T: +86-15355589600
E: sales@e-ablepower.com
E: sales@e-ablepower.com
Building C, Huiheng Industrial Park, No. 3 Fenghuang West Road, Shajiao, Humen Town, Dongguan City, Guangdong Province
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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.
Characteristics
MPPT Technology
MPPT is an advanced charging mode called Maximum Power Point Tracking, which can boost energy utilization by 15-20% compared to the PWM controller.
Multi-Peak MPPT
The new solar controller uses multi-peak MPPT technology to track the maximum power point and improve solar panel conversion efficiency.
IPC 5.0 Technology
After a decade of experience, we have upgraded our highly precise IPC technology to version 5.0. This intelligent power control system can detect recent weather conditions and plan the discharge power accordingly to achieve more rainy days.
ICD Technology (Intelligent Charge and Discharge)
Our Grade A LiFePO4 battery boasts excellent safety performance. Our unique current equalization technology and dual protection system (software and hardware) help the battery maintain 90% of its capacity even after 2000 cycles. Its lifetime is four times longer than that of lead-acid batteries.
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.
Intelligent Power Control
With the Embedded Intelligent Monitoring 5.0 system, the AI intelligently detects the recent weather conditions and plans the discharge power to achieve more rainy days.
Installation Reference
Parameters
| Type | LA-30P | LA-60P | |
| SOLAR PANEL | Power | 30W/5V | 60W/5V |
| Materia | Poly cystalline silicon | ||
| Solar cell efficiency | 17-18% | ||
| LIFEPO4 BATTERY | Capacity | 80WH | 128WH |
| Charge cydle times | 2000 times | ||
| LED LAMP | Luminous flux | 1800lm | 2500lm |
| Light output | 12W | 15W | |
| LED qty | 60pcs | ||
| LED chip | Bridgelux | ||
| Color temperature | 3000-7500K | ||
| CRI | ≥70Ra | ||
| Material of lamp head | Die-cast aluminum | ||
| Lifespan | 50000hrs | ||
| SYSTEM | Light distribution | Batwing lens with polarized light | |
| Beam angle | X-axis:155° Y-axis:55° | ||
| Lighting time(full charged) | 5-7 rainy days | ||
| Operation temperature | 20℃~60℃ | ||
| INSTALLATION | Top diameter of pole | 60mm | |
| Height | 3-6m | ||
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.
Characteristics
MPPT Technology
MPPT is an advanced charging mode called Maximum Power Point Tracking, which can boost energy utilization by 15-20% compared to the PWM controller.
Multi-Peak MPPT
The new solar controller uses multi-peak MPPT technology to track the maximum power point and improve solar panel conversion efficiency.
IPC 5.0 Technology
After a decade of experience, we have upgraded our highly precise IPC technology to version 5.0. This intelligent power control system can detect recent weather conditions and plan the discharge power accordingly to achieve more rainy days.
ICD Technology (Intelligent Charge and Discharge)
Our Grade A LiFePO4 battery boasts excellent safety performance. Our unique current equalization technology and dual protection system (software and hardware) help the battery maintain 90% of its capacity even after 2000 cycles. Its lifetime is four times longer than that of lead-acid batteries.
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.
Intelligent Power Control
With the Embedded Intelligent Monitoring 5.0 system, the AI intelligently detects the recent weather conditions and plans the discharge power to achieve more rainy days.
Installation Reference
Parameters
| Type | LA-30P | LA-60P | |
| SOLAR PANEL | Power | 30W/5V | 60W/5V |
| Materia | Poly cystalline silicon | ||
| Solar cell efficiency | 17-18% | ||
| LIFEPO4 BATTERY | Capacity | 80WH | 128WH |
| Charge cydle times | 2000 times | ||
| LED LAMP | Luminous flux | 1800lm | 2500lm |
| Light output | 12W | 15W | |
| LED qty | 60pcs | ||
| LED chip | Bridgelux | ||
| Color temperature | 3000-7500K | ||
| CRI | ≥70Ra | ||
| Material of lamp head | Die-cast aluminum | ||
| Lifespan | 50000hrs | ||
| SYSTEM | Light distribution | Batwing lens with polarized light | |
| Beam angle | X-axis:155° Y-axis:55° | ||
| Lighting time(full charged) | 5-7 rainy days | ||
| Operation temperature | 20℃~60℃ | ||
| INSTALLATION | Top diameter of pole | 60mm | |
| Height | 3-6m | ||
