Engineering & Simulation Support for Road and Solar Lighting Projects

Send us your road drawings, BOQ or pole schedule – our engineering team will design the lighting layout, size 230 lm/W solar systems and prepare a technical proposal tailored for African and Middle East projects.

Solutions of Simulation Design

Road Lighting Design

Lighting Simulation

Garden Lighting Design

Smart Street Lighting System Design

Stadium Lighting Design

Highway Lighting Simulation Design

Outdoor Lighting Design

Intelligent Dimming Design

High Mast Light Design

Coastal Light Pole Corrosion Design

Football Field Lighting Design

Construction Design Drawings

Technical Resources

This Technical Resources overview highlights the key innovations that matter most to distributors, contractors, and factory-level buyers—5G smart control for real-time management, 230lm/W high-lumen efficiency, long-life 6000-cycle LiFePO₄ batteries, and the future-ready 3.2V low-voltage system. Together, these technologies reduce maintenance costs, improve stability, and ensure stronger performance for large-scale solar street light projects.

5G Smart Control for Solar Street Light Manufacture & Supplier Solutions

First-in-China 5G Remote Dimming Technology
Sunlurio enables every distributor and contractor to control each solar street light individually through a true 5G network—no local routers, no onsite network setup.
Real-Time Lamp Monitoring for Factory-Level Reliability
Each lamp’s status, brightness, battery health, and energy output are displayed instantly, helping buyers detect issues before they escalate into costly failures.
Zero Onsite Manpower Waste
Traditional projects require teams to walk the site to inspect faults. Sunlurio’s 5G system removes this burden, saving labor, time, and operational expense.
Full Project Visibility for Professional Suppliers
Buyers gain a centralized dashboard covering every lamp in the area, ensuring stable performance and minimizing project risk.
Designed to Solve Core B2B Pain Points
No local network needed, fewer maintenance trips, faster troubleshooting, and higher long-term system stability—ideal for high-volume procurement and factory-scale deployments.

230lm/W High-Lumen Solar Street Light Technology

230lm/W High-Lumen Performance for Manufacture & Supplier Demands
This enhanced efficiency surpasses the common 160–180lm/W market range, giving distributors and contractors a stronger, brighter lighting result at the same wattage level.
Higher Brightness at the Same Power Level
Factory buyers gain a clear advantage: identical wattage installations deliver noticeably stronger illumination, improving road safety and visibility without increasing energy input.
Lower Energy Consumption for the Same Brightness
When matching brightness with other suppliers’ 160–180lm/W systems, the 230lm/W solution consumes less power, reducing battery strain and extending nightly runtime.
Reduced Project Cost & Maintenance Pressure
Higher photometric efficiency means fewer lamps may be required to achieve coverage targets, minimizing installation, procurement, and long-term OPEX.
Designed to Solve Core B2B Pain Points
No more underperforming lights, no more oversizing systems, and no more unnecessary battery upgrades—buyers get a brighter, more stable, and more cost-efficient solar street light solution.

LiFePO₄ Battery Technology with 6000 Cycles for Long-Life Solar Street Light

LiFePO₄ Battery System for Manufacture & Supplier Stability
The solar 5G-controlled street light solution uses high-grade lithium iron phosphate batteries, engineered for long-term durability and project reliability.
Up to 6000 Charge Cycles for Factory-Level Longevity
Compared to conventional batteries, the extended cycle life ensures consistent performance even under heavy daily usage, supporting long deployment cycles.
8–10 Years of High-Efficiency Operation
Buyers benefit from a dramatically longer battery lifespan, reducing replacement frequency and protecting long-term project investment.
Lower Manpower & Maintenance Costs
The stable LiFePO₄ chemistry minimizes battery failures, cutting down onsite visits, technician time, and emergency repair expenses.
Reduced Outage Risk & Stronger Delivery Confidence
With a resilient power system supporting the 5G smart control technology, project downtime is minimized, ensuring smooth handovers and avoiding delivery risk for suppliers and contractors.

3.2V Low-Voltage Solar Street Light System for High-Safety

3.2V Low-Voltage System for Future-Ready Manufacture & Supplier Projects
The industry is shifting toward safer, more efficient 3.2V architectures—ideal for long-term deployments and large-scale procurement requirements.
Supports 9–10m Pole Installations with High-Brightness Output
Despite its low voltage, the system delivers brightness levels comparable to higher-voltage setups, meeting roadway visibility and safety standards.
Higher Efficiency with Reduced Energy Loss
The 3.2V system minimizes internal resistance and power waste, giving distributors and contractors stronger lighting performance with lower operational costs.
Significantly Lower Heat Generation vs. 12.8V Systems
Lower temperature rise protects components, extending product life and preventing overheating issues common in older system designs.
Prevents Collective Lamp Failure in Large Installations
Unlike 12.8V systems prone to area-wide outages, the 3.2V structure ensures stable operation across high-volume street light networks, reducing delivery risk for suppliers.

Technical White Papers & Engineering Guides

Sunlurio provides a series of technical white papers that help distributors, EPC contractors, and municipal clients understand the engineering logic behind our solar lighting and 5G smart control systems.