Project documentation and verification
Solar Lighting Projects Built Around Verifiable Requirements
Explore application scenarios for roads, industrial areas, communities, parking facilities, and demanding environments. Published claims are limited to authorized or appropriately anonymized evidence.
Institutional • Government • Municipal • Utility Scale Delivery
Verified International Infrastructure Projects
Authentic turnkey off-grid commercial solar lighting systems engineered, manufactured, and delivered by MCL Solar (Zhongshan Chengyu New Energy Technology Co., Ltd.). Backed by audited bills of materials, international bank wire settlements, on-site container loading records, and field-proven operational data across Africa, Middle East, and Asia.
Algeria: 978 Sets 200W (32,000 lm) 10M Split Highway Lighting
National infrastructure arterial roadway deployment for Dr. Bouzaki across Sahara highway corridors. Engineered with 200W die-cast luminaire (32,000 lumens), 200W monocrystalline PV, 1,536Wh LiFePO4 battery (-20°C to +75°C rating), and 10M Q235 conical hot-dip galvanized poles with structural gusset reinforcements.
Comoros: 520 Sets Multi-Island Roadway Lighting
World Bank funded national electrification project across Grande Comore, Mohéli, and Anjouan. Factory-staged in Zhongshan with verified bill of materials, 180W dual-PV split topology, smart IoT micro-controller, and maritime saline-resistant Q235 octagonal hot-dip galvanized poles.
Saudi Arabia: 253 Sets High-Temp Desert Highway Lighting
High-temperature corridor deployment for Bin Dawood Trading. Features custom 65°C ambient-tolerant LiFePO4 battery chemistry, high-efficiency MPPT controllers with IP68 heat sinks, and reinforced conical steel poles engineered to withstand violent desert sandstorms.
Senegal: 150 Sets Coastal 80W / 8M Sendou Power Station Systems
Atlantic marine perimeter and arterial access roadway lighting for Compagnie d'Électricité du Sénégal (CES). Engineered with 80W Philips luminaire (EVERFINE GO-3000H lab tested), 250W dual-module parallel PV, 25.6V 1,280Wh LiFePO4 battery, and 8.0M 4.0mm conical poles with duplex C5-M powder coating (HD1330 70027).
Azerbaijan: 150 Sets 100W All-In-Two Government Roadway Lighting
Government public procurement tender deployment featuring 100W high-lumen Philips 5050 LED luminaires, 18V 150W high-efficiency monocrystalline solar panels, 12.8V 80Ah (1,024Wh) Grade-A LiFePO4 batteries, and 8-meter hot-dip galvanized conical steel poles.
Ethiopia: 12 Sets 8M 208.96 lm/W Remote Gold Mine Perimeter Lighting
High-security perimeter defense lighting for a remote open-pit gold mining concession in western Ethiopia. Engineered with 208.96 lm/W ultra-high efficacy optical engines, 1,024Wh extreme cold/heat LiFePO4 batteries, and heavy-gauge 8.0M conical steel poles.
Philippines: 200+ Sets Coastal Highway & Barangay Network
Regional infrastructure deployment covering typhoon-exposed coastal thoroughfares and rural barangays. Features IP66 marine corrosion-resistant enclosures, Grade-A LiFePO4 cells, and high-strength wind-resistant mounting hardware rated for Pacific storm zones.
Application library
Project scenarios, not unsupported performance claims
These examples show the documentation expected for common applications. Exact output, autonomy, wind loading, corrosion protection, and installation requirements must be confirmed for the proposed model and site.

Rural Road Lighting
Road width, pole height, spacing, operating profile, and local solar resource form the design basis.

Industrial Road Lighting
Traffic activity, mounting geometry, glare control, maintenance access, and operating hours are reviewed together.

Smart Community Lighting
Controls, communications, privacy responsibilities, power budget, and service boundaries require written scope.

Urban Road Retrofit
Existing foundations, pole positions, road classification, and photometric targets are checked before selection.

Commercial Parking Areas
Pedestrian movement, vehicle routes, camera requirements, uniformity, and dimming schedules guide the proposal.

High-Power Road Applications
High output labels alone are insufficient; photometry, energy balance, structure, and thermal limits must align.

Evidence package example
High-wind and coastal conditions
A proposal for demanding environments should state the engineering inputs rather than rely on a general weather-resistance claim.
- Design wind speed, projected area, pole and foundation scope
- Substrate, pretreatment, coating system, film thickness, and test method
- Battery temperature limits, enclosure reports, and installation conditions
- Approved drawings and model-specific structural calculations
Project support
Questions buyers ask before approval
Answers define the review scope without promising an unverified tender outcome or applying one product claim to every project.
Do you provide DIALux support for tenders?
Model-specific calculation support can be scoped after the luminaire, road geometry, maintenance factor, and acceptance criteria are confirmed.
How are extreme-weather requirements reviewed?
Wind, temperature, corrosion, enclosure, battery, foundation, and installation inputs are reviewed for the exact proposed configuration.
What is the standard warranty?
The standard complete-system warranty is 5 years. Extended warranty is available only when specified in the PI or sales contract.
Can the system and branding be customized?
OEM/ODM scope can cover branding, packaging, controls, battery and panel configuration, subject to technical review and written approval.
Bring us the road data, not just a wattage target
Send the BOQ, drawings, location, pole height, spacing, quantity, and required operating profile.