Innovative Thermoelectric Split Design Led Street Light

⇒Learn more about our street light

With "flexibility, practicality, safety, and durability" as its core features, this product is equipped with an imported SMD2835 high-brightness light source (CRI>80), combined with a die-cast aluminum + PC composite shell and IP66 waterproof structure, providing uniform illumination and strong penetration. Its innovative thermoelectric separation design and tool-free maintenance, along with 180-degree rotation adjustment, make installation convenient and adaptable to diverse scenarios. Power-off protection on the rear cover and high-specification driver ensure both safety and long-term stability, making it a high-performance, cost-effective choice for outdoor lighting.

⇒Detailed specifications 

Durable cast aluminum alloy with baked enamel finish, oxidation & corrosion resistant. IP66 waterproof, weatherproof, dual heat dissipation, flame-retardant for long service life.
	High-efficiency illumination with wide-voltage driver (global adaptability), SPD optional. Upgraded safety: auto power-off, thermoelectric separation for safe use & maintenance.
180° rotation adjustment for flexible angle selection, stable after fixing. Tool-free maintenance, easy disassembly for reduced upkeep costs.

⇒How to install and use street lights?

⇒Application scenarios 

High-pole street lamps illuminate the ferry waiting areas and passageways, enabling passengers to clearly identify ferry terminal signs and board and alight safely.	Medium-pole street lamps emit soft diffused light, which not only ensures the safety of night walking but also prevents harsh direct light from shining into windows and intruding on residents' privacy.	High-pole street lamps with double lamp heads cover both the ground lanes and intersections under overpasses simultaneously, eliminating visual blind spots in the shaded areas of overpasses and ensuring traffic safety under complex road conditions.

⇒More street light designs to develop！

Size and Structure: Customized lamp body dimensions, lamp molds, mounting devices, and accessories. Optical Performance: Customized beam angle, color temperature (2700K-10000K), color rendering index (CRI > 80/90/95Ra), etc. Drive Functions: Customized switch control, Tuya dimming, DALI dimming, adjustable white light, flicker-free power supply. Energy Efficiency: Customized high conversion efficiency, high power factor (PF) power supply.

Packaging & Labeling: Small-batch packaging design, brand label printing, customized surface treatments Branding Materials: Product manuals, brochures, display rack design and production Gifts: Customized branded tote bags, hats, display props Visual System: Brand logo printing, customized product color schemes

⇒Frequently Asked Questions (FAQ)

Q1.What are the advantages of a separate thermoelectric structure?

A1: The thermoelectric separation design physically separates the heat-generating LED light source from the electrical components, avoiding the impact of concentrated heat sources on electrical performance, while improving overall heat dissipation efficiency, reducing light decay, and extending the lifespan of the lamp. In addition, it can reduce the risk of electrical components being damaged by moisture or overheating, improve the stability of use, and allow for targeted maintenance without the need for complete disassembly.

Q2. In what specific ways is tool-free maintenance implemented?

A2: Key components of the lighting fixture adopt tool-free disassembly structures such as snap-on and magnetic attachment. When cleaning the lens, checking the driver, or replacing parts, it can be done quickly without professional tools, which greatly reduces the difficulty and cost of operation and maintenance. It is especially suitable for the maintenance needs of high-altitude and large-area installation scenarios.

Q2. How do I choose whether to configure SPD?

A2: SPD (surge protector) can enhance the ability of lighting fixtures to withstand lightning strikes and voltage surges. If the installation scenario is in an area with frequent thunderstorms, an open outdoor area (such as a square or rural road), or where there are high requirements for electrical safety (such as a school or commercial park), it is recommended to configure an SPD; in ordinary urban areas or indoor-outdoor transition scenarios, whether to configure an SPD can be selected according to actual needs.