Solution Example (Energy) - Gas Cogeneration Monitoring System
This system uses an IoT gateway to centrally manage the operational status of the gas cogeneration system at a centralized management center.
By collecting data from gas engines and gas turbines, we achieve rapid and accurate repair responses during failures and prevent failures before they occur. By collaborating with a data server, monitoring alongside other equipment at a centralized management center becomes possible. By collecting operational information and utilization rates, this data is used as a benchmark for maintenance planning. 【Recommended Products】 ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on installation location, wiring methods, and the number of I/O points.
basic information
**Main Features** ● Flexible Interface Adopting the CONPROSYS stack type as a remote monitoring controller, it can flexibly respond to increases or decreases in measurement items according to the scale of the monitoring system. ● Task Control (CONPROSYS VTC) Using the CONPROSYS VTC function, the measured data can be filtered, calculated, and processed for conditional judgment without programming. It can also be used for applications such as abnormality judgment and email notifications. ● Web Monitoring (CONPROSYS HMI) Equipped with CONPROSYS HMI, which can graphically represent the acquired signals. CONPROSYS HMI allows for easy construction of monitoring screens through web browser operations. It can be utilized as a monitoring system on-site.
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Applications/Examples of results
Monitoring the operational status of the gas cogeneration system.
