EPCTLG2.5

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The EPCTLG2.5 scalar controller is a powerful, low-cost, easy-to-use and reliable phasor measurement unit (PMU). It features a wide variety of features for applications from basic monitoring to advanced automatic control. The EPCTLG2.5 is suitable for deployment in any power system, including electrical power grids, nuclear power plants, renewable energy systems, and industrial electrical systems. It can also be used in traditional industrial processes, such as manufacturing, automotive, oil and gas, and chemical plants.

The EPCTLG2.5 provides an effective and precise measurement, allowing operators to collect data from the equipment, feed it back to the central control center, and ultimately improve the efficiency of the power plant. The scalar controller offers several key advantages over manual or automated control, including real-time monitoring, data logging, and diagnostic functions.

The EPCTLG2.5 is designed with a high power factor (PF) and capable of delivering accurate phasor measurements. It is also capable of controlling load shedding, monitoring distributed load, and providing voltage protection. The application field of the EPCTLG2.5 also includes automatic power factor correction, harmonic filtering, and power stabilization. The controller also supports other advanced features such as load monitoring, voltage protection, harmonics compensation, and frequency protection.

The working principle of the EPCTLG2.5 consists of two major components, the hardware and the software. The hardware consists of a central processor, an Analog to Digital Converter (ADC), an RF Transmitter, and a directional coupler, which is used to transmit and receive data from memory banks. The central processor is responsible for processing the signals and storing the data. The software component is responsible for configuring the controller, managing parameters, and programing the data.

The EPCTLG2.5 is programmed to collect the necessary phasor measurements such as current, voltage, and phase angle. The collected data is then stored in the controller for further processing. The data is processed using various algorithms, which are based on the predefined set of parameters in the controller. The controller then processes the data and outputs the PF and other required measurements to the central system.

The EPCTLG2.5 has numerous advantages over manual or automated control, which include higher accuracy, lower power requirements, higher reliability, and improved safety. The scalar controller is also capable of sensing and logging real-time information, particularly through its advanced temporal-based algorithms. The controller is also equipped with advanced features such as adjustable load shedding, over voltage protection, and frequency protection. These features can help improve the overall efficiency of the power system.

The EPCTLG2.5 scalar controller is a powerful, reliable, and easy-to-use controller that is suitable for applications ranging from basic monitoring to advanced automatic control. The controller features a number of features and advantages, which include advanced temporal-based algorithms, adjustable load shedding, over voltage protection, frequency protection, and more. These features make the EPCTLG2.5 a robust solution for almost any power system application. With the advanced features of the EPCTLG2.5, operators can confidently monitor, control, optimize, and improve the efficiency of their power system.

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