Solar Light Outdoor Umbrella - AN-ISSL-40W Solar Street Light for Outdoor High Quantity

Solar Light Outdoor Umbrella - AN-ISSL-40W Solar Street Light for Outdoor High Quantity

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Loading Port:: China main port

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-40W

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:How do solar lights compare to traditional electric lights in terms of energy efficiency?: Solar lights are more energy efficient than traditional electric lights because they harness energy from the sun, converting it into electricity to power the lights. Unlike traditional electric lights that rely on electricity from the grid, solar lights do not consume energy from non-renewable sources and have no ongoing energy costs. Additionally, solar lights often utilize LED technology, which is highly energy-efficient and has a longer lifespan compared to traditional light bulbs.

Q:Are solar lights suitable for disaster relief efforts?: Yes, solar lights are highly suitable for disaster relief efforts. During natural disasters or emergencies, electricity supply is often disrupted, leaving affected areas in darkness. Solar lights provide a reliable and sustainable source of light, ensuring that people have access to essential lighting during these difficult times. Solar lights are easy to deploy and require minimal maintenance. They are usually portable and lightweight, making them ideal for quick deployment in disaster-stricken areas. Solar lights can be easily set up in temporary shelters, hospitals, relief camps, and other crucial locations, providing adequate lighting for various activities, including medical treatments, cooking, studying, and general safety. One of the significant advantages of solar lights in disaster relief efforts is their reliance on renewable energy. Unlike traditional lighting sources that depend on fuel or electricity grids, solar lights harness energy from the sun, making them independent of external power sources. This reduces the burden on already limited resources and ensures long-lasting illumination without the need for constant refueling or recharging. Furthermore, solar lights are eco-friendly and do not produce harmful emissions or noise pollution. In disaster-stricken areas where air quality may already be compromised, using solar lights helps maintain a clean and healthy environment for both relief workers and affected communities. Solar lights also contribute to long-term sustainability and resilience in disaster-prone areas. By integrating solar lighting systems into relief efforts, communities can build resilience against future disasters, as they become less reliant on unreliable or nonexistent electricity infrastructure. This helps in the recovery and reconstruction process, providing a more sustainable and safer living environment for affected communities. In conclusion, solar lights are highly suitable for disaster relief efforts due to their ease of deployment, low maintenance requirements, reliance on renewable energy, environmental friendliness, and long-term sustainability benefits. By choosing solar lights, disaster relief organizations can ensure that affected communities have access to essential lighting, improving safety, well-being, and overall recovery efforts.

Q:Can solar lights be used for outdoor classrooms or educational spaces?: Yes, solar lights can be used for outdoor classrooms or educational spaces. Solar lights are a sustainable and energy-efficient lighting solution that can provide illumination in outdoor areas without the need for traditional electrical wiring. They can be easily installed and offer a reliable source of light, making them suitable for creating a conducive learning environment in outdoor educational spaces. Additionally, the use of solar lights aligns with the principles of environmental education, promoting sustainability and teaching students about renewable energy sources.

Q:Can solar lights be used for illuminating outdoor gazebos and pergolas?: Yes, solar lights can definitely be used for illuminating outdoor gazebos and pergolas. Solar lights are a great option for these structures as they require no electrical wiring, making installation quick and easy. They are powered by solar panels that absorb sunlight during the day and convert it into energy, which is stored in rechargeable batteries. When the sun sets, the batteries power the lights, providing a soft and ambient illumination to the space. Solar lights come in various designs and styles, allowing you to choose the ones that best match your gazebo or pergola. They are also environmentally friendly, as they rely on renewable energy and do not produce any greenhouse gas emissions. Overall, solar lights are a cost-effective, low-maintenance, and energy-efficient solution for illuminating outdoor gazebos and pergolas.

