Our products
RLC Load
MatView AC load bank testing offers you whole solutions of predictive failure analysis for UPS (uninterrupted power supply), generators, transformers, PV system, inverter etc, to validate the condition and output of such power systems comprehensively.
Battery Charger-discharger(CDS) system
The Battery Charger-Discharger System is designed for efficient charging and discharging of batteries, featuring advanced control and monitoring capabilities.
RETMS
The Renewable Energy Training and Management System (RETMS) integrates two primary renewable energy sources—solar photovoltaic (PV) and wind energy—offering an advanced platform for learning and managing renewable electricity production. This system is designed to be both educational and functional, allowing users to explore different configurations and operational modes of renewable energy systems. The RETMS features several technical and operational characteristics that make it a comprehensive tool for training and research.
DC/AC Power Supply
A variable DC power supply is a versatile device used to provide a direct current at various voltage levels to power electronic circuits and devices. This equipment comes with adjustable voltage and current settings, allowing users to precisely control and regulate the output power. It is commonly used in laboratories, workshops, and electronic repair shops for testing and troubleshooting purposes. The variable DC power supply typically consists of a power transformer, rectifier, voltage regulator, and output terminals. It provides a stable and reliable power source, ensuring that the connected electronic components receive the necessary power to function optimally. With its ability to deliver a wide range of voltages, this power supply is an essential tool for professionals working with electrical and electronic equipment.
Fast Charger
We specialize in fast charging solutions for electric vehicles, enabling a quick charge up to 80% in just 1 hour for a 96v, 100ah battery. We also provide customized chargers up to 400 Amps.
AC to DC Fast Charger
Wind Turbine Emulator Research System
Our wind turbine emulator is a cutting-edge solution that accurately simulates the behavior of wind turbines for hardware-level simulations. By utilizing a sophisticated system with a dc motor coupled with an induction generator or permanent magnet synchronous generator, we are able to control the speed of the generator based on the speed reference calculated by solving the mathematical model of the wind turbine. With precise specifications and advanced technology, our wind turbine emulator is the ideal choice for your simulation needs.
Reliable, Efficient, Advanced
Wind Turbine Training System
Wind Energy Training Systems are valuable tools for educators, students, researchers, and professionals working in the renewable energy sector. They provide a safe and accessible way to learn about wind energy technology, promote innovation, and contribute to the growth of this important industry.
Solar Energy training System
Solar Energy Training System is educational tools designed to teach individuals and professionals about photovoltaic (PV) technology, the process of converting sunlight into electricity. These systems simulate real-world solar energy generation and provide hands-on experience with various components and configurations.
Electