Solution Description
In a typical solar monitoring system, there are a variety of different input resources we need to consider, such as the analog track control signal from the PV cell, the Modbus/serial input from DC to AC inverters, the analog or digital input from weather sensors, as well as choosing between the web or HTML format for triggering from the remote site. When designing or creating a solar system, a programmable device that acts as a controller to perform industrial tasks such as remote monitoring, data acquisition, data logging, and protocol conversions can be used to achieve this goal.
 
Solution Requirement
Front-end communications computer for remote monitoring, data acquisition, data logging, and protocol conversion
Ultra-low power consumption design to maximize the electrical output of the solar panel
Compact form factor for easy installation
Mutiple interface connections for controlling and monitoring a variety of devices
AI/O and DI/O for environmental sensor devices
 
 
 
Solution Description

The environment, energy, and agriculture governmental institutions in Southeast Asia needed to set up control and monitoring devices to measure rainfall volume, humidity, and similar environmental parameters for designated periods of time throughout the year. The obstacle is that these devices are to be installed in remote areas that are difficult to access, making maintenance impractical; therefore, reliable solutions are required.

This application requires a reliable embedded computer that can store, send, and receive data from the control center, as well as provide two serial communication ports. The IA3341 is the perfect solution; it uses one of the two serial ports to connect to a serial monitoring device and the other serial port to connect to a GPRS modem.
 
Solution Requirement
Front-end communications computer for remote monitoring, data acquisition, data logging, and protocol conversion
Compact form factor for easy installation
Data logger with multiple connections for data communication
Real-time, web-based communications to control and monitor rain gauge meters remotely
Network redundancy to ensure system reliability and continuous operation
Longer MTBF enhances system reliability
Ready and effective protocol conversion that facilitates data communication with the various protocols of legacy devices
   
   
 
 
 
 
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