Highway Lighting for Solar and LED Roadway Projects
Highway lighting decisions begin with road geometry, operating conditions and the authority’s design criteria—not a universal wattage or pole height. Inlux prepares solar and grid-fed LED concepts for continuous road sections, interchanges, ramps, toll areas and other conflict zones. Send a marked alignment, lane and median dimensions, speed and traffic context, required calculation method, local criteria, pole constraints, control schedule, energy source and supply boundary. We can then return a preliminary layout and quotation basis; final acceptance remains subject to the project specification and authority having jurisdiction.
Highway Lighting: What to Send for a Layout
A highway lighting quote should make its assumptions visible. A fixture wattage, pole height or battery capacity by itself cannot establish road coverage, glare control, structural suitability or all-night energy balance.
| Entrada | What to provide | Why it changes the proposal |
|---|---|---|
| Road zones | Continuous sections, interchanges, ramps, toll areas, bridges, crossings, shoulders and service roads | Separates calculation areas and conflict zones |
| Geometry | Alignment, lane and median widths, curves, grades, setbacks, mounting sides and existing pole coordinates | Changes spacing, distribution, aiming and pole location |
| Design basis | Authority, road class, calculation method, maintained criteria, uniformity, glare and spill limits | Defines the photometric pass/fail basis |
| Operating context | Speed, traffic mix, pedestrian/cyclist conflict, ambient light and critical detection tasks | Prevents one criterion being applied to unlike zones |
| Power architecture | Grid availability, outage objective, trenching limits and whether solar, LED, hybrid or high mast may be considered | Sets the valid system options and supply boundary |
| Solar inputs | Coordinates, shading, longest-night schedule, dimming profile, required autonomy and usable-battery basis | Supports PV and storage sizing instead of a nominal-watt comparison |
| Structure and environment | Wind/corrosion conditions, mounting limits, clear zone, foundation responsibility and maintenance access | Changes pole, arm, foundation and service assumptions |
| Commercial brief | Quantity, destination, Incoterm, delivery date, installation scope, required files and acceptance process | Makes supplier quotations comparable |
The U.S. Department of Energy’s Model Specification for LED Roadway Luminaires is a useful procurement reference for product bid documents. Its Exterior Lighting Controls Guidance helps frame schedules, photocells and occupancy-responsive controls. These references do not replace the signed project specification or local authority requirements.
Compare commercial solar street light systems, LED street lights y iluminación solar de mástil alto. Municipal teams can also review the municipal solar street-light planning guide. When the brief is ready, send the road plan for a highway lighting RFQ.
Highway Lighting Design Inputs
Standards-led design
Use the calculation method and performance criteria named by the project authority. Record the road class, grids, maintenance assumptions, uniformity and glare metrics in the report; curves and conflict areas may require a different assessment from uninterrupted carriageway segments.
Uniformity & glare control
Report the specified uniformity and glare metric using the named calculation method; do not claim a pass until the authority’s criteria, maintenance assumptions and final photometric file are confirmed.
Optics for carriageways
Roadway distributions tailored to lane count, median, and shoulder.
Mounting geometry — evaluate pole height, arm, setback, median or roadside location, clear-zone constraints and spacing with the selected photometric file and structural brief.
Conflict areas
Treat interchanges, toll areas, ramps and crossings as separate conflict zones. Compare conventional poles and high mast only after visibility tasks, glare, spill, maintenance access and structural constraints are defined.
Highway Lighting by Road Zone
Continuous Mainline
Luminance-based layouts, long spacing, low glare, smart dimming profiles.
Interchanges & Toll Plazas
High-mast lighting with multi-fixture rings for large areas and minimal poles.
Curves, Ramps & Hilly Segments
Illuminance-based calculation with tighter spacing and tailored distributions.
Solar Highway Lighting
Off-grid systems with LiFePO₄, MPPT and adaptive dimming for energy autonomy.
Highway Lighting Submittals
- Photometric layout using the project-named method, criteria, assumptions and final IES/LDT file
- Archivos fotométricos (IES/LDT) + informes de cálculo
- Quoted drawing package and supply boundary; foundation, electrical and professionally sealed deliverables must be defined by jurisdiction and contract
- Lista de materiales con opciones (LED o energía solar, alturas de los postes, ópticas)
- Lista de verificación de operación y mantenimiento, garantía y aceptación
Solar Highway Lights and System Options
JAGUAR (INL-AIT5)
All-in-two architecture for projects that need separate PV orientation from the luminaire. Confirm the quoted order code, photometry, battery, controller, mounting and environmental ratings before including it in a highway lighting layout.
SIRIUS (INL-AIO9)
High-output AIO9 with adjustable head, Type II/III optics, 7070 LEDs and LiFePO4—built for two-way roads and highways.
Batería de litio APOLLO
Sistema de tipo split con almacenamiento LiFePO4, LED 5050, telemetría inteligente y de movimiento opcional; ángulos flexibles del panel y de la lámpara para maximizar el rendimiento y la cobertura en calles, senderos y estacionamientos.
Híbrido solar CA
Solar-first architecture with AC backup when the project defines the changeover logic, available supply and operating schedule. Nightly performance remains subject to the approved energy model, controls and installation conditions.
Híbrido de energía solar y eólica
Combines PV and wind inputs where measured resource data and the project energy model justify both sources. Confirm turbine, controller, storage, structure, noise and maintenance scope before selection.
Batería de gel MARS
Sistema de tipo modular que utiliza baterías de gel de larga duración; orientación fotovoltaica independiente para una mayor capacidad de carga, fácil acceso para el mantenimiento y autonomía nocturna confiable para vías municipales y zonas comunitarias.
LED Highway Street Lights
INL-LED25 — Farola LED
Paquetes de 100–200 W, ópticas para carreteras y controladores preparados para su instalación en vías principales y colectoras.
INL-LED24 — Farola LED
50–200 W con óptica de precisión de tipo II/III/V; mantenimiento sin herramientas y opciones SPD para municipios.
INL-LED23 — Farola LED
Rango de alta potencia de 50 a 240 W para distancias entre puntos de iluminación más amplias; múltiples opciones de montaje con brazo o con soporte deslizante.
INL-LED22 — Farola LED
Plataforma versátil de 60–200 W con opciones de distribución y control para vías públicas.
INL-LED13 — Farola LED
60–200 W con carcasa fundida a presión de gran durabilidad y clasificaciones IP/IK para calles y estacionamientos urbanos.