What additional features does the solar lighthouse monitoring system have?

As an advanced technology, the solar lighthouse monitoring system not only provides basic monitoring functions, but also integrates many additional functions to improve its efficiency and practicality. The following are some additional functions of the solar lighthouse monitoring system:

1. Data processing and storage
The solar lighthouse monitoring system has powerful data processing functions, which can check the validity and calculate the analog and switch quantities collected in real time. The system can perform calculations such as multiplication coefficients, zero drift, inversion, and over-limit alarms, and supports calculation formula definition and operation processing. In addition, the system can also regularly store historical data and operation report data that need to be saved, and store recent event data in real time

2. Events and warnings
The system can effectively alarm events such as telemetry over-limit, telesignal displacement, action/fault signals, and classify and hierarchical processing of events. This facilitates query and retrieval by elements, and improves the response speed and accuracy of monitoring.

3. Operation monitoring
The operation monitoring function includes real-time production statistics of the entire station, environmental parameters, electrical wiring diagrams and parameters, equipment communication and working conditions, equipment parameters, etc. These functions make the connection between the monitoring system and the operators closer, and improve the real-time and effectiveness of monitoring.

4. Security monitoring
Large-scale grid-connected photovoltaic power stations should be equipped with video monitoring and security systems, including cameras with pan-tilt control and fixed cameras, as well as security equipment such as smoke detectors. These security monitoring functions enhance the safety of solar lighthouses.

5. Power generation control
The solar lighthouse monitoring system can automatically switch and adjust the equipment operation status according to the current sunshine intensity, inverter operation, and grid output active power requirements to extend the service life of the equipment and improve the economic efficiency of power station operation

6. Power quality monitoring
The system can monitor the quality of AC power input to the grid or provided to the AC load in real time. When the voltage deviation, frequency, harmonics and power factor deviate from the standard and exceed the limit, the system can automatically disconnect the power generation system from the grid completely

7. Remote control and monitoring
The solar lighthouse monitoring system supports remote control of circuit breakers to prevent failures caused by accidental tripping of circuit breakers. In addition, the system also supports remote access and browsing to optimize equipment management efficiency

8. Intelligent monitoring system
Intelligent monitoring systems use advanced algorithms and machine learning to provide deeper insights and predictive analysis. These systems can automatically adjust the angle of solar panels to maximize the use of sunlight, or control household appliances to operate during peak production periods

9. 4G/5G solar wireless monitoring
Solar lighthouse monitoring systems can integrate 4G/5G wireless communication technology to achieve functions such as remote monitoring, palm recharge, 4G profit sharing, convenient construction, and visible power. This allows the solar lighthouse monitoring system to achieve effective monitoring in areas without network and power supply.

10. Environmental adaptability
The solar lighthouse monitoring system is waterproof and dustproof, and can operate stably in various harsh environments, which is particularly important for outdoor monitoring.

In summary, the additional functions of the solar lighthouse monitoring system not only enhance its monitoring capabilities, but also improve the intelligence and automation level of the system, making it an important technology in the field of solar monitoring.