Sky listed to meet installation codes and qualify for federal clean-energy incentives, including Elective Pay / Direct Pay for tax-exempt entities. Product-specific warranty coverage extends across panels, batteries, LED modules, and drivers, and replacement parts stay in stock for the full service life of every product line. From parking lot retrofits to municipal street lighting and private campus security, SolarPath delivers off-grid lighting that eliminates utility bills, cuts trenching costs to zero, and pays back within five years for most applications.
solar street lights deliver 20 to 25 years of total service life. LED modules rate at 150,000 hours or more before meaningful lumen depreciation. LiFePO4 batteries carry 3,000 to 5,000 deep-cycle ratings, which translates to 8 to 12 years of daily operation. The photovoltaic (PV) panel itself ships with a 25-year output warranty at 80% of rated capacity.
Lithium iron phosphate (LiFePO4) is the standard for solar lighting. LiFePO4 cells tolerate deep discharge, resist thermal runaway, and hold 80% of rated capacity after 3,000 to 5,000 full cycles. That service life beats lead-acid alternatives by a factor of four, and LiFePO4 chemistry stays stable across the full -20 to 60 degree Celsius operating range that fixtures encounter.
Yes. Every SolarPath system sizes autonomy days, typically 3 to 5, against your location's peak sun hours (PSH) and historical solar irradiance profile measured in watts per square meter. An MPPT charge controller maximizes energy capture even on overcast days when panel output drops to 10 to 25 percent of rated wattage. Lights maintain full lumen output through extended cloud cover and winter months.
Most solar lighting installations reach payback in 4 to 6 years. Direct cost savings come from eliminated trenching, electrical permitting, utility bills, and meter connections. SolarPath systems operate fully off-grid, so monthly operating expense drops to zero. Federal clean-energy incentives - including Elective Pay / Direct Pay for tax-exempt municipalities - and state rebates can compress payback by another 12 to 24 months.
An all-in-one solar light integrates the photovoltaic panel, LiFePO4 battery, MPPT charge controller, and LED fixture into a single mounting unit. The design eliminates external wiring between components, cuts installation time to under an hour per pole, and simplifies long-term maintenance. All-in-one fixtures suit parking lots, pathways, and perimeter applications where aesthetic cleanliness and fast deployment matter.
IP65 is the minimum for outdoor solar lighting, protecting against dust ingress and low-pressure water jets. IP66 and IP67 fixtures handle coastal salt spray, desert dust storms, and flood-prone installations where temporary submersion may occur. SolarPath products ship IP65 as standard with IP67 options available on flood lights, bollards, and perimeter fixtures.
No underground copper wiring to strip. Each fixture is self-contained, removing the target that costs grid-lit sites thousands in repairs.
Lighting that stays on after storms and outages. Every fixture runs independently of the grid with up to 7 days of battery autonomy.
No trenches, no conduit, no landscape or asphalt demolition. Poles and fixtures install directly on site in a fraction of the time.
No utility coordination, no service drops, no monthly energy bills - and no exposure to rate increases or grid failures.
LiFePO4 batteries rated for 3,850+ cycles and LED arrays rated 150,000+ hours MTBF keep service visits to a minimum.
Crews install complete fixtures in minutes to hours - not the weeks of trenching and utility work grid-tied lighting demands.
Request a free solar lighting audit and discover how off-grid lighting can reduce your operating costs to zero.
Or call 201-490-4499
