I. Market Background: The "Cost Reduction and Efficiency Improvement" Transformation of US Municipal Lighting
In recent years, with the continuous rise in labor costs and energy prices in North America, more and more US municipal departments and community developers are seeking "zero electricity cost, no wiring" green solutions when upgrading infrastructure. Traditional street light installation involves expensive trenching and complex underground wiring, which not only extends the construction period but also makes the installation cost often 3-4 times the value of the light fixture itself. Against this backdrop, high-efficiency solar lighting systems with "plug-and-play" features have become a new market favorite.

II. Customer and Application Scenario: Security Guarantee for a Modern Gated Community
The client for this project is a well-known community management agency in the United States, and the project is located in a newly built modern residential area in Florida. The community required not only sufficient nighttime visibility to ensure resident safety but also had stringent requirements for the industrial design and corrosion resistance of the light fixtures.

Application locations: Community main roads, pedestrian walkways, and public green spaces.

Core demands: No road excavation required, appearance must blend with the architectural style, and stable lighting output must be maintained even on cloudy and rainy days.

III. Our Solution: Hardcore Parameters Drive Excellent Performance
To address the client's needs, we provided 200 sets of AG002-C Phospherus Series solar garden lights. This solution is not simply an assembly of components, but a system integration based on precise calculations:

Customized Optical Design: Configured with a 50W output power, the color temperature was selected as 4000K (natural white light), which best suits aesthetic perception. This ensures true color rendering with a CRI >80 while avoiding the harshness of cool white light.

High-Efficiency Control System: The core module uses an MPPT (Maximum Power Point Tracking) intelligent controller. Compared with traditional PWM controllers, its charging efficiency is increased by approximately 20%-30%, ensuring that the JANE 12.8V high-performance lithium battery can be quickly charged even under poor lighting conditions. Ultimate Lighting Efficiency: Equipped with SMD5050/3030 LED chips, the system boasts a luminous efficacy of up to 235 LM/W, meaning wider lighting coverage with lower power consumption.

Exquisite Craftsmanship and Protection: The lamp body is made of ADC12 die-cast aluminum, and the surface is treated with a high-quality Sandy Black powder coating. This not only provides a low-key and elegant appearance but also offers excellent UV resistance and corrosion resistance. Combined with IP66 waterproof and IK09 impact resistance ratings, it is impervious to coastal salt spray and extreme weather conditions.

IV. Customer Feedback: Exceeding Expectations in Installation Efficiency and Light Quality
After product delivery and installation, customer feedback was very positive. The US project manager stated: "The 'plug-and-play' design of the AG002-C saved us a significant amount of on-site labor. The installation of 200 luminaires was completed a full week ahead of schedule. The Sandy Black casing perfectly matches the modern landscape of our community, and the uniformity and color rendering of the nighttime road lighting far exceed those of the older products we previously used."

V. Summary
The successful installation of 200 AG002-C solar garden lights in the United States once again demonstrates A-WEI Lighting's competitiveness in the global high-end solar lighting market. We don't just provide a light; we solve real customer pain points such as "high installation costs" and "short maintenance cycles" through high luminous efficacy of 235 LM/W, intelligent MPPT algorithms, and highly durable die-cast aluminum craftsmanship.