The Differences Between Separated and Integrated Solar Street Lights
Separate solar street light are designed to be independent of the grid electricity. This means that any issues in one light will not influence other lights connected to the same cable.
They are also easier to install than All-In-One solar street lights. This is because the batteries of these lights are buried underground and not easily stolen.
Unique Design
A separated solar street light features a unique design that separates the photovoltaic solar panel from the LED lights. This allows the solar panel to be placed in the best sunlight-exposed position, maximizing energy generation and efficiency. It also makes it easy to install additional solar panels for greater watts and backup capacity.
This type of solar street light is often used in urban areas, including city streets, sidewalks, driveways, and parking lots. Its advanced technology makes it a cost-effective alternative to traditional grid-powered lights, with lower maintenance and operating costs over time.
A separated solar street light can also be equipped with remote monitoring capabilities, allowing the owner to view data about its performance from a mobile phone app. This makes it easy to identify and resolve issues quickly, ensuring optimal lighting performance. This model is also environmentally friendly, generating electricity with renewable solar power rather than relying on non-renewable sources. Moreover, it uses rechargeable lithium batteries, which have improved energy density, longer lifespan, and lower environmental impact. Moreover, its battery storage is easier to access for inspections and replacement.
Off-Grid Capability
Integrated solar street lights combine all their components like the solar panel, battery, controller system and LEDs light into one, which makes them much easier to move, install and operate. They can also be separated solar street light used in remote areas and off-grid places where connecting to the grid is impossible or impractical, offering a reliable self-sufficient lighting solution.
All-in-one solar street lights can deliver a quick ROI due to their lower energy costs and minimal maintenance expenses. Some premium models also come with advanced features such as microwave sensors, MPPT charge controllers and smart ventilation systems.
Their long lifespans and high luminous efficacy allow them to work normally in areas with rainy seasons or less insolation. Moreover, their batteries are buried underground to prevent theft and safety hazards. Their external lithium iron phosphate batteries can realize 5+ days of autonomy, which is far better than the lead-acid battery that was commonly used in the past. In addition, they are equipped with intelligent control functions that can be adjusted via mobile phone APP to meet the specific needs of each project.
Enhanced Lighting Control
Many solar street lights feature lighting control features that can adjust the brightness levels based on the solar energy system supplier ambient light conditions and motion detection, making them more energy efficient. Additionally, some solar powered street lights have remote monitoring capabilities to allow users to monitor the status of their system and address any issues quickly.
All-in-one solar street lights integrate all essential components—solar panel, battery, LED lamp, and charge controller—into a single unit that resembles traditional streetlights in appearance. These units are easier to install and maintain than split solar street lights, which require the solar panel to be placed separately from the LED light and battery.
The all-in-one solar street lights can be easily installed with a new pole or with the existing one, and there is no need for power cable or trenching. The foldable solar panel design enables it to shade the solar cell during daytime, and it provides good heat dissipation, which can extend the life of the battery and LED chip. Moreover, the all-in-one lights have a powerful failure analysis function to help with troubleshooting.
Long Lifespan
Unlike integrated solar street lights, separated ones utilize lithium iron phosphate batteries with a long charge and discharge cycle. This can help extend the battery lifespan by 3 times compared to lead-acid batteries commonly used in integrated street lights.
Another key feature of a separate solar powered LED light is that it can be fitted with motion sensors, allowing the lighting to be activated when it detects motion nearby. This helps reduce light pollution and energy waste while maximizing safety for pedestrians and vehicles.
Additionally, these systems have a much longer lifespan than traditional grid-powered lighting fixtures, meaning that they can save you money on maintenance costs over the long term. Lastly, solar power is a clean and renewable source of electricity that can help to reduce reliance on fossil fuels and cut greenhouse gas emissions. This can be a particularly important consideration in remote or off-grid locations.
Easy Installation
The progress of battery technology is the key reason that semi-split solar street lights have appeared. They usually have a solar panel installed on the top of the lamp pole and an external battery hung at the lower part of the light or buried underground. While they can provide stable lighting, their cost is higher than that of separated solar street lights. The hung or buried battery also poses an electrical risk, requiring more frequent inspection and maintenance. Additionally, the battery can be easily stolen, which increases the operating costs of your project significantly.
In contrast, all-in-one solar powered lights have the solar panel, LED lamp, battery and smart sensor built inside a reasonable layout, which greatly reduces installation time and construction costs. All you need to do is to dig the cage and fix the screws of the light, then erect the pole. Before filling every hole with concrete, test the light to ensure everything is working properly. Then you can finish the installation. Besides, you can monitor the working status of each component unit on the mobile APP.