Features
Integrated solar streetlights utilize solar energy as their primary power source. They are not restricted by the availability of city power and do not require cabling, thereby eliminating the issues associated with traditional streetlights that feature multiple lines and require complicated installation. By reducing construction costs and minimizing the impact on the environment, they offer a more sustainable and cost-effective solution for street lighting.
Our modular design of our All-in-one solar power street lights has successfully achieved the objective of simplifying the maintenance and replacement of essential components such as the battery and controller. This accomplishment has resulted in a significant enhancement in the maintenance efficiency for end-users, which has led to the avoidance of any operational mishaps, thus saving costs on maintenance and transportation. Moreover, we take great pride in being the first brand in the solar street light industry to emphasize strength safety analysis, which is a testament to our commitment to guaranteeing the safety and reliability of each solar street light.
Parameters
| Model NO. | RS-FH100 | RS-FH120 | RS-FH150 |
| Lamp Power | 30W | 40W | 50W |
| Solar Panel | 100W/18V | 120W/18V | 150W/18V |
| Lithium Battery | 380WH | 460WH | 610WH |
| LED Quantity | SMD5050*32pcs | SMD5050*32pcs | SMD5050*48pcs |
| Luminous Flux | 6,100lm | 7,700lm | 9,300lm |
| Dimension | 728×668×915mm | ||
| CCT | 3000-6500K | ||
| CRI | >70Ra | ||
| Charging Time | 4-6 hours | ||
| Working Time | 5-7 rainy days | ||
| Working Temperature | -20℃~60℃ | ||
| Lifespan | ≥50000hours | ||
| Material | Aluminum alloy | ||
| IP Rating | IP65 | ||
| Case Diameter | 76mm | ||
| Mounting Height | 8-14m | ||
| Mounting Distance | 20-40m | ||
Characteristics
MPPT Technology
MPPT (Maximum Power Point Tracking) is an advanced charging mode that increases energy utilization by 15% to 20% compared to a PWM controller. It continuously monitors the output of solar panels and adjusts the charging parameters to maintain peak efficiency. MPPT is commonly used in photovoltaic (PV) solar systems and is essential in large-scale PV systems where even small improvements in efficiency can translate into significant cost savings.
IPC 5.0 Technology
Our IPC technology has been upgraded to version 5.0 with highly precise weather detection and power discharge planning for longer battery life and more rainy days.
ICD Technology (Intelligent Charge and Discharge)
We use Grade A LiFePO4 batteries with excellent safety performance. Its current equalization and dual protection system (hardware and software) retain the battery's capacity at 90% after 2000 cycles, making its lifespan four times longer than lead-acid batteries.
HPCV Technology
Our proprietary solar controller employs the cutting-edge LPCV technology (High-precision Constant Voltage Management) to achieve superior electrical performance. This technology reduces the ripple effect, enhances circuit efficacy, and extends the longevity of both the circuit and battery. The LPCV technology employed in our solar controller ensures that our product is highly efficient, long-lasting, and reliable.
Dual Low-power Consumption
With the help of 4-pins plug technology, the transportation power consumption is less than 0.05mA. Also, the circuit protection technology ensures the sleep power consumption in long-term storage, which is at the uA level. This enables worry-free storage for up to two years.
ITC Technology (Intelligent Temperature Control)
The system has an automatic switch-off to protect the battery at high temperatures, and a heating function for low-temperature settings, which extends the system's lifespan.
Remote Control
Parameters
