Split Solar Street Lights Industrial Park Road Lighting Project

A large manufacturing park overseas needs to provide comprehensive road lighting solutions for internal lanes, surrounding roads, and parking areas. The site is located in the suburbs and lacks complete public power infrastructure. Street lighting powered by the power grid will require expensive cable installation and generate ongoing electricity expenses.

After technical evaluation, the customer has chosen our LBB split solar street light series. The LBB-60W model is deployed on main roads, while the LBB-40W model is installed on secondary roads.

The area is often attacked by rainstorm, high humidity and industrial dust, and the temperature fluctuates greatly. The park operates around the clock and requires consistent and reliable nighttime lighting for employee traffic, freight vehicles, and security patrols. Customers prioritize automated operations and low long-term maintenance.

On site performance and working status

LBB solar street lights adopt a modular split structure and IP66 protection level, which can withstand local conditions such as humidity, dust, and rain. Optimized heat dissipation channels can protect Philips LED light sources, controllers, and LiFePO4 batteries from overheating. Since debugging, no water damage or overheating faults have occurred.

Integrated light sensors support automatic activation from dusk to dawn. Combining segmented intelligent dimming and timed control, these lights provide full brightness during peak hours and adjust power at midnight to extend lighting time. Supported by efficient solar panels and high-capacity lithium iron phosphate batteries, the system can maintain stable lighting performance even on long cloudy days.

The LBB split solar street light adopts a modular split structure with a protection level of IP66. The lamp can effectively block rainwater, moisture, and industrial dust. The independent heat dissipation channel enables the LED light source, controller, and battery to operate within a stable temperature range. So far, all street lights have been able to operate smoothly during rainy and dusty weather without malfunctioning due to water ingress or overheating.

Equipped with dual control functions of lighting control and timing. The lights automatically turn on at dusk and turn off at dawn. Implement segmented dimming strategy based on traffic flow in the park: increase brightness during peak commuting hours and reduce power reasonably at midnight. Intelligent control effectively extends battery life, ensuring normal lighting even on continuous cloudy days.

Using Philips LED chips, the light presents uniform illumination on asphalt roads without obvious dark areas. Paired with high-efficiency 36V solar panels and high-capacity lithium iron phosphate batteries, the energy storage system has reliable cycling performance. The lights maintain consistent brightness throughout the night.

Equipped with light sensors, the street lights automatically turn on at dusk and turn off at dawn. Support segmented intelligent dimming control to reduce unnecessary energy consumption. The timed control mode can customize the lighting schedule according to the factory's shift requirements.

Widely applicable to rural roads, community roads, park trails, and suburban branches. It provides practical off grid lighting solutions for remote areas without power grid coverage.

Philips LED light source, high luminous efficiency, long lifespan.

Efficient 36V solar module: 160W (LBB-40W)/180W (LBB-60W).

Safe lithium iron phosphate battery: 25.6V large capacity energy storage, reliable cycling performance.

Even in continuous rainy weather, the system can ensure standard lighting time.

Adopting a modular split structure to fully protect the core components. IP66 waterproof and dustproof rating, effectively resisting moisture, rain, and industrial dust. The built-in optimized heat dissipation channel can maintain a stable operating temperature for all electrical components, perfectly adapting to harsh outdoor industrial environments.

The split design separates solar panels, LED lighting fixtures, and lithium batteries, allowing for flexible installation height and angle adjustment to maximize solar energy collection efficiency.