Joint development across optics, electrical, mechanical and control software on integrated, split and wind-solar hybrid platforms — for export SKU evolution and OEM programs.
Engineering deliverables for each area are in the detail panels below.
Beam patterns and DIALux studies by road class and mounting height — balancing illuminance, uniformity and glare for tender specs.
LiFePO4 sizing, MPPT strategies and autonomy calculations with safety margins for cloudy weather and high-temperature sites.
Housing, split-array brackets and hybrid mast structures with IP65 sealing and heat paths for coastal and dusty environments.
Custom housing, wattage bands, battery capacity, comms modules and branding on proven platforms — faster sampling with production consistency.
Photometric templates for lanes, campuses and arterial roads with IES files and DIALux reports. Tender chapters can cite uniformity, glare rating and energy metrics without repeated field tuning.
Battery and PV sizing matched to local sun hours, cloudy-day reserve and lighting hours. Controller firmware supports multi-stage dimming, timer and photocell profiles with over-charge, over-discharge, reverse-polarity and surge protection documentation.
Separated thermal zones for luminaire head, battery compartment and controller cavity with UV- and salt-spray-resistant seals. Split platforms allow flexible panel angles; hybrid masts verified for wind load per overseas structural requirements.
Appearance, wattage, battery and nameplate customization on three product platforms. After sample sign-off, dedicated part numbers share the same process baseline for bulk and spare consistency.
During development we verify flux, CCT and beam patterns on goniophotometer/integrating sphere and simulate charge/discharge cycles on burn-in racks. Typical autonomy profiles are regression-tested before release to reduce field tuning and under-run risk.
Mechanical engineers complete housing, battery compartment and bracket design in CAD, then validate mounting interfaces, thermal paths and IP65 sealing on prototypes. Approved changes sync to datasheets and engineering documentation.
Select by road type, pole height and site constraints; switch tabs for highlights — product pages include specs and typical applications.
PV, battery, controller and luminaire integrated in the head — easy installation for lanes, campuses and rural lighting programs.
Lanes · campusesSeparate PV array for higher wattage bands — main roads, parking and projects needing flexible panel angles.
Arterial · high powerPV plus small wind turbine for cloudy and low-sun periods — islands, remote posts and windy sites.
Off-grid · high reliabilityCommon single-pole configuration for municipal and campus projects — hardware categories are consistent across platforms; structure and wattage bands differ.
| # | Module | Key points | Catalog entry |
|---|---|---|---|
| 1 | LED engine | Beam pattern, CCT, efficacy and driver match | All-in-one series |
| 2 | PV module | Cell type, wattage and tilt angle | Split-type series |
| 3 | LiFePO4 pack | Capacity, BMS and autonomy reserve | Specifications |
| 4 | MPPT controller | Charge/discharge, dimming and protection | Technical support |
| 5 | Housing & bracket | IP65 structure, pole hardware and mounting | Accessories |
| 6 | Factory document pack | Datasheet, IES, CE/RoHS and installation guide | Certifications |
* Reference layout for typical municipal poles; wattage and battery capacity confirmed per autonomy calculation. Custom programs: OEM / ODM.
Export projects rely on a versioned, traceable SKU library — new jobs clone a defined release instead of re-selecting from scratch.
All-in-one / split / hybrid locked by wattage band; new projects clone snapshots; spares matched to version.
Road-class beam templates versioned; DIALux reports and tender reference pages per project.
CE/RoHS/ISO scans and datasheets released with SKU versions; tender packs on request.
Full SKU list and customization flow: Product catalog →
We provide datasheets, photometric files and compliance statements; project customers map them into bids and customs packs.
| Document type | Typical use | Deliverable | Where to get it |
|---|---|---|---|
| CE / RoHS | EU and overseas tenders, customs | Certificate scans, declarations of conformity | Certifications |
| Photometric files | Illuminance, glare studies | IES files, sample DIALux reports | Technical support |
| Datasheets | Technical bids, design selection | EN/ZH PDF, wattage and autonomy parameters | Product catalog |
| Installation | Site work, acceptance | Installation guide, wiring diagram, troubleshooting | Installation training · Technical support |
For bulk engineering orders and OEM programs — switch steps to view deliverables at each stage.
