3000k LED Street Light

3000k LED Street Light
Details:
3000K light ensures a Warm White light without being harsh and is very common for municipal installs requiring warmer color temperatures. 150,000 hour LED saves having to replace bulbs and reduces maintenance costs.
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Description
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The Best Led Street Light Manufacturer!
 

Yangzhou Goldsun Solar Energy Co., Ltd. was established in 2009. Our company has been engaged in LED street light manufacturing industry for more than 10 years. Our products include solar LED street light, municipal high-power LED street light and low-power LED street light used in rural roads. The whole set of LED street light includes LED light head, light pole, constant power source, embedded parts, etc., which we can all provide. Because of the price of raw materials and the perfect industrial chain, our street light product is not only cheap but also of good quality with low failure rate.

 

Why Choose Us

Rich Production Experience

Our company has been engaged in LED street light manufacturing industry for more than 10 years.

 

 

Strict Quality Control

Because of the price of raw materials and the perfect industrial chain, our street light product is not only cheap but also of good quality with low failure rate.Most clients have build long-term cooperation with our company.

Diversified Product Categories

Our products include solar LED street light, municipal high-power LED street light and low-power LED street light used in rural roads. The whole set of LED street light includes LED light head, light pole, constant power source, embedded parts, etc., which we can all provide.

Reasonable Product Price

In particular, the integrated Solar Street Light and High Mast Street Light have been warmly welcomed in Africa, Southeast Asia, the Middle East and some European countries because of the low failure rate, low cost, perfect installation and after-sales service of our products.

 

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Cree LED Street Light

The LED street light has a unique secondary optical design, which illuminates the LED street lamp to the required illumination area, and further improves the illumination efficiency. 

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LED Cobra Head Street Light

LED Power: 30W/50W/80W/100W/120W/150W/200W/250W/300W
Pole Height: 5M~13M
IP Rating: IP65

 

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Cobra Head Street Lights

The light source of our Cobra Head Street Lights is equipped with an induction lamp, and the light distribution is performed by a reflective cover.

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20 Watt LED Street Light

The 20 Watt LED Street Light realizes the function to ensure that the lifespan of solar lamps is much higher than that of ordinary product on the market.

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Municipal Street Lights

Municipal street lights driven by high efficiency constant current and 60% energy-saving than traditional lamps.

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3000k LED Street Light

The color temperature of LED Street light is expressed by K. For 3000K LED Street light the light color is yellowish and has strong penetrating force.

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Municipal LED Street Lighting

Municipal LED street lighting refers to the street lamp that made with LED light source. It has the unique advantages of high efficiency, safety, energy saving, environmental protection, long life, fast response, high color rendering index, and is of great significance for energy saving of urban lighting.

 

What is 3000k LED Street Light

 

 

3000K light ensures a Warm White light without being harsh and is very common for municipal installs requiring warmer color temperatures. 150,000 hour LED saves having to replace bulbs and reduces maintenance costs.

 

Benefits of 3000k LED Street Light

Environmentally Friendly: Solar lighting relies on clean, renewable energy from the sun, reducing reliance on fossil fuels and the emission of greenhouse gases. It helps combat climate change and reduces environmental impact.


Energy Cost Savings: Solar lighting systems generate electricity from sunlight, eliminating the need for grid-based electricity. This leads to significant cost savings over time, particularly in remote or off-grid areas.


Low Operating Costs: Solar lights require minimal ongoing maintenance and have long lifespans, resulting in lower operating and maintenance costs compared to traditional grid-powered lighting.


Energy Independence: Solar lighting operates independently of the main power grid, making it suitable for areas with unreliable or no access to electricity. It reduces dependency on grid electricity, especially in remote or rural locations.


Reliable Operation: Modern solar lighting systems are designed for reliability, with robust components and built-in safeguards to ensure continuous operation, even in adverse weather conditions.


Reduced Light Pollution: Solar lights can be designed to minimize light spill and glare, contributing to the reduction of light pollution and its negative effects on the environment, wildlife, and human health.


Enhanced Security: Solar lighting, especially those equipped with motion sensors, improves security by illuminating outdoor spaces when motion is detected, deterring potential intruders.


Remote Monitoring: Advanced solar lighting systems can be equipped with remote monitoring and control capabilities, allowing for real-time status checks, diagnostics, and adjustments, which can be valuable for maintenance and efficiency.

 

How Does a Solar Street Light Work
 

Solar Panels: Solar street lights have photovoltaic (PV) solar panels that absorb sunlight during the day. These panels are typically mounted on top of the light pole or integrated into the light fixture itself. The solar panels convert sunlight into direct current electricity.

 

Battery Storage: The DC electricity generated by the solar panels is stored in a rechargeable battery. The battery serves as an energy storage system, allowing the solar street light to operate at night or during cloudy weather with limited or no sunlight available.

