Engineered for excellence with 220lm/W luminous efficacy and IP66/68 waterproof durability. Our aerodynamic designs feature superior wind resistance, C5-level anti-corrosion, and efficient heat dissipation. Fully compatible with Smart Control Systems (NEMA/Zhaga) to maximize energy savings for urban infrastructure.
INFRASTRUCTURE-GRADE SKD SOLUTIONS
Modularized street light kits engineered for IP68 protection and IK10 impact resistance. Features versatile beam angles for global road standards with optimized cost-effectiveness.
Aerodynamic Self-Cleaning Design: High-pressure die-cast (ADC12) & 6063 aircraft-grade aluminum with C5-class anti-corrosion coating. Optimized rib spacing for maximum heat dissipation while preventing dust and bird nesting.
High-Density LED Modules. Integration with high-power chips (2835/3030/5050/7070). Optimized for high lumen maintenance (L70 > 100k hours๏ผL80>72k hours).
Power Intelligence: Equipped with IP67 constant current drivers (Sosen/Meanwell). Features Universal Wide Voltage (85-305V), High PF > 0.95, Photocell (Dusk-to-Dawn) and Switching Stress Protection (High/Low voltage checks) for maximum grid adaptability and energy saving.
Batwing Beam Patterns. Specialized PC lenses for Type I/II/III road distributions, ensuring uniform brightness without dark spots.
Smart City Ready & Heavy-Duty Protection. Our SKD kits feature NEMA/Zhaga sockets for photocells and LoRa sensors. Includes 40KV surge protectors (SPD) for extreme weather. Completed with adjustable slip-fitters, IP68 cabling, and SS304 stainless steel screws.
Beyond hardware, we provide professional [SKD/CKD Solutions] and [OEM Manufacturing] to support your local brand growth.
Our laboratory verifies components for all SKD/CKD platforms, View Other Solutions: Flood Light | High Bay | Tunnel Light.
With over 100 housing styles and 200+ electrical combinations, we donโt just sell parts—we match the perfect engineering matrix for your market. Whether it’s Extreme Heat or Coastal Saltwater environments, our configuration logic ensures stability.
Tested in 5% salt fog for 100+ hours to ensure reliability in coastal regions.
Verify Luminous Efficacy, Beam Angle & Photoelectric Performance for module consistency.
Rigid 48h burn-in with 10KV/20KV surge protection for lightning-prone areas.
Precision in every photon. All platforms are verified under [15+ Rigorous Testing Standards] in our CNAS-level laboratory.
A dedicated in-house design team turning complex project requirements into reality. We don't just supply parts; we provide engineered solutions optimized for your specific market.
Direct factory-cost access coupled with professional agency services. By eliminating hidden middleman markups, we ensure every cent of your budget goes directly into product quality.
Proven mastery in optimizing container loading and diversifying logistics channels. We specialize in slashing your landed costs through strategic SKD/CKD kit solutions.
Our kits are Smart City Ready, featuring NEMA or Zhaga sockets for seamless integration with photocells and LoRa sensors. Engineered for global infrastructure projects, they meet rigid standards with IP68 protection, IK10 impact resistance, and versatile beam patterns (Type II/III) to ensure uniform brightness without dark spots.
Yes. Our housing systems use AC12 die-cast aluminum with a C5-class anti-corrosion coating, specifically designed for coastal saltwater environments. Additionally, we include 10KV/20KV surge protectors (SPD) and IP67 constant current drivers to protect the system against extreme weather and electrical stress.
With over 100 housing styles and 200+ electrical combinations, we provide precision-engineered ODM solutions tailored to your specific market requirements. Beyond hardware, we act as your โeyes in China,โ providing full technical support and assembly SOPs to help you build a strong local brand in regions like Southeast Asia and South Asia.
Optimize your local assembly line with Impress Energyโs SKD/CKD street light solutions. Contact our Product Experts for Smart City Solutions.
