Missing information needs clarification before selection; generic values cannot replace site-specific inputs.
Country/city · site type · site dimensions · site plan/CAD if available · parking layout · access and circulation routes · pedestrian routes · entrances/exits · proposed pole positions · landscape/obstructions · sensitive boundaries
Existing poles/luminaires · proposed mounting height · target lighting criteria · uniformity · glare/spill requirements · operating hours · dimming schedule · maintenance-factor basis
Grid availability · voltage/frequency · solar consideration · existing electrical infrastructure · zone/smart-control requirement · emergency or security mode where specified
BOQ/specification · required DIALux/Relux · matched IES/LDT · drawings · certificates/test documents · inspection and acceptance requirements
Wattage alone is insufficient. Site geometry, pole height, spacing, optic, uniformity, glare and operating profile must be reviewed together.
One site can contain several lighting tasks. Start with the zones that actually exist, then confirm criteria, mounting, optics, aiming, glare limits and operating schedules for each zone.
Not every project requires every zone.
Review parking geometry, aisle direction, parked-vehicle shadowing, pole positions, overlap, uniformity and glare.
Review lanes, turns, ramps, intersections, route continuity, driver view and transitions between zones.
Review paths, crossings, steps/ramps, landscape obstructions, building interfaces and operating periods.
Coordinate gates, barriers, canopies, doors, signage, camera requirements and brightness transitions.
Where present, review service vehicles, pedestrian interaction, task areas, canopies, aiming and operating schedules.
Where required, review boundary orientation, spill/trespass light, neighbouring properties and the project security brief.
Where specified, coordinate camera location, field of view, recognition objective, glare/contrast and criteria supplied by the security/camera designer. Lighting can support project-defined visibility requirements; it does not guarantee security, crime prevention or camera recognition.
Review mounting positions, zone boundaries and the arrangement of luminaires.
Review uniformity, potential dark zones and the effect of optics and layout.
Geometry, spacing and optic determine coverage; wattage alone cannot establish luminaire quantity. Calculations test maintained illuminance and uniformity against zone criteria.
Repeated pole-based lighting suits circulation lanes and access roads. Height, spacing and optic affect coverage and glare; grid supply also needs suitable voltage, wiring and controls. View LED Street Light.
Wide or irregular areas benefit from flexible beam aiming. Mounting position and tilt affect coverage, glare and spill; selection follows the zone layout. View LED Flood Light.
Pole positions must leave circulation and maintenance access clear. Height and outreach affect distribution and structural loads; wind, corrosion, soil and foundations need site-specific assessment. No height or foundation fits every site. View Lighting Pole.
Limited grid access makes solar worth considering. Resource, shading, runtime and dimming determine PV/battery sizing and cloudy-day reserve. Placement and maintenance matter. Smart functions need compatible controllers, networks and an operating plan; zones can use different systems. View Solar Systems · View Smart Street Light.
Controls follow occupied hours, quiet periods, loading, events and specified emergency/security modes. Sensors, override and monitoring must suit the maintenance team. Continuous lighting is not automatically safer or more suitable.
A photometric model tests luminaire, optic, mounting and layout together. Matched IES/LDT, aiming and maintenance assumptions help assess illuminance, uniformity, dark zones, glare risk and alternatives. Results support review without guaranteeing approval. Request DIALux / Relux Review · Request Model-Matched IES / LDT.
Quotation starts with BOQ and specification; consultant/tender review adds matched datasheets, IES/LDT and calculations. Installation needs drawings and interfaces. Files, compliance/deviations and certificate/test sets are supplied subject to model, BOM, scope and disclosure approval. Submit BOQ for Preliminary Review · View Engineering Support.
Recorded project: three complete 25 m motorized lifting high-mast sets, with eight 600 W luminaires per mast. Status: Completed. Sunlurio/Hitech role: system supply, tender/bid support and engineering/document coordination. Installation was by the client/EPC/local team. View the Cambodia project.
Recorded project: four complete 30 m motorized lifting high-mast sets, with ten 600 W luminaires per mast. Status: Completed. Sunlurio/Hitech role: system supply, tender/bid support and engineering/document coordination. Installation was by the client/EPC/local team. View the Qatar project.
These are direct parking-area records, not universal design templates. These references cover parking areas; no campus installation is documented here. View More Project References.
Share the site plan, zone intent, mounting positions, target criteria, operating schedule, power/control path and required documents.
Typical constraints by region—coastal, hot, dusty, and heavy-rain environments.
Send a site plan or sketch, mark zones and mounting positions, provide target lighting, uniformity and glare requirements, identify operating/control needs, and attach the BOQ or tender specification where available.
There is no standard height for every site. Geometry, clearance, pole positions, optic, aiming and lighting targets affect selection alongside wind and structural conditions. Start with a site plan.
Street lights suit repeated circulation routes; flood lights offer flexible aiming for irregular areas. Mounting, coverage and glare determine the choice. Zones can combine both.
No. Lighting can support project-defined camera and visibility requirements, but recognition depends on the camera system, field of view, scene, exposure/contrast, lighting, installation and commissioning.
Targets follow local standards, consultant, tender or approved zone requirements. A satisfactory average lux level can still hide dark areas, so uniformity matters. Missing criteria need agreement before calculation.
No. Suitability depends on local solar resource, load profile, runtime, dimming, autonomy, shading, component placement and maintenance.
Zoned control helps when areas operate at different times. Scheduling and monitoring need compatible controllers/platforms and an operations team able to manage them.
Start with geometry, zones, mounting and targets. Calculation needs a candidate model/optic, matched IES/LDT, aiming and maintenance assumptions.
Not by default. Photometry, calculations and certificate sets are supplied for agreed purposes, subject to model, BOM, project scope and disclosure approval.
The options below support discussion. Final model, optic, BOM and configuration follow project-input assessment; images alone do not establish suitability.
Share your site plan, proposed pole layout, lighting criteria, BOQ or tender specification for a preliminary project review.
Share your project location, road width, pole height, spacing, working hours, backup days, and required documents. Our team can help prepare configuration guidance, datasheets, IES/LDT files, DIALux support when applicable, drawings, and BOQ matching notes.
