Quality Integrated Solar Street Light & Split Solar Street Light factory

1. Optimize the installation position and AngleOrientation and occlusion treatmentEnsure that the solar panels are unobstructed throughout the year and face due south (calibrated with a compass).In regions with distinct four seasons, the inclination Angle of solar panels can be adjusted every quarter (refer to ±15° of the local latitude), for example, increasing the inclination Angle in winter to cope with the low Angle of sunlightWind resistance and stabilityWhen installing, the foundation should be poured with C20 concrete, and the depth of the embedded parts should be at least 1 meter. Also, check whether the bolts at the connection points of the lamp poles are tightened to ensure that the wind resistance is ≥150km/h. In windy areas, it is recommended to increase the diameter of the lamp post or use triangular reinforcing brackets 2. Intelligent Functions and Energy-saving SettingsController parameter optimizationEnabling the "two-stage dimming" function of the intelligent controller, such as full-power lighting during peak night and reducing the brightness to 50% in the latter half of the night, can extend the battery life by 30%. Set undervoltage protection ≥11.1V to prevent battery over-discharge.Combination of light control and time controlAdjust the light control sensitivity according to the season (for example, turn on the lights 30 minutes earlier in winter), and set it to automatically shorten the lighting duration to 4-6 hours on rainy or cloudy days, giving priority to ensuring power supply during core periods. 3. Key Points for Regular MaintenanceCleaning and inspection cycleClean the surface of the solar panels with a soft cloth every two months (avoid being washed by water), and clear the drainage holes before the rainy season. Check the light attenuation of the LED beads every six months. If the brightness drops by more than 20%, they need to be replaced.System status monitoringCheck regularly through the digital screen of the controller:Battery voltage (normal range: 12-14.4V)Photovoltaic input current (on sunny days, it should be ≥ 70% of the nominal value) 4. Response to Extreme WeatherEmergency plan for continuous rainy daysIn areas with frequent rain and snow seasons, it is recommended to configure a battery capacity that is 5 to 6 times the daily power consumption. For example, a system with a daily power consumption of 7 hours should be equipped with a storage capacity of 42 hours. A complementary module for mains power can be installed as a backup power source.Lightning protection and insulation treatmentThe lamp post itself is used as a lightning arrester. The grounding resistance should be ≤10Ω. Before the annual thunderstorm season, the insulation resistance should be tested with a megohmmeter.

The domestic market size has grown stronglyThe Chinese solar lighting market is expected to reach 40 billion yuan in 2025, with a compound annual growth rate (CAGR) of approximately 15%. The core growth drivers include policy support (such as the "dual carbon" goals and rural power grid renovation) and the improvement of consumers' acceptance of green products.The potential of the global market has been unleashedThe global market size is expected to grow at a compound annual rate of 8% by 2029. As the largest producer and consumer, China's export volume continues to rise, especially through the Belt and Road cooperation to expand into emerging markets. Bloomberg New Energy Finance predicts that the global photovoltaic installed capacity will reach 698GW in 2025, supporting the popularization of solar lighting technology. technological upgrading drives industrial innovationCore technological innovationPhotovoltaic cell technology: The penetration rate of N-type cells such as TOPCon and HJT has increased, the research and development of perovskite materials has accelerated, and the photoelectric conversion efficiency has exceeded 25%.Energy storage and intelligence: The integrated photovoltaic and energy storage system, combined with 5G and Internet of Things technologies, realizes functions such as remote monitoring and energy consumption prediction. Huawei, Alibaba and other enterprises have launched smart street lamp systems integrated with AI.The direction of enterprise product iterationProducts are developing towards modularization and lightweighting to reduce installation and maintenance costs. The proportion of smart lamps has risen from 12% in 2020 to 35% in 2025. Diversified expansion of application scenariosDeepening of traditional fieldsUrban road lighting remains the main force (accounting for 45% of the market share), and the penetration rate of solar street lamps in the construction of beautiful villages has reached over 60%The rise of emerging scenariosSmart city: An intelligent street lamp system integrating environmental monitoring and security functions is applied to urban managementAgriculture and indoor lighting: The demand for photovoltaic greenhouse supplementary lighting systems and home energy storage lighting solutions has soared, with the coverage rate in rural areas exceeding 50% Challenges and Coping StrategiesExisting pain pointsThe initial installation cost is still 30%-50% higher than that of traditional lamps. The technological maturity is insufficient, and the energy storage duration and stability in extreme weather need to be improvedThe direction for the company to break throughThe enterprise will increase its investment in research and development (estimated to account for 8% to 10% of its revenue), expand overseas certifications (such as the EU CE standard), and lay out distributed energy system solutions Future Trend PredictionIntelligence and energy integration: From 2025 to 2030, integrated photovoltaic storage and charging systems will become mainstream, and it is expected that the cost of intelligent control modules will drop by another 40%

Core selling point: energy-saving revolution × intelligent interaction Long endurance, zero electricity burden Equipped with a new generation of monocrystalline silicon solar panels, the photoelectric conversion efficiency is increased to 23%, and the 6-hour daytime charge can support 12 hours of high-light lighting all night. The lamp bead adopts Dongguan Star custom LED chip, 300W version built-in 395 lamp bead matrix, light efficiency reaches 180LM/W, brightness is 40% higher than traditional lamps, courtyard, garage, terrace full coverage without dark Angle. Human body sensing x light control dual mode intelligenceThe first microwave + infrared dual sensor technology, sensing distance of 8 meters, people come to light, people walk gradually dark. Support light control automatic switch and remote control timing (such as set 18:00-6:00), rainy days automatically switch low-power mode, save more than 500 degrees of power throughout the year. Military-grade protection, extreme environment worry-freeIP67 waterproof and dust-proof design, -30℃ to 60℃ wide temperature range operation 6, the lamp body adopts aviation aluminum + nano anti-corrosion coating, salt spray test more than 1,000 hours does not rust, suitable for coastal, desert, cold and other scenarios. Modular design, zero threshold installationSplit structure (solar panel and lamp body separation), bracket 360° adjustable, 15 minutes quick assembly; Support wall hanging, ground insertion, hoisting three installation methods, courtyard, corridor, stairwell layout

  In April 2025, Sichuan Zhongxin Hengye Technology Co., Ltd. announced that its online independent station was officially put into operation, and its core products focused on solar street lights and solar cast lights, marking the company's strategic deepening in the field of new energy application and development.   The company's product line covers many scenes such as urban main roads, rural roads, tourist attractions and industrial parks. Taking solar street lights as an example, its "under-board grazing" design synchronously solves the problem of lighting and land resource utilization in remote areas, while the floodlight is suitable for park lighting, architectural landscape and other fields, 45 to achieve both economic and environmental value.   The independent station will integrate the big data analysis system in stages to achieve remote monitoring of product operation status and fault warning. The next step is to link up with energy storage enterprises and rural revitalization projects to explore a comprehensive solution of "photovoltaic + energy storage + digital management".