▶ Product Introduction
This street lamp is capable of receiving power directly from the city grid. It is equipped with an intelligent control system that can adjust the brightness as needed, balancing both nighttime lighting and energy conservation. The single-arm structure does not obstruct traffic signals. The shell is waterproof and resistant to wind, and it can operate stably in various outdoor scenarios such as urban main roads, rural roads, and industrial parks.
▶Product Advantage
1. Deep Energy Saving Technology: Compared to traditional sodium lamps, the energy saving rate exceeds 65%. The annual electricity consumption of a single lamp is as low as 75 kWh. Calculated on a scale of thousands of lamps, the annual electricity savings exceed 150,000 yuan, significantly reducing the operating costs of municipal lighting.
2. Intelligent IoT Control: Supports LoRa/NB-IoT communication. It enables remote monitoring of the lamp status, turning the lights on and off, and adjusting the brightness. The fault response time is shortened to within 1 hour, reducing the manpower investment for the maintenance of single-arm LED street lights.
3. Time-based Dimming Strategy: The default setting is to reduce the power to 40% during the night (after 23:00) and increase it again in the early morning (after 4:00). This strategy balances energy conservation and safety, meeting the needs of smart city lighting management.
4. Low Light Fade and Long Lifespan: Using imported LED chips, the light fade rate is ≤ 3% per 5,000 hours, with a lifespan exceeding 50,000 hours. This is 2 times longer than that of traditional street lamps, reducing the frequency of replacements.
▶Product Uses
1. Main roads of logistics parks: Supports 0-10V dimming. The brightness can be increased during peak traffic hours (such as loading and unloading at dawn) and reduced during off-peak hours to meet the lighting needs of logistics operations and reduce the energy consumption of the park.
2. Roads in science and technology parks: Lightweight aluminum alloy single arms combined with a simple design, in line with the modern style of science and technology parks. The intelligent control function can be connected to the park's overall control system to achieve unified lighting management.
3. Branch roads in chemical parks: The lamp body is made of anti-corrosion die-cast aluminum material, resistant to corrosive gases in the chemical area, with an explosion-proof grade of Class II, meeting the strict requirements for safety production in the park.
▶Product Operate Guide
1. Positioning and wiring: Mark the center position of the lamp pole at the installation point, ensuring alignment with the planned route;
2. Lamp pole fixation: Manually straighten the lamp pole, align it with the pre-drilled bolts, and tighten the nuts one by one;
3. Wiring installation: Climb up the lamp pole, fix the single arm of the lamp, and connect the power line to the power socket box;
4. Power-on inspection: Close the switch to power on, check if the lamp is lighting up, and fine-tune the angle of the single arm to the appropriate lighting direction.