 

Lighting Fixture: The lighting fixture of a solar street light contains light-emitting diode (LED) lamps, which are highly efficient and provide bright illumination. The LEDs consume minimal energy while producing high-quality light.

 

Controller: A controller regulates the overall operation of the solar street light system. It manages the charging and discharging of the battery, ensuring optimal energy storage and utilization. The controller also controls the switching on and off of the light according to the ambient light conditions.

 

Sensors and Smart Features: Solar street lights may have sensors and smart features to enhance their functionality. These may include motion sensors that activate the light when they detect movement, dimming options to conserve energy during low activity periods, and remote monitoring capabilities for efficient management and maintenance.

 

Solar street lights consist of 5 main parts

 

Solar Panel

The solar panel is one of the most important parts of solar street lights, as the solar panel will convert solar energy into electricity. There are 2 types of solar panel: mono-crystalline and poly-crystalline. Conversion rate of mono-crystalline solar panel is much higher than poly-crystalline.

Lighting Fixture

LED is usually used as lighting source of modern solar street light, as the LED will provide much higher Lumens with lower energy consumption. The energy consumption of LED fixture is at least 50% lower than HPS fixture which is widely used as lighting source in Traditional street lights. LEDs lack of warm up time also allows for use of motion detectors for additional efficiency gains.

Rechargeable Battery

Battery will store the electricity from solar panel during the day and provide energy to the fixture during night. The life cycle of the battery is very important to the lifetime of the light and the capacity of the battery will affect the backup days of the lights. There are usually 2 types of batteries: Gel Cell Deep Cycle Battery and Lead Acid Battery and many more.

Controller

Controller is also very important for solar street light. A controller will usually decide to switch on /off charging and lighting. Some modern controllers are programmable so that user can decide the appropriate chance of charging, lighting and dimming.

Pole

Strong Poles are necessary to all street lights, especially to solar street lights as there are often components mounted on the top of the pole: fixtures, panels and sometimes batteries. However, in some newer designs, the PV panels and all electronics are integrated in the pole itself. Wind resistance is also a factor.

 

Solar Street Lights vs Traditional Street Lights: Which is Better for Your Community

Energy Efficiency and Cost Savings
One of the biggest advantages of solar street lights is their energy efficiency. They use solar panels to collect energy from the sun during the day, which is then stored in batteries and used to power the lights at night. Traditional street lights, on the other hand, rely on electricity from the grid, which is often generated from non-renewable sources such as coal and natural gas.
Solar street lights can provide significant cost savings over time. Although the initial installation cost of solar street lights may be higher than traditional street lights, they do not require any electricity costs and have lower maintenance costs over time. Traditional street lights require regular maintenance and replacement of bulbs and wiring, which can be expensive.

 

Environmental Impact
Solar street lights are also better for the environment than traditional street lights. They do not produce any emissions, which means they do not contribute to air pollution. Traditional street lights, on the other hand, rely on electricity from the grid, which is often generated from non-renewable sources and can contribute to air pollution and climate change.

 

Installation and Maintenance
Another advantage of solar street lights is that they are easier to install and require less maintenance than traditional street lights. Solar street lights do not require any excavation or installation of underground wiring, which can be costly and time-consuming. They also have a longer lifespan than traditional street lights, which means they do not need to be replaced as often.
It is important to note that solar street lights require access to direct sunlight to function properly. If your community has a lot of trees or tall buildings that block sunlight, solar street lights may not be the best option.

 

Solar street lighting and its role in promoting renewable energy awareness

 

 

Environmental impact
By capturing and converting the sun's energy into electricity, solar lighting systems provide a sustainable solution for illumination. This approach not only lessens the reliance on fossil fuels and other non-renewable energy sources but also highlights the feasibility of integrating green technologies into everyday lives. By embracing such renewable energy solutions, we take a significant step in preserving our planet for future generations, while also promoting energy independence and sustainability.

 

Energy independence
Solar lights empower remote areas and villages with energy independence. By adopting solar lighting, communities in these regions can eliminate their dependence on centralised power grids. This not only reduces the likelihood of system faults or outages, which in rural areas can persist for extended periods, but also ensures continuous illumination even during power disruptions. By harnessing the sun's energy, solar lighting not only provides a reliable light source but also promotes the broader understanding and appreciation of renewable energy solutions.

 

Economic benefits
Using solar energy might cost more at first, but it saves money in the long run. When people see the savings on their energy bills and how little maintenance solar systems need, they understand the benefits of using renewable energy. As more people see these benefits, they are more likely to support and use renewable energy, helping the environment and promoting a greener way of living.

 

Integration with smart cities
Using solar lights in smart cities means these lights can also gather and send data. Solar street light manufacturers in India can help in adding different systems and sensors to these lights. This makes city life better by helping manage traffic with special sensors in the lights. By using solar lights in this way, cities show they are keeping up with new technology while also caring for the environment. This can make more people aware of how using renewable energy, like solar power, is a good choice for the future.

