Ultimate Guide To LED Solar Street Lights
LED solar streetlights are a great option to provide lighting for roads, streets and highways without the need for traditional grid power. Solar LED street lighting can save you money on installation, wiring and maintenance, as well as reduce the overall cost of ownership. The best led lights are completely independent of the grid and can be affected by blackouts, breaks in underground lines, or other problems.
An experienced solar lighting manufacturer ensures proper illumination. They also provide the correct solar power components for the fixture’s operation. Lighting engineers and designers work with solar lighting manufacturers to ensure appropriate light levels for particular applications. They also take into consideration other data, such as consolation, to determine the best size lights for each project. Let’s examine these and other factors when designing Solar Street Lighting Projects. Solar street light systems are a good investment. They can be paid for quickly and have a very high ROI.
Components
Commercial solar street lamps are constructed from the same components as commercial solar lights. Each light contains a light, a fixture bracket, a fixture bracket, a controller, a fixture bracket, a pole, and a DC fixture. Everything is contained on one pole. The light fixture will be mounted to face in the appropriate direction to provide light to the area.
It is important to understand these components so that you can determine if the system you are installing will last. Let’s examine each component in detail.
Solar Power Assembly
The solar power installation consists of a set of rigid solar panels, a framework made of metal, and bracketry that can be mounted on the pole. The bracket should securely attach to the framework, and be able to withstand severe weather conditions like snowfall or high winds.
Proper sizing of the solar should ensure that enough charge is available, even in the worst scenario. Even on cloudy or rainy days, some solar charge will still occur. To ensure the system runs nightly without interruption, it is vital that the sun can supply enough energy to recharge its batteries.
Solar Battery Backup
The sun backup must be sufficient to ensure that there are enough nights of energy supply to keep the system running. This is because of the number of days that are bad during certain seasons. Instead, most commercial manufacturers keep at least a five-night backup. This storage ensures you have enough power for any inclement weather. This battery can also last for up to seven years, making it easier to maintain the system over its lifetime.
A GEL or AGM cell battery is all possible options for the backup battery. In some cases, a lithium-ion battery is also available. While lithium can be more expensive than GEL batteries, it lasts about 2 to 3 times longer and is generally twice as long. This type of battery may not be cost-effective. But, as technology improves and there is more demand, the cost should begin to decrease in the coming years. Lithium will soon become more affordable. Lithium will offer the same or better service to its GEL counterparts without compromising on its backup.
Solar Light Fixtures
A solar street lighting fixture is one such fixture that can be powered by DC power. Most manufacturers have their line and will not accept fixtures that aren’t part of their mainline. This is because they have done extensive testing, and all components are covered under warranty.
A solar fixture uses less energy than its AC counterparts. This is because LEDs are powered by the direct DC power generated by the solar. No AC adapter is required. This efficiency allows for lower power consumption and the same amount of light. You don’t have power wasted by switching from one energy source to the other. This reduces the heat the fixture produces.
Commercial Vs. Decorative Fixture Types
For LED street lighting projects there are two central systems. These are the standard commercial systems and decorative systems. Depending upon the style and requirements of the architect designing the project, either a square- or oblong-shaped commercial fixture, a bell, or a post top, style fixture, can be used.
Today’s light fixtures all offer the same light output, no matter how decorative. Because of this light output, many solar street lighting solutions can be tailored to fit the architectural requirements of each project. There are many options available to you. Instead of having to choose from a limited number of fixtures to achieve the required light output and distributions to properly illuminate a space, all fixtures can be made with the same LED board. This versatility opens up new possibilities for solar lighting.
Solar Controls
The controller acts to open the gateway for the solar light system. It will tell the batteries when to charge the panels. It will notify the fixtures when the panels stop producing electricity. The control controls whether the batteries are charged excessively during the day or drain beyond a specific amount at night. All of these controls keep the system running at its maximum potential and increase the system’s longevity.
Bracket for Solar Fixtures
Solar lighting installations almost always necessitate the use of brackets. This is due to the fact that the solar is almost always mounted at the top of the pole, whereas the fixture must be mounted lower on the pole. The fixture bracket enables the fixture to be mounted directly to the same pole and, at times, out away from the pole. Brackets can be decorative for post-top or pendant-mounted fixtures, or straight and upsweep arms for Cobra head and shoebox fixtures.
The bracket also allows the fixture to be properly oriented without being constrained by solar orientation. This is advantageous because the solar must face directly south (or towards the equator), which does not always allow the fixture to face the correct direction if it is attached to the panel – consider your all-in-one solar manufacturers.
The bracket also allows the fixture to be properly oriented without being constrained by solar orientation. This is advantageous because the solar must face directly south (or towards the equator), which does not always allow the fixture to face the correct direction if it is attached to the panel – consider your all-in-one solar manufacturers.
Poles for Solar Light Systems
The poles provided for standard lighting applications differ significantly from those provided for a solar lighting system. Solar poles are usually quite large, with a 4-6″ tip and an 8-14″ base, and they should always be round. Square poles limit you to four orientations and prevent you from mounting the solar and fixture in any direction.