PACKAGE CONTENTS:

Package Dimensions: 74.5 X 39.5 X 19.5 cm, Weight: 7.8Kg

1 X 300W LUMINAIRE GY-SSL-M03-300W
1 X ENSOLAR 35W SOLAR PANEL
1 X REMOTE CONTROL
1 X SOLAR PANEL BRACKET
1 X LUMINAIRE FIXING BRACKET
1 X PANEL LIFTING BRACKET
2 X AAA BATTERIES
4 X DROP-IN ANCHORS
1 X USER AND ASSEMBLY MANUAL.

PRODUCT OVERVIEW GY-SSL-M03-300W:

When exposed to daylight, the panel that comes with the floodlight will absorb solar energy, convert it into electricity, and store it in the floodlight's internal battery. This happens even on cloudy days, albeit with lower efficiency. It is also worth noting that its operating time after charging is approximately 8 hours, and it should be installed at a height of 3 to 5 meters.

TECHNICAL SPECIFICATIONS GY-SSL-M03-300W:

300W SOLAR LUMINAIRE

• Brand: Ensolar
• Model: GY-SSL-M03-300W
• Power: 300W
• Internal Battery: 3.2 V, 25,000 mA Lithium-Ion
• Corresponding Solar Panel: 5V, 35W
• AC Charger: Solar
• Lumens: 2,500 LM
• CCT: 6,500K (White)
• Certifications: GS, CE, Bis

LED: White SMD Led 0.5W 40-65lm – Mod. 5730

• Model Number: ENS-5730-CW-0.5W;
• Brand: Ensolar
• Color: White
• Max. Reverse Current: 40-65LM;
• Max. Voltage: 2.8-3.6V;
• Packaging: Surface Mount Device (SMD);
• Max. Current: 150mA (based on current conduction);
• Max. Reverse Voltage: 6000-7000K;
• CCT: 5700-6800K.

35W SOLAR PANEL

• Ensolar 35W Solar Panel
• Power: 35 W
• Max Voltage (VMP): 5V
• Max Current (IMP): 7A
• Open Circuit Voltage VOC: 6V
• Short-Circuit Current: 7.7 A
• Tolerance: ~ 3%
• Dimensions: 630 x 350 x 17 mm
• Type: Polycrystalline
• Construction: Aluminum
• Cable Length: 2 Meters.

INTERNAL BATTERY:

• Model: Li-ion
• Brand: Sanyo
• Operating Time: 11 to 15 Hours
• Charging Time: 4 to 8 Hours
• Voltage: 3.2V
• Storage Capacity: 25,000 mA
• Rechargeable: Yes
• Certifications: CE

REMOTE CONTROL FUNCTIONS AND MODES:

• Red button: Switch to radar/sensor mode
• ON button: Turn on the light
• OFF button: Turn off the light
• Up arrow key: Full light power
• Down arrow key: Half light power
• Left arrow key (+): Adjust to increase light power
• Right arrow key (-): Adjust to decrease light power
• AUTO button: Automatic mode
• 3H button: Timer, the light will stay on for 3 hours and then turn off
• 5H button: Timer, the light will stay on for 5 hours and then turn off
• 8H button: Timer, the light will stay on for 8 hours and then turn off

INSTALLATION:

• High pole and wall installation, saving a lot of money and hassle.
• The installation location should be an open area (without trees or buildings shielding the panel)
• The panel should be installed in a sunny location and secured with screws to prevent falling from height.

TECHNOLOGIES AND FUNCTIONS:

• When exposed to daylight, the panel will absorb solar energy, convert it into electricity, and store it in the internal battery. Charging will occur with lower efficiency even on cloudy days due to the high technology present in its charge controller, high-performance lithium battery, and high efficiency of its 35W solar panel.
• Photocell Sensor: Sensor responsible for turning the luminaire on and off. At dawn, it will turn off, and at dusk, it will turn on; these operations are done automatically or manually.
• Automatic mode: When it's dark, the light will turn on. When it's dawn, the light will turn off.
• Large capacity battery: Our batteries contain a circuit device for protection. It prevents batteries from overcharging and over-discharging.

APPLICATIONS:

• Public lighting: Solar luminaires are often used on streetlights for public lighting in streets, roads, parks, and squares. They help reduce electricity costs and are a sustainable option.
• Residential lighting: In areas without access to grid electricity, solar luminaires can be used to provide lighting in homes, yards, and gardens.
• Garden lighting: Decorative solar luminaires are commonly used to light gardens, pathways, and outdoor areas. They can be easily installed without the need for electrical cables.
• Security lights: Solar luminaires are an efficient option for security lights in remote locations or where electricity is not practically available.
• Parking lot lighting: Solar luminaires can be installed in parking lots to provide efficient and sustainable lighting during the night.