💡 Key Components and Design
Semi-Integrated Design: This means the LED light, battery (usually LiFePO4), and intelligent charge controller (MPPT/PWM) are combined into one compact, streamlined fixture (the luminary). The solar panel, however, is mounted separately, usually connected to the luminary via a cable.
Advantage: Separating the panel allows it to be tilted and angled independently to achieve optimal sun exposure, maximizing energy harvest. It also makes the main light fixture lighter and more manageable for installation.
LED Light: Features a 60-watt (60W) high-efficiency LED module, providing bright illumination, often with a Cool White color temperature (around 5700K - 6500K) and high luminous flux (e.g., 6300 - 9300 lumens).
Solar Panel: A separate high-efficiency panel (often Monocrystalline) is used to charge the battery. For a 60W light, the panel wattage is typically around 120W to 165Wp (Watt peak) to ensure adequate charging.
Battery & Controller: An in-built, long-life rechargeable battery (commonly Lithium Iron Phosphate - LiFePO4) stores the solar energy. An intelligent Charge Controller manages the charging process, prevents overcharging/over-discharging, and often provides smart functions like automatic dusk-to-dawn operation and dimming/motion sensing.
Semi-Integrated Design: This means the LED light, battery (usually LiFePO4), and intelligent charge controller (MPPT/PWM) are combined into one compact, streamlined fixture (the luminary). The solar panel, however, is mounted separately, usually connected to the luminary via a cable.
Advantage: Separating the panel allows it to be tilted and angled independently to achieve optimal sun exposure, maximizing energy harvest. It also makes the main light fixture lighter and more manageable for installation.
LED Light: Features a 60-watt (60W) high-efficiency LED module, providing bright illumination, often with a Cool White color temperature (around 5700K - 6500K) and high luminous flux (e.g., 6300 - 9300 lumens).
Solar Panel: A separate high-efficiency panel (often Monocrystalline) is used to charge the battery. For a 60W light, the panel wattage is typically around 120W to 165Wp (Watt peak) to ensure adequate charging.
Battery & Controller: An in-built, long-life rechargeable battery (commonly Lithium Iron Phosphate - LiFePO4) stores the solar energy. An intelligent Charge Controller manages the charging process, prevents overcharging/over-discharging, and often provides smart functions like automatic dusk-to-dawn operation and dimming/motion sensing.