Q:Are solar lights affected by electromagnetic interference?: Solar lights, unlike traditional electric lights, are not impacted by electromagnetic interference (EMI). This is because solar lights operate independently, utilizing solar panels to harness sunlight and convert it into electricity. The generated electricity is then stored in batteries for later use. EMI, which occurs when electromagnetic radiation interferes with electronic devices, does not affect solar lights because they do not rely on electrical connections or power supply from the grid. Solar lights do not require any wires or cables for operation, unlike traditional electric lights. This means they are not connected to any electrical circuits that could be influenced by EMI. Solar lights are designed to be self-contained and independent, solely relying on solar energy for their functioning. However, it is important to mention that certain solar-powered devices, such as security cameras or motion sensors, may incorporate electronic components and could potentially be susceptible to EMI. In such cases, manufacturers may incorporate measures like shielding or filtering techniques to minimize the impact of EMI. Overall, solar lights are generally unaffected by electromagnetic interference due to their self-contained nature and their lack of dependence on external power sources or electrical connections.

Q:Are there solar lights for swimming pools or hot tubs?: Yes, there are solar lights specifically designed for swimming pools and hot tubs. These lights are usually waterproof and float on the water's surface, providing illumination for nighttime swimming or relaxation in the hot tub. They are powered by solar energy, which means they do not require any electrical wiring or batteries.

Q:How do I calculate the number of solar lights needed for an area?: To determine the number of solar lights needed for an area, various factors must be taken into account. Firstly, the area itself should be measured to determine the total space that requires lighting. This could include gardens, pathways, or any other outdoor areas. Next, the desired level of brightness or lighting for the area should be decided. This will depend on the purpose of the lighting, such as decorative, safety, or functional purposes. The required lumens must then be calculated. Lumens measure the amount of visible light emitted by a source, and different spaces require different levels. For instance, pathways may need around 100-200 lumens per light, while gardens may require 300-500 lumens per light. The capacity or wattage of the solar panel should be considered. This will determine the amount of energy it can produce. It's important to ensure that the solar panel's capacity is sufficient to power the necessary number of lights. By multiplying the required lumens per light by the number of lights needed, the total lumens required for the area can be calculated. The battery capacity or storage necessary to power the lights during non-sunny hours should also be determined. This should take into account the average duration of darkness in the area and select a battery capacity that can sustain the lights for that period. To find suitable solar lights, it's important to assess their specifications and compare them to the desired lumens output, battery capacity, and solar panel capacity. To estimate the number of solar lights needed for the area, divide the total lumens required by the lumen output of the chosen solar light. Factors like shading, weather conditions, and potential obstacles that could block sunlight from reaching the solar panels should also be considered. Consulting with a professional or using online calculators can help ensure accurate calculations for the specific situation.

Q:How much does a solar light cost?: The cost of a solar light can vary depending on various factors such as the brand, quality, features, and where you purchase it from. On average, a basic solar light can range from $10 to $30. These lights typically include a small solar panel, rechargeable battery, and LED lights. However, if you're looking for more advanced solar lights with additional features like motion sensors or adjustable brightness levels, the price can go up to $50 or even higher. It is important to consider the quality and durability of the solar light as well, as cheaper options may not last as long or provide the desired level of illumination. Ultimately, it is recommended to do some research, compare prices, and read customer reviews to find the best solar light that suits your needs and budget.

Q:How do solar lights provide illumination during cloudy days?: Solar lights can still provide illumination during cloudy days because they have the ability to store energy in batteries. These batteries are charged when the sun is shining, and the stored energy is then used to power the lights when the sun is not visible.

Q:How do you choose the right battery capacity for solar lights?: When choosing the right battery capacity for solar lights, it is essential to consider the specific requirements and usage of the lights. Factors such as the light's power consumption, duration of operation, and geographic location should be taken into account. A larger battery capacity is generally recommended for lights that require higher power consumption, longer operation times, or are located in areas with limited sunlight. It is crucial to strike a balance between the battery capacity and the light's requirements to ensure optimal performance and longevity of the solar lights.

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