Road type, pole height, lighting profile, quantity and target market regulations.
Catalog match or custom BOM, autonomy estimate and indicative pricing.
Prototype build, photometric check and installation structure sign-off.
Line trial, inspection criteria frozen, labels and trace codes confirmed.
Dedicated part numbers with batch traceability and OQC criteria.
Documents project customers can cite in bids and detailed design.
| Deliverable | Contents | How to obtain |
|---|---|---|
| Product catalog | 30+ SKUs indexed by platform and wattage with key parameters | Product catalog |
| Photometric & autonomy | IES files, sample DIALux reports, autonomy calculation notes | Technical support |
| Installation & commissioning | Installation guide, wiring diagram, troubleshooting and videos | Installation training |
| Compliance pack | CE/RoHS statements, ISO certificate, EN/ZH datasheets | Certifications |
Compliance and test certificates aligned with product detail pages; full list on certifications page.
From optical and electrical definition through mass production and outgoing QC — traceable manufacturing for overseas road lighting projects.
Integrated / split / hybrid platforms · MPPT & optics · OEM feasibility
Shenzhen plant · bulk & custom lines · IQC / IPQC / OQC
ISO system · CE / RoHS · OQC records & tender packs
Send project parameters for SKU advice, photometric files and a sampling plan.
Advantages
Joint development across optics, electrical, mechanical and control software on integrated, split and wind-solar hybrid platforms — for export SKU evolution and OEM programs.
Engineering deliverables for each area are in the detail panels below.
Beam patterns and DIALux studies by road class and mounting height — balancing illuminance, uniformity and glare for tender specs.
Photometric templates for lanes, campuses and arterial roads with IES files and DIALux reports. Tender chapters can cite uniformity, glare rating and energy metrics without repeated field tuning.
LiFePO4 sizing, MPPT strategies and autonomy calculations with safety margins for cloudy weather and high-temperature sites.
Battery and PV sizing matched to local sun hours, cloudy-day reserve and lighting hours. Controller firmware supports multi-stage dimming, timer and photocell profiles with over-charge, over-discharge, reverse-polarity and surge protection documentation.
Housing, split-array brackets and hybrid mast structures with IP65 sealing and heat paths for coastal and dusty environments.
Separated thermal zones for luminaire head, battery compartment and controller cavity with UV- and salt-spray-resistant seals. Split platforms allow flexible panel angles; hybrid masts verified for wind load per overseas structural requirements.
Custom housing, wattage bands, battery capacity, comms modules and branding on proven platforms — faster sampling with production consistency.
Appearance, wattage, battery and nameplate customization on three product platforms. After sample sign-off, dedicated part numbers share the same process baseline for bulk and spare consistency.
Select by road type, pole height and site constraints; switch tabs for highlights — product pages include specs and typical applications.
PV, battery, controller and luminaire integrated in the head — easy installation for lanes, campuses and rural lighting programs.
Separate PV array for higher wattage bands — main roads, parking and projects needing flexible panel angles.
PV plus small wind turbine for cloudy and low-sun periods — islands, remote posts and windy sites.
During development we verify flux, CCT and beam patterns on goniophotometer/integrating sphere and simulate charge/discharge cycles on burn-in racks. Typical autonomy profiles are regression-tested before release to reduce field tuning and under-run risk.
Mechanical engineers complete housing, battery compartment and bracket design in CAD, then validate mounting interfaces, thermal paths and IP65 sealing on prototypes. Approved changes sync to datasheets and engineering documentation.
For bulk engineering orders and OEM programs — switch steps to view deliverables at each stage.
Requirements: Capture road class, pole height, lighting hours, quantity and destination regulations; output tender-ready SKU advice and autonomy boundaries.
Proposal & quote: Match catalog SKUs or issue custom BOM with battery/PV sizing and reference pricing with lead time.
Sampling: Build prototypes, complete photometric and installation checks; iterate datasheet and installation notes.
Pilot run: Trial production with IPQC checkpoints frozen; confirm labels, packing and batch trace rules before scale-up.
Production release: Dedicated part numbers released with OQC criteria and CE/RoHS document versions.
From optical and electrical definition through mass production and outgoing QC — traceable manufacturing for overseas road lighting projects.
Send project parameters for SKU advice, photometric files and a sampling plan.
