IoT Applications
Smart Streetlight Monitoring and Control with S275
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Author : Fiona Dai
Update time : 2025-01-07 16:31:42
The S275 device is used for smart streetlight control and monitoring. It tracks key parameters like voltage, current, power, temperature, and humidity, enabling real-time fault detection and efficient operation. Integrated with IoT platforms, the S275 enhances smart city infrastructure by ensuring reliable, energy-efficient street lighting.
1. Voltage Monitoring
Monitors the supply voltage to ensure the streetlight system is powered correctly and within the normal range, detecting any power supply issues.
2. Current Monitoring
Monitors the current flowing through the circuit to ensure normal system operation and detect anomalies like over current or under current that may indicate faults.
3. Power Monitoring
Monitors power consumption, including active and reactive power, to assess energy efficiency and identify potential malfunctions through abnormal power readings.
4. Status Monitoring
Monitors the on/off status of streetlights to ensure they operate according to the expected control schedule.
5. Temperature and Humidity Monitoring
Monitors environmental temperature and humidity to prevent damage to equipment from abnormal conditions.
6. Scheduled On/Off Control
Controls streetlight on/off times via a timer to automate operation, saving energy and reducing manual intervention.
7. Fault Detection
Detects faults by monitoring voltage and current fluctuations, providing alerts when values exceed acceptable limits for quick fault detection and maintenance.
8. IoT platform Integration
The data is collected from sensors, then uploaded to the cloud platform for storage, analysis, and visualization to enable remote management.
1. Voltage Monitoring
Monitors the supply voltage to ensure the streetlight system is powered correctly and within the normal range, detecting any power supply issues.
2. Current Monitoring
Monitors the current flowing through the circuit to ensure normal system operation and detect anomalies like over current or under current that may indicate faults.
3. Power Monitoring
Monitors power consumption, including active and reactive power, to assess energy efficiency and identify potential malfunctions through abnormal power readings.
4. Status Monitoring
Monitors the on/off status of streetlights to ensure they operate according to the expected control schedule.
5. Temperature and Humidity Monitoring
Monitors environmental temperature and humidity to prevent damage to equipment from abnormal conditions.
6. Scheduled On/Off Control
Controls streetlight on/off times via a timer to automate operation, saving energy and reducing manual intervention.
7. Fault Detection
Detects faults by monitoring voltage and current fluctuations, providing alerts when values exceed acceptable limits for quick fault detection and maintenance.
8. IoT platform Integration
The data is collected from sensors, then uploaded to the cloud platform for storage, analysis, and visualization to enable remote management.
