R&D capability
Joint development across optics, electrical, mechanical and control software on integrated, split and wind-solar hybrid platforms — for export SKU evolution and OEM programs.
Four R&D focus areas
Engineering differentiation is built around four practical development capabilities.
Optics & photometrics
Road-lighting distribution, optical matching, IES/LDT data and DIALux-based verification for different project conditions.
Electrical & energy
LED power, battery capacity, solar charging strategy, MPPT control and energy-balance design for stable nightly operation.
Mechanical & thermal
Housing structure, thermal paths, sealing, waterproofing, mounting strength and outdoor reliability validation.
OEM / ODM customisation
Branding, housing details, control settings, product configurations and engineering support for customised programs.
Photometric templates for lanes, campuses and arterial roads are supported with IES files and DIALux reports, helping project teams make faster technical decisions.
R&D and engineering validation
Photometric lab + burn-in validation
Before production release, key optical and electrical parameters are checked under controlled test conditions to verify performance consistency and long-term stability.
- Photometric distribution and lumen verification
- Burn-in and aging validation for complete luminaires
- Electrical operating stability and charging logic checks
- Performance records retained for engineering traceability
Mechanical design and prototype validation
Mechanical engineers evaluate housing, mounting structure, thermal paths and component integration before mass production, reducing installation risk and improving long-term field reliability.
- 3D structural review and assembly validation
- Prototype build with fitting and tolerance checks
- Mounting strength, waterproofing and service-access review
- Design records maintained for approved product versions
Three product platforms
One engineering system supports different solar street light architectures and project applications.
All-in-one solar street light
PV module, lithium battery, MPPT controller and LED luminaire are integrated into a compact platform for efficient installation, simplified logistics and repeatable project deployment.
Split-type solar street light
Separate PV, battery and luminaire components provide greater flexibility for high-power projects, challenging solar conditions and customised mounting arrangements.
Wind-solar hybrid street lighting
Hybrid generation architecture can combine solar and wind input for selected projects requiring diversified generation and extended autonomy.
Typical project luminaire BOM · 6-point template
Core modules can be configured around actual road-lighting and project requirements.
| # | Module | Key points |
|---|---|---|
| 1 | LED engine | Power, optics, CCT, efficacy and driver match |
| 2 | PV module | Cell type, wattage and tilt-angle relationship |
| 3 | LiFePO₄ pack | Capacity, BMS and autonomy reserve |
| 4 | MPPT controller | Charging/discharging, dimming and protection logic |
| 5 | Housing & bracket | IP rating, structure, pole interface and mounting |
| 6 | Factory document pack | Datasheets, BOM, test records and installation guide |
Product catalog version tree (simplified)
Engineering documentation is organised by product generation and application scope.
Catalog & product matrix
Series overview, model positioning, wattage ranges and product references.
Photometric & optical files
IES/LDT resources and optical references for routine road-lighting simulations.
Technical pack
Datasheets, key technical drawings, selected certificates and project-support documents.
Engineering documents & compliance matrix
| Document type | Typical role | Deliverables |
|---|---|---|
| CE / RoHS | EU and overseas tenders, customs | Certificate scans, declaration of conformity |
| Photometric file | Engineering / site calculation | IES files, sample DIALux reports |
| Datasheets | Technical bids, design selection | PDF datasheets, wattage and autonomy parameters |
| Installation | Site work, acceptance | Installation guide, wiring drawing, troubleshooting |
Custom project flow
Requirements
Road type, pole height, lighting hours, target lux and quantity.
Engineering
Product selection, optical matching, energy sizing and proposal.
Sampling
Prototype, photometric check and key-parameter confirmation.
Pilot run
Small-batch validation before mass-production release.
Production release
Locked configuration with quality traceability and OQC records.
Standardized engineering deliverables
| Deliverable | Contents |
|---|---|
| Product catalog | 30+ SKUs indexed by platform and wattage with key parameters |
| Photometric & autonomy | IES files, sample DIALux reports and autonomy calculation notes |
| Installation & commissioning | Installation guide, wiring diagrams, troubleshooting and videos |
| Compliance pack | CE/RoHS statements, ISO certificate and selected test documents |
Certifications (selected)
Compliance and test certificates are available with the relevant product and project documentation.
CE certificate
RoHS compliance
IP65 ingress test
ISO 9001
Photometric test
Salt-spray testR&D + production · quality loop
R&D capability
Optical, electrical and structural development backed by project simulation and validation.
Manufacturing
Standardized production, controlled assembly and repeatable process execution for bulk orders.
Quality & certification
Incoming, in-process and final inspection with traceability and supporting test documentation.
Need IES files or a custom assessment?
Send your project parameters for road-lighting simulation, technical review, product selection or OEM / ODM engineering support.