What is Solar Led Light Pole
Solar street light poles are a crucial part of a complete solar street light system. Their essential functionality is to fix other street light components, including the lighting module, solar panel, rechargeable battery storage module and electronic control device. How they fix other parts depends mainly on the types of solar street lights and their specific applications.
Benefits of Solar Led Light Pole
Energy Efficiency and Environmental Influence
An imperative prerequisite for solar street light poles is their robust energy efficiency and beneficial environmental influence. These poles tap into solar energy to energize the lighting apparatus, decisively diminishing dependence on conventional energy resources such as coal and natural gas. This transition towards renewable energy not only curbs greenhouse gas emissions but also aids in preserving natural resources.
Durability and Service Life
A further pivotal requirement for solar street light poles is their durability and service life. These poles are engineered to endure severe climatic conditions, encompassing extreme fluctuations in temperature, precipitation, snowfall, and gusty winds. The robust structure guarantees the poles' continued functionality over protracted periods, thus mitigating the necessity for repeated maintenance and replacements.
Customizability and Esthetic Appeal
Not simply functional, solar street light poles also exhibit customizable attributes and aesthetic allure. These poles are available in diverse designs, dimensions, and finishes to harmonize with the architectural ethos of the immediate surroundings. Furthermore, they can be outfitted with supplementary features like surveillance cameras, Wi-Fi hotspots, and public address systems, amplifying their functionality and versatility.
Intelligent Illumination Solutions
The escalating demand for intelligent city infrastructure has spurred the inclusion of intelligent illumination solutions in solar street light poles. These poles are fitted with sophisticated sensors and control mechanisms that optimize energy utilization, modify luminosity levels contingent upon ambient light conditions, and furnish real-time data on energy consumption and upkeep prerequisites.
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What Is The Size Of The Solar Light Pole
The size of a solar light pole can vary significantly based on its application, design, and the specific requirements of the area it's intended to illuminate. When discussing the "size" of a solar light pole, we typically refer to its height and diameter, which are crucial for ensuring adequate illumination and stability.
Height
Solar light poles for residential and garden use often range from about 3 to 8 feet (approximately 0.9 to 2.4 meters) in height. This size is suitable for pathway lighting, accent lighting, or small area illumination.
For commercial applications, such as street lighting, parking lots, or large public areas, poles can be much taller, generally between 10 to 30 feet (approximately 3 to 9 meters). In specific cases, such as for lighting over highways or large sports fields, poles might even exceed 30 feet to adequately cover the required area.
Diameter
The diameter of the pole is another important dimension, especially for ensuring structural integrity and stability. The diameter can vary from 2 to 6 inches (approximately 5 to 15 cm) for residential and light commercial applications. For larger, heavier-duty poles used in commercial and industrial settings, the diameter can be significantly larger, sometimes up to 8 inches (approximately 20 cm) or more, depending on the height of the pole and the load it needs to support (such as the weight of the solar panel, light fixture, and batteries).
First of all, if the road is 20 meters wide, it should be considered as the main road, so it needs double-side lighting. In addition, road lighting requirements mainly include illumination requirements and illumination uniformity, of which the uniformity should generally be above 0.3. The greater the uniformity, the more scattered the solar street light is, the better the lighting effect it is.
Therefore, we can assume that it is a double-row symmetrical lighting deployment, and the height of the lamp post is at least greater than 1/2 of the road width, so the height of the lamp post should be 12-14 meters; Assuming that a 14-meter lamp pole is used, the street lamp installation spacing is generally about 3 times the height of the lamp pole, so the spacing is at least 40 meters; In this case, the power of the solar street lamp should be above 200W to meet the lighting requirements of the main road.
Secondly, illuminance and power are related to the installation height of lights. For solar street light, we hope that the greater the angle of the light, the better, so that the uniformity will be ideal, and extend the distance between the lamp poles, reduce the number of lamp poles installation, cost-saving.
Finally, if the solar intelligent street light has a spacing of 40 meters, the height of the street lamp pole is 14 meters, the power is 200W, and the fixture is arranged on both sides, how is the illumination calculated? Therefore, it is necessary to test the 200W street light first, because the street light of different manufacturers, the source of LED is not the same, the optical lens is not the same, and the total luminous flux of the same large power will not be the same, which leads to the illumination of the road is not the same.
What Are the Different Types of Solar Street Light Poles
Solar street light poles come in various designs and materials, depending on street light types and particular project applications. Hence, they can be grouped into different categories.
Single-arm street light poles vs. Double-arm poles
The arm is a vital structure of a solar street light extending from the top of the vertically installed pole outward over the road, holding the lighting module to illuminate the area below.
As the name indicates, single-arm poles can only fix one LED module and are installed on one side of either a one-way or two-way road. While double-arm poles can hold two lighting modules, they are erected in the middle of a two-way road and offer symmetrical illumination for two flanks simultaneously.
Split street light poles vs. Unified poles
In prevalent all-in-one solar street lights, the LED lighting, solar panel and battery are integrated into one unified module, which means the arm carries all the parts for the light.
In contrast, the lighting module and solar panel are separated in older generations of street lights, including split solar street lights and all-in-two lights. The solar panel is positioned on top of the pole with a split arm structure or hung on one side of the pole with accessories.
Steel solar street light poles vs. Aluminum poles
Solar street light poles can be made up of various materials. Today, you can hardly see concrete poles used for street lights. The majority of street light poles are made of steel or aluminum.
Steel solar street light poles and aluminum poles differ in many properties, involving stiffness, strength-to-weight ratio, corrosion resistance, maximum height, processing and price. A wide range of parameters, such as installation and climate conditions, project budget and illumination requirements, can impact the choosing of pole type directly and indirectly.
C&I light poles vs. Residential street light poles
Through several decades of development, the applications of solar street lights get much broadened, not merely limited to the transportation industry. Many street lights are tailor-made for commercial and residential uses, as you can see the installations along the streets within factory parks or near garden fences.
The diverse uses of these lights require the support of certain properties of a light pole, thus the particular pole variety.
Functional street light poles vs. Decorative light poles
Beyond the primary function of holding and fixing components on a solar street light, modern street light projects have an increasing demand for the aesthetic property since the transportation system has acted as a window to showcase the image and character of a city for both the citizens and travelers.
As a foundational part of street lights, poles today also bear the role of media. Many street light projects seek customization for light poles to echo the city's visual identity (VI) concerning theme color, patterns or elements. In light of this manner, these decorative solar street light poles create much more value than their costs, contributing to energy transition and green development for the city while helping in a city's publicity.
How To Choose Light Pole Of Solar Led Street Light
Solar led street lights are composed of batteries, solar panels, light sources, controllers, etc. When choosing solar led street lights, people tend to pay attention to the quality and capacity of these components, while ignoring the poles. On the surface, light poles only play a role in supporting street lights. In fact, the selection of street lights pole is also very particular. For different roads and different environments, the size, height, and material of the light poles are different. Let's take a look at how to choose solar street light poles.
The height of the pole determines the illuminance of the street lamp. Generally speaking, we need to survey and measure different environments, and then determine the height according to the brightness of the LED light source and the width of the road. For example, the height of one-sided street lamp ≥ the width of the road, and the height of two-sided symmetrical street lamp = half the width of the road . Street lights arranged in zigzag on both sides should have a height of at least 70% of the width of the road, so as to bring the best lighting effect. In addition, the trees and buildings around the road can't cover the solar panels, so the height of the solar led street light pole can't be chosen at will, and it is unreasonable to be too high or too short. Generally, 3-4m light poles are suitable for rural roads, and 5-7m solar led street light poles are used for dual-lane country roads. In addition, the traffic flow on the road must also be taken into consideration.
In addition to the above two aspects as the focus of consideration, there are also some details that can't be ignored, such as the wall thickness of the light pole, whether the light pole has sufficient wind resistance and sufficient load-bearing capacity. These factors all affect the service life of solar street lamps, so the wall thickness should be determined according to the specific scene of solar street lamp installation when choosing. For example, 2~4m street lights must have a wall thickness of at least 2.5cm, 4~9m street lights must have a wall thickness of 4~4.5cm, and 8~15m high street lights must have a wall thickness of at least 6cm. The area where there is always strong wind, so the wall thickness value is a bit larger.
We must ensure safety when choosing light poles. For every street lamp, the pole height setting is reasonable, too high or too low will affect its use efficiency. Part of this standard is a rigid requirement of the industry, and part of it is accumulated by solar led street light manufactuers based on their years of production experience. Usually, different street lamp pole heights are designed according to the width of the road, so as to maximize the lighting effect. Therefore, it is very important to choose a reliable solar street light manufacturer. Experienced solar street light manufacturers can design a very reasonable solar street light configuration according to the customer's budget.
The material of the solar led street light pole will directly affect its service life. Nowadays, the more common light poles are rolled from Q230 steel. The corrosion resistance of this material itself is really not very good, so the surface will be galvanized to enhance the corrosion resistance of the light pole. For example, hot-dip galvanizing or cold-dip galvanizing. Relatively speaking, the anti-corrosion performance of the hot-dip galvanizing light pole is better. Therefore, it is recommended to choose the light pole treated in this way when purchasing. In addition, some of the solar led street light poles that are often seen now also have surfaces that are stainless steel or anodized. The corrosion resistance of these two materials is also particularly excellent. However, these two types of light poles are more expensive. Users can choose according to their own budget.
Check for Corrosion
Solar street light pole are typically made of aluminum, steel, or other metals that are susceptible to corrosion. Corrosion can weaken the pole structure and reduce its lifespan.
Therefore, it is important to check for signs of corrosion, such as rust or discoloration, and take steps to prevent it from spreading. Applying a corrosion-resistant coating can help protect the pole from corrosion.
Check for Electrical Issues
Solar LED street light pole rely on a complex electrical system to convert solar energy into usable electricity.
Therefore, it is important to check for any electrical issues, such as loose connections, damaged wiring, or faulty components, that can affect the performance of the street light.
Regular Cleaning
One of the primary maintenance tasks for solar LED street light pole is to perform regular cleaning. Accumulation of dust, dirt, and debris can reduce the efficiency of the solar panels and dim the light output.
Therefore, it is crucial to clean the solar panels, the fixture, and the lens regularly using a soft cloth or a mild detergent solution.
Battery Replacement
The batteries used in outdoor solar power lighting system have a limited lifespan and need to be replaced periodically. The frequency of battery replacement depends on the quality of the battery, the climate conditions, and the usage.
Typically, batteries need to be replaced every three to five years. A professional technician should handle the battery replacement task.
Check for Damage
It is necessary to inspect the solar LED street light poles regularly for any signs of damage or wear and tear.
Any damages, such as cracks or breaks in the pole, loose bolts or screws, or damaged wiring, can cause the street light to malfunction or even fall over, posing a safety risk. If you notice any damage, it is important to address it promptly.
Traditional lighting solutions rely on electricity from the grid to power the lights. This means that they contribute to greenhouse gas emissions and are not environmentally friendly. They also require ongoing maintenance and incur monthly electricity bills.
In contrast, solar powered pole lights harness the power of the sun to generate energy. They do not emit harmful greenhouse gases and do not require electricity from the grid. They also require minimal maintenance and do not incur monthly electricity bills.
While the initial cost of installing solar powered pole lights may be higher than traditional lighting solutions, the long-term savings are significant. Solar powered pole lights are cost-effective, environmentally friendly, and easy to install, making them a popular choice for public spaces.
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Our ambition to establish ourselves as a leader of the industry with innovative, extremely reliable, cost effective solar lighting solutions as well as with the best customer service, is supported by our investment in both R&D and the most modern production facility. Owning our 6300 m2 factory plant that hosts a team of 10 engineers and more than 100 trained workers, enables us to test our products in the harshest conditions, to enhance them if needed, to strictly control their quality before delivery, to manage the production flow, but also to offer our clients customized solutions if the specifities of their project need our standard products to be tailored.
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