IOT Solar Light: The future of smart lighting
In the era of Industry 4.0, the convergence of the Internet of Things (IoT) and solar energy lighting systems has ushered in a new era of sustainable connectivity and artificial intelligence. The combination of these two breakthrough technologies has given rise to the concept of “IoT Solar Light”—an intelligent lighting monitoring solution that can save up to 70% compared to traditional lighting systems. Furthermore, IoT serves as a precursor to the development of smart cities.
What is the IoT solar light system?
The IoT Solar Light system is a product that combines IoT (Internet of Things) technology with solar energy lighting systems equipped with storage, along with sensors (motion sensors, weather sensors, measurement centers, etc.) to create an intelligent and energy-efficient lighting system.
The solution is built on the LoRa or 4G wireless network platform, suitable for various conditions, providing visual and timely connectivity and monitoring of the entire system.
Developed and implemented by DAT Group, the solution not only connects with the lighting system but is also compatible with other solutions provided by DAT Group, creating a comprehensive and intelligent system.
Key functions of the IoT solar light system
Control function:
Includes on/off control or brightness control. This facilitates the setting of on/off modes or brightness adjustments for each pole or the entire project. Applicable in cases where an instant brightness change is required.
Configuration function:
This function simplifies the setting of brightness and lighting time, making it easier to adjust a batch of lights in the project according to the specific characteristics of different seasons and weather conditions.
Monitoring function:
Monitors the operational status and parameters of lights, such as:
- Monitoring the operational status of lights.
- Tracking the location of lights, light groups, or projects.
- Voltage and current operation of lights.
- Voltage and current of the charging and discharging of storage battery.
- Voltage and current of solar panel…
Alert function:
Issues alerts for overvoltage, overcurrent, overheating, abnormal operational states, and records error history to facilitate timely checks and replacements.
Management function:
Supports user permission levels, including:
- Management Account (Admin) can set controls and create user accounts (User).
- User Account (User) can only view statistical pages.
Other functions:
Additionally, it can integrate artificial intelligence (AI) and other devices in smart cities for specialized functions such as:
- Monitoring traffic density, adjusting brightness according to traffic flow.
- Monitoring weather on foggy, dusty, or prolonged rainy days for more suitable lighting solutions.
For more information about Sokoyo lights, IoT monitoring solutions, and connectivity, and to collaborate with DAT Group on deploying intelligent solar energy lighting projects, customers and partners are encouraged to contact the hotline at 1800 6567 (free of charge) for 24/7 consultation and support.
IoT monitoring solution developed by DAT Group
Currently, the IoT Solar Light system developed by DAT Group revolves around two main solutions: 4G and LoRa.
4G solution
(1) Each light needs a 4G communication module connected to the light control unit.
(2) The module connects to the server via the 4G network…
(3) The server shares data with end devices: phones, PCs… over the Internet
LoRa Solution
(1) Each light needs a LoRa communication module connected to the light control unit.
(2) The module connects to the Gateway via LoRa.
(3) The Gateway connects to the server via the 4G network…
(4) The server shares data with end devices: phones, PCs… over the Internet.
Each solution has different advantages and disadvantages, depending on the specifics of each project, allowing us to choose the most suitable solution based on needs, conditions, and achieving optimal efficiency.
| Communication Method | 4G | LoRa |
| Connection range | >10km | 1000m – 2000m |
| Central Control Unit/Gateway | No: Data is transmitted directly to the Server | Yes: Data is centrally transmitted to the Server via Gateway |
| Energy consumption level | High | Low |
| Construction complexity level | Low | High |
| Operational capability in environments with many obstacles | Good | Poor |
| Project maintenance costs | High (20Mb / month / light) | Low (100Mb / month / Gateway) |
| Advantages |
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| Disadvantages | Costs for communication module and signal transmission are relatively high. |
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| When to choose? |
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In the context of limited resources and increasingly severe climate change, along with the government’s direction to encourage the use of renewable energy, solar power, and IoT technology are a correct step forward, contributing to promoting the development of a sustainable and modernized traffic lighting system.
For more information about Sokoyo lights, IoT monitoring solutions, and connectivity, and to collaborate with DAT Group on deploying intelligent solar energy lighting projects, customers and partners are encouraged to contact the hotline at 1800 6567 (free of charge) for 24/7 consultation and support.