 

Wattage and efficiency of LED street lights
 

Determine the wattage of your street light

The wattage of the lamp is closely related to the lighting needs of the road, and whether it can be met depends on it. Customers usually specify the wattage parameter when requesting solar street lighting systems. As a professional street light supplier, we recommend using luminous flux as the main reference factor, because high-efficiency street lights can achieve the required luminous flux requirements with lower wattage. If a customer's wattage request seems unreasonable, we should use lighting simulation to assist in determining the most appropriate fixture wattage. This is because too high a wattage will only lead to unnecessary waste of energy and may even cause light pollution problemshigh wattage increases the demands placed on batteries and solar panels by a solar system.choosing the right wattage can make lighting more efficient and reduce battery and solar panel requirements.

Calculate total watt-hours per day for street light

The total watt-hours is the electrical energy consumed by solar street lighting system every day, which directly affects the capacity of the battery and the power selection of the solar panel. To calculate the daily energy consumption (total watt-hours) of a street light, you need to know two main factors: the wattage of the fixture during different time periods and the number of operating hours during each time period. The formula for calculating the total watt-hours per day is as follows: Total watt-hours per day = Electricity consumption 1 (W) × Number of working hours in the first time period + Electricity consumption 2 (Watts) × Number of working hours in the second time period + Power consumption 3 (Watts) × Number of working hours in the third time period + … + Power consumption x (Watts) × Number of working hours in the xth time period. For example, assuming a street light with a wattage of 100W street light works 12 hours a day, with the first 6 hours working at 100% power and the last 6 hours working at 50% power, then the total daily watt-hours are calculated as follows: Total daily watt hours = 100W × 6 hours + 50W × 6 hours = 900 watt hours (Wh). The calculation results can be used in the following sections to determine the battery capacity and solar panel power required for the solar street light system.

 

 

The solar street light stops lighting up and does not work. What should I do

Check and replace battery
Those batteries are pathetically small , replace with larger capacity or wire up all to a bigger better central power supply/battery store.


Clean the solar panel
Those panels are low grade and small, replace with larger and/or better grade
Finally having made all those improvements you'll have an array of modified, interlinked and longer lasting lights. If it looks as ugly as it sounds. Throw them all away and design from scratch. Remembering the rule of thumb, What you pay is what you get.

 

Our Factory

 

Our factory has been expanding overseas in recent years. In particular, the integrated Solar Street Light and High Mast Street Light have been warmly welcomed in Africa, Southeast Asia, the Middle East and some European countries because of the low failure rate, low cost, perfect installation and after-sales service of our products. Most clients have build long-term cooperation with our company.

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FAQ

 

Q: Do solar LED lights need direct sunlight?

A: It is true that direct sunlight charges the batteries at a faster rate and the performance of a solar light is definitely better when it receives direct sunlight throughout the day. However, solar lights work even on non-sunny days, although at a lower voltage and there is never complete darkness even during cloudy or rainy days, helping the panels to continue charging.

Q: Can you leave solar lights out in the rain?

A: Solar lights are built to illuminate outdoor spaces and are designed for all temperatures. They are encased inside durable plastic and metal material that is weatherproof and rustproof and IP65 waterproofing is used to withstand natural weather conditions like rain, wind and snow.

Q: Are there batteries in solar lights?

A: Solar lights are independent lighting units that do not need to be connected to an electrical grid to function. Solar panels absorb sunlight during the day and convert solar energy into electric energy. Solar lights contain batteries which store this electricity to light up the LED at dusk. Lead acid batteries are commonly used in traditional solar lights but modern solar lights prefer to use lithium-ion or LiFePO4 batteries.

Q: Why aren't all streetlights powered by wind and/or solar?

A: Street lights are usually installed by municipalities and the decision to transition to solar or wind energy is huge, involving budgeting and other factors. Even today, many are not very well aware of the benefits of renewable energy. Wind is not a reliable type of energy, the force of which will vary from area to area. Also, not all areas have sufficient availability of sunlight for the street lights to give out their best.

Q: Which solar panel is suitable for LED street lights?

A: Both monocrystalline and polycrystalline solar panels are used to support solar street lights. However, polycrystalline solar panels are more in demand because they are cheaper and the efficiency does not reduce with changes in ambient temperature.

Q: What kind of batteries are used in solar street lights?

A: Lead acid was the popular choice of batteries for solar street light earlier as they were relatively inexpensive and were available for a variety of applications. They demand bigger solar panels for charging and the panels are required to produce 12 V to charge the batteries, hence their effectiveness is not at their best during cloudy and rainy days. Modern solar street lights consist of 3.7 or 3.2 volt lithium ion or LiFePO4 batteries so the solar panels do not need to produce a lot of current to charge these batteries. They are compact, have a longer lifespan and demand hardly any maintenance.

Q: Do solar lights last forever?

A: All the components used in solar lights have a long shelf life. The batteries come for four to five years before having to replace. The LEDs used in solar lights have a lifespan of around 50,000 hours and the solar panels have a life expectancy of around 25 years. With regular cleaning and maintenance, you can make your solar lights last longer.

Q: Do outdoor solar lights work in cloudy climates?

A: Solar panels are capable of converting any available sunlight into electricity to illuminate the lights. Lithium ion and LiFePO4 batteries with 3.7 or 3.2 volt are being used in modern solar street lights, hence to charge these type of batteries, the panels do not have to generate a lot of electricity. The batteries continue to charge at a slower rate even during non-sunny days and the brightness of the light may vary depending on the charge.

Q: How many watts are needed in one street light?

A: Solar street lights are available in different wattages starting from 5 or 7 watts and the cost of the light depends on the wattage. You may choose the wattage based on your power requirements. Solar street lights with lower wattages are suitable for smaller properties while streets, roadways and public spaces can benefit more from solar street lights with higher wattages.

Q: Is it possible to turn off solar lights?

A: Some of the solar lights are built with turn-off options. However, most of the solar street lights do not have this choice because it is always better to charge and discharge for longer battery life.

Q: Which top 5 solar products help me in remote villages?

A: All solar lights can be installed in remote villages without many challenges. Solar street light: Remote villages can benefit a lot from solar street lights as they require no cable connections or electricity powered through them. Streets, roads or any public spaces can be illuminated with the help of solar street lights. Solar garden lights: If the residents in the remote areas would like to light up their residential properties and gardens, solar garden lights come in affordable prices.Solar emergency light: These lights are simple, easy to carry and help people to move around at night and also to light up a room for cooking, studying, etc.Solar emergency lights also act as power banks with the help of multi-function USB cables. Solar flood light: These wireless lights offer broad-angled lighting and can be placed to illuminate public meeting places in the rural areas.Solar gate light:These self-sufficient lights can be easily installed on gates, pillars and posts in order to light up building entrances along with the roads in front of them.

Q: Why don't we use solar LED street lights in India?

A: Though in small numbers, solar LED street lights can be spotted in India, especially in rural areas, runways, industrial properties, etc. At least in some parts of the country, solar street lights can replace traditional street lights; however, installation of solar lights come under the discretion of municipalities or similar civic authorities. The decision to switch to solar depends on the budget availability along with many other factors. Even though there are long-term economic benefits, solar street lights demand more initial investment as compared to grid-powered lights. India has significant climatic diversity and the availability of sunlight varies across the country. Solar backup depends normally on the availability of solar power.

Q: Why should we use solar street lights?

A: The benefits associated with solar LED street lights are many. Solar lights are the best eco-friendly lighting choice to illuminate public and private spaces while saving money on installation, maintenance and operational costs. Since solar street lights work purely on solar energy without the need for any power grid connection, they can be deployed in any un-electrified area. Unlike traditional street lights, power outages do not affect solar street lights, ensuring safety and security throughout the night.

Q: Do solar lights work straight away?

A: Most of the distributors deliver fully-charged solar lights so the lights must start working from the first night of installation. Solar lights do not work during the day. If you want to check if the lights are working, you need to completely cover the panels to stimulate darkness. To give out their full potential, solar street lights need to receive direct sunlight throughout the day.

Q: How do solar lights function?

A: Solar lights operate based on the simple principle of photovoltaic effect. A solar panel is made up of multiple solar cells and by wiring multiple panels together, a solar array is formed. The crystalline silicone, a semiconductor material the solar cells are made up of, produces negatively-charged electrons and positively-charged spaces. The photons released from the sunlight knock these electrons and propel them into the positive spaces, thereby forming an electrical circuit. When electrons move through this circuit, direct electricity is produced. The panel is connected directly to the battery and the electric energy gets stored in the battery. The photoreceptor on the light senses darkness at dusk, starts supplying power to the LED and at daybreak, the photoreceptor detects lacks of sunlight and shuts off the light.

Q: What do you mean by integrated solar street lights?

A: The main components of a solar street light are solar panel, charge controller, solar battery and LED. In an integrated solar street light, except the solar panel, all the other components are integrated into one unit. The panel used in integrated solar street lights are larger in size, ensuring faster conversion rate. These lights are mainly used in areas where continuous dusk to dawn brightness is needed.

Q: Can a solar powered light power itself?

A: Yes. A solar-powered light is an independent lighting unit that can power itself from sunlight. As long as it receives maximum sunlight during the day, the light can automatically switch on at dusk and work throughout the night. During cloudy or rain days, if there is sufficient backup, the light will continue to operate, though at a lesser voltage.

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