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Important Units Of All-In-One Solar Street Light

by Joseph Reed

As solar technology advances, more people are realizing the benefits of integrated solar street lights over traditional street lighting systems.

All-in-one solar street lights offer several advantages from saving cost, easy installation, saving energy, and its long-lasting capabilities. What then are the components parts of them all in one solar street light?

In this article, we will discuss the units that make up the all-in-one solar street light and how they all work together to provide unbeatable illumination.

  • Lithium-Ion Battery

Batteries are an essential part of solar street lights because they help store the electricity generated during the day by the solar panel and provide energy to the street light during the night. The battery’s life cycle plays a huge role in determining the life span of the solar street light on backup days. Usually, two batteries are used for solar street lights – lead-acid batteries and gel cell deep cycle batteries.

All-in-one solar street light uses lithium-ion batteries that have a charge-discharge cycle of over 2000 times. The patented battery management technology makes it possible for the battery to last more than six years, thereby increasing the ROI and also helping to maintain the earth’s resources.

  • Efficient Solar Panel

The solar panel is another vital part of the solar street light because it is responsible for converting solar energy into electricity that the fluorescent lights function with. There are various types of solar panels for creating solar street lights. However, the most common are – crystalline and poly-crystalline.

The all-in-one solar street lights use the mono-crystalline solar panel, considering that the conversion rate is a lot higher and it is a solar panel of high transfer efficiency. The mono-crystalline solar panel has a life span of 25 years.

  • Intelligent Time Controller

The all-in-one solar street light uses an in-house R&D control system that can easily regulate power output, adapting the settings to different weather conditions. The brightness can also be controlled using dusk to dawn control.

  • High Efficient Lighting

The major lighting source of these solar street lights are LED, which provides higher luminosity while consuming lower energy. The LED energy consumption is about 50% lower than the traditional HPS counterpart.

  • Spreadlight Lens + Bat Wing

This new lighting distribution lens is designed to deliver outstanding lighting impacts, uniformity, and illumination. It is built to serve different types of light distribution forms.

  • Strong Pole

All street lights require strong poles because all other components of the solar street light are mounted upon the pole. Panels, batteries, and fixtures are usually arranged on the poles hence the need for a durable one. The all-in-one solar street light uses an efficient frame that has all the electronics integrated into it.

The structure is excellent for protecting the essential parts from harsh weather conditions, with the wind resistance function.

  • Intelligent Power Saver

The power-saving control is an intelligent one that allows automatic adjustment of the power output according to the battery’s storage capacity. This helps effectively extend the working time of the solar street light.

Conclusion

The all-in-one solar street light embodies various parts that all work together to deliver excellent lighting. Unlike traditional street lights, the all-in-one solar street light has all its intrinsic parts in one.

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