Hyper Tough Solar Light - Outdoor High Quantity AN-ISSL-55W Solar Street Light

Hyper Tough Solar Light - Outdoor High Quantity AN-ISSL-55W Solar Street Light

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1000 watt

Supply Capability:: 100000 watt/month

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Characteristics and Feature

1.Using hight-grade Bridgelux leds, the luminous efficiency is over 120lm/W.

2. Using high efficient monocrystalline solar panels, solar energy conversion rate is 18%.

3. Body sensor can automatically adjust the brightness depending on the crowd change.

4. Using high-quality lithium iron phosphatebattery, the number of charge-discharge cycles is up to 1500-2000.

5. Integrated design can heip to save on shipping, easy installation.

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Solar Street Light For Outdoor ,High Quantity,AN-ISSL-55W

Specification

Model:	AN-ISSL-20W
Solar panel	Max power	18V45W (High Efficiency Monocrystalline Silicon)
Solar panel	Life time	25 years
Battery	Type	Mottcell Lithium battery(12.8V/20AH)
Battery	Life time	6 years
LED Lamp(with sensor)	Max power	20W
	led chip brand	Epistar with high brightness
	lumen (LM)	2400-2700lm
	Life time	50000hours
	Viewing Angle	120°
Charge time	by sun	6hours(Strong sunshine)
Discharge time	full power	≥10hours
Discharge time	half power	≥20hours
working Temperature	range( ℃ )	-30℃~+70℃
color temperature	range(k)	3500-6500k
mounting height	range (m)	5-6m
space between light	range (m)	18-20m
Lamps material	aluminium alloy
Product size	920330140mm
Product weight	12.5kg
Certificate	CE / ROHS
warranty period	5 years

Models

Model	Solar Panel	LED Lamp	LED Chip	lumen (LM)	Product size	Charge time
AN-ISSL-8W	18V15W	8W	Epistar	960-1080lm	54032055mm	6 hours
AN-ISSL-12W	18V18W	12W	Epistar	1440-1620lm	54032055mm	6 hours
AN-ISSL-15W	18V/30W	15W	Epistar	1800-2025lm	71035055mm	6 hours
AN-ISSL-20W	18V45W	20W	Bridgelux	2400-2700lm	920330140mm	6 hours
AN-ISSL-25W	18V50W	25W	Bridgelux	3000-3375lm	1170330140mm	6 hours
AN-ISSL-30W	18V60W	30W	Bridgelux	3600-4050lm	1170330140mm	6 hours
AN-ISSL-40W	18V60W	40W	Bridgelux	4800-5400lm	1170330140mm	6 hours
AN-ISSL-45W	18V65W	45W	Bridgelux	5652-6075lm	1180325143mm	6 hours
AN-ISSL-50W	18V70W	50W	Bridgelux	6000-6750lm	1200380160mm	6 hours
AN-ISSL-60W	18V80W	60W	Bridgelux	7200-8100lm	1200380160mm	6 hours
AN-ISSL-80W	18V100W	80W	Bridgelux	9600-10800lm	1200520160mm	6 hours

Guarantees

Certificates TUV , VDE, CE

FAQ

1. Q: Do you have your own factory?

A: Yes, we have. Our factory located in Jiangyin city, jiangsu province.

2. Q: How can I visit your factory?
A: Before you take off from your country, please let us know. We will show you the way, or arrange time to pick you up if possible.
3. Q: Do you provide free sample?
A: Usually we do not offer free sample

4. Q: Could you print our company LOGO on the nameplate and package?

A: Yes, we can do that.

Q: Are solar lights suitable for illuminating outdoor play areas or playgrounds?: Yes, solar lights are suitable for illuminating outdoor play areas or playgrounds. They are a cost-effective and environmentally friendly option that can provide sufficient lighting for these spaces, ensuring safety and visibility during evening or night-time play. Additionally, solar lights are easy to install and require minimal maintenance, making them a convenient choice for outdoor use.

Q: Are solar lights resistant to lightning strikes?: Solar lights are generally not resistant to lightning strikes. While solar lights are designed to be weatherproof and withstand various environmental conditions, they are not specifically designed to protect against lightning strikes. Lightning is a powerful discharge of electricity that can cause significant damage to any electronic device, including solar lights. If a lightning strike directly hits a solar light, it can damage or destroy the internal components, rendering the light inoperable. However, it is important to note that the likelihood of a lightning strike directly hitting a solar light is relatively low. Lightning tends to strike taller objects such as trees, buildings, or lightning rods, rather than smaller objects like solar lights. Additionally, solar lights are often installed in areas with lower risk of lightning strikes, such as residential gardens or pathways. To minimize the risk of damage from lightning strikes, it is recommended to install surge protectors or lightning arrestors in the electrical system that connects to the solar lights. These devices help divert lightning's electrical energy away from the lights, reducing the chances of damage. In conclusion, while solar lights are not resistant to lightning strikes, the likelihood of them being directly hit by lightning is relatively low. Taking precautions such as installing surge protectors can further reduce the risk of damage from lightning strikes.

Q: Are there solar lights with different color options?: Certainly! Different color options for solar lights are indeed available. Many manufacturers offer solar lights that come with color-changing capabilities, enabling you to enjoy a wide range of colors in your outdoor space. These lights typically feature multiple LED bulbs that can cycle through various colors or remain on a color of your preference. Moreover, there are solar lights available in specific colors like white, warm white, blue, green, red, and yellow, allowing you to personalize the ambiance of your outdoor area. Whether you desire to create a festive atmosphere or simply add a splash of color to your garden, there are numerous options to select from when it comes to solar lights with different color choices.

Q: How do solar lights detect motion?: Solar lights detect motion through the use of a built-in motion sensor. The motion sensor is a device that detects infrared radiation, which is emitted by all objects with a temperature above absolute zero. When an object moves within the range of the motion sensor, it detects the change in infrared radiation and triggers the light to turn on. The motion sensor consists of a pyroelectric sensor that detects changes in heat and converts it into an electrical signal. This signal is then analyzed by an electronic circuit within the solar light. The circuit evaluates the signal and determines whether it indicates motion or not. Typically, the motion sensor has a sensitivity and range that can be adjusted. This allows for customization according to the specific needs of the user. For example, the sensitivity can be set to detect larger or smaller movements, depending on the desired level of sensitivity. The range can also be adjusted to detect motion at different distances, ensuring the light turns on when someone is within the desired range. Once motion is detected, the solar light is programmed to activate its light source, which is usually an LED bulb. The light remains on for a predetermined amount of time, often adjustable, and then automatically turns off when no further motion is detected. This feature helps to conserve energy and prolong the life of the solar light. Overall, solar lights detect motion through the use of a motion sensor that detects changes in infrared radiation. This technology allows for efficient and convenient outdoor lighting, especially in areas where electricity is not readily available or for sustainable energy solutions.

Q: How do solar lights withstand extreme temperatures?: The construction of solar lights incorporates materials and engineering techniques that enable them to withstand extreme temperatures. These lights are typically crafted with top-notch materials that are capable of resisting temperature fluctuations. The solar panels, which serve as the crucial component of solar lights, are made from durable materials like tempered glass or polycrystalline silicon, which possess the ability to endure both high and low temperatures. In situations of intense heat, solar lights are designed to efficiently dissipate heat in order to prevent any harm to the internal components. They often include ventilation systems or heat sinks that facilitate air circulation and cool down the internal components, thereby ensuring the lights maintain optimal functionality. Moreover, the batteries employed in solar lights are usually engineered to withstand high temperatures without deteriorating or experiencing any performance decline. On the other hand, solar lights are also engineered to withstand extreme cold temperatures. Many models incorporate built-in insulation to safeguard the internal components from freezing. Some advanced models even utilize technologies such as thermal regulation to prevent the batteries from freezing and guarantee consistent performance in cold weather conditions. Additionally, solar lights frequently undergo rigorous testing in extreme temperature conditions during the manufacturing process to ascertain their durability and functionality. These thorough tests ensure that the lights can endure the temperature variations they are likely to encounter in different climates and environments. Overall, solar lights are designed to withstand extreme temperatures by incorporating high-quality materials, efficient heat dissipation systems, and insulation. These features enable solar lights to continue operating reliably and efficiently, even in the face of drastic temperature fluctuations.

Q: Are solar lights suitable for bus stops and shelters?: Yes, solar lights are suitable for bus stops and shelters. They are a cost-effective and environmentally-friendly lighting solution that can provide illumination even in areas without access to electricity. Solar lights can enhance safety and visibility for commuters waiting at bus stops and shelters, especially during the night-time.

Q: Can solar lights be used for outdoor classrooms?: Yes, solar lights can be used for outdoor classrooms. Solar lights are a great option for illuminating outdoor spaces as they are self-sufficient, eco-friendly, and do not require any electrical wiring. They can provide sufficient lighting for outdoor classrooms, ensuring a safe and conducive learning environment. Additionally, solar lights are cost-effective in the long run as they do not rely on electricity from the grid, making them a practical choice for outdoor educational settings.

Q: Are solar lights resistant to UV damage?: Solar lights are generally built to resist UV damage. They are made with materials and coatings that can endure exposure to UV rays without deteriorating or fading. This is crucial because solar lights are usually placed outdoors, where they are consistently exposed to sunlight. The solar panels in these lights are specially designed to absorb and convert UV rays into electricity, so they can handle UV exposure. Furthermore, the LED bulbs used in solar lights are also created to be durable and able to withstand UV damage. However, it should be noted that over time, continuous exposure to UV rays may cause some minor wear and tear on the materials. Nevertheless, this is typically minimal and does not significantly affect the performance or lifespan of the solar lights.

Q: Can solar lights be used for perimeter security lighting?: Yes, solar lights can be used for perimeter security lighting. They are an eco-friendly and cost-effective solution that harnesses the power of the sun to provide illumination during the night. Solar lights can be easily installed in strategic locations around the perimeter, providing enhanced visibility and deterring potential intruders. Additionally, many solar lights come with motion sensors, further enhancing their effectiveness as a security measure.

Q: Can solar lights be used for public restrooms or facilities?: Certainly, public restrooms or facilities can indeed make use of solar lights. When it comes to illuminating outdoor spaces, such as public restrooms, solar lights prove to be a remarkable choice due to their cost-effectiveness and energy efficiency. They rely on solar panels to convert sunlight into electricity, which is then stored in batteries for use during periods of low sunlight or at night. This eradicates the necessity for any wiring or connection to the electrical grid, making installation significantly easier and more economical. Furthermore, solar lights are environmentally friendly as they generate no greenhouse gas emissions and do not contribute to light pollution. Thanks to advancements in solar technology, these lights can offer ample illumination to ensure the safety and convenience of users in public restrooms or facilities, even in regions with limited access to electricity.

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