APPLICATION VISUALIZATION · 01 / REFINERY · PETROCHEMICAL
Engineered Light for Critical Infrastructure
High-performance lighting solutions for refinery, petrochemical and industrial environments.
Explore Applications
Lighting application visualizations
01 / SYSTEMS, NOT COMMODITIES
Lighting engineered
for the whole site.
A reliable solar lighting project is more than a luminaire. It is an integrated system designed around the site, the operating schedule and the conditions it must perform in.
We bring optics, PV generation, battery storage, controls, mounting and lighting design together as one project conversation—from early requirements through system selection.
Explore solar systems01LightLuminaire · LED · optics
02GeneratePV module · site resource
03StoreBattery · autonomy
04ControlSchedule · energy strategy
02 / SOLAR APPLICATIONS
One design approach.
Many environments.
From roads and facilities to sports and security lighting, each application starts with the project conditions and the intended use.
A / 01
Roads & highways
Solar and hybrid systems for public roads, factory roads and infrastructure routes.
↗ A / 02Airports & ports
Site-focused lighting for operational areas and supporting infrastructure.
↗ A / 03Industrial & yards
Lighting concepts for manufacturing sites, logistics areas and industrial parks.
↗ A / 04Sports & campuses
Solar outdoor lighting for courts, play areas, parking and campus environments.
↗03 / SOLAR & HYBRID SYSTEMS
Designed as complete
lighting systems.
Specify the complete operating solution: photometry, energy generation, storage, control and mounting configuration.
SOLAR / HYBRID
Solar street lighting
Integrated roadway solutions built around pole layout, optical distribution and operating profile.
Explore solution ↗SOLAR / HYBRID
Solar flood lighting
Project-specific area lighting for yards, facilities, perimeters and open spaces.
Explore solution ↗HIGH RELIABILITY
Hybrid solar + AC
Solar-first energy use with AC backup where operating continuity is a priority.
Explore solution ↗+
System configuration follows the project. Luminaire, optics, battery, PV panel, controller, pole and energy schedule are considered together.
04 / LIGHTING ENGINEERING
See the layout.
Understand the performance.
Lighting design turns a project brief into an understandable layout—so pole positions, optics, illuminance and uniformity can be reviewed before installation.
- DIALux evo layouts for roads, airports, ports, factories and outdoor areas
- Review of lux level, uniformity, glare, mounting height and spacing
- Beam distribution considered against the application and site geometry
LIGHTING LAYOUT / CONCEPT REVIEW PARAMETERS
Pole spacing
Optical coverage
Review zone
01 Roadway geometry02 Distribution & uniformity03 Review with project team
05 / CLIMATE & ENERGY DESIGN
Design for the whole year.
Solar systems are evaluated around the location, seasonal resource and actual operating schedule—not a single simplified sunshine assumption.
01Solar resourceLocation · seasonality
→02PV generationArray sizing · yield
→03Battery SOCStorage · autonomy
→04Lighting loadHours · dimming profile
→05Backup marginSeasonal resilience
Where suitable, long-term meteorological and solar-radiation datasets—including NASA-derived sources—can inform site-specific analysis.
Our design process06 / HYBRID SYSTEMS
Solar-led.
AC-backed.
For applications where continuity matters, a hybrid strategy can combine solar energy with AC backup to support the required operating plan.
Discuss a hybrid projectENERGY
MANAGEMENTH
MANAGEMENTH
☼SolarPrimary energy
⌁AC backupWhen required
↗Lighting loadScheduled output
07 / PROJECT EXPERIENCE
Projects shaped
around real sites.
Our project experience includes roadway, airport and industrial lighting applications in Cambodia and wider international project markets.
Each case study is built from confirmed project details, approved imagery and the requirements that shaped the design.
Explore our project approachPROJECT-LED LIGHTING
CASE STUDY FRAMEWORK
↗From site brief to operating plan
Application Roadway · Facility · OutdoorDesign focus Layout · Energy · Controls
PHOTOMETRIC REVIEW ●
IES
DATA
DATA
08 / IN-HOUSE PHOTOMETRIC TESTING
Measure light.
Validate the optics.
Our factory has a dark-room photometric testing capability used to evaluate luminaires and support project-specific lighting analysis.
IES file generationPhotometric reportsOptical performance verification
Technology & quality 09 / QUALITY & RELIABILITY
Lifecycle thinking,
built into review.
Quality checks are aligned to the project configuration and the conditions the system is expected to face.
01
Energy components
Battery capacity verification, PV performance and controller selection.
02
Light engine
LED and driver quality, optical performance and thermal management.
03
Environmental readiness
Weather and ingress protection considerations for the project environment.
04
Project-specific QC
Aging checks and inspection scope defined against the system and project requirements.
✓
Certifications & compliance
Discuss documentation Product documents and certificates are confirmed against the selected product and project scope.
10 / AC OUTDOOR LIGHTING
Complementary AC
lighting solutions.
For projects requiring conventional supply, explore our focused range of outdoor and industrial luminaires.
LET'S DEFINE THE PROJECT
Have a site to light?
Share the application, location and operating requirements. We’ll help shape the next engineering discussion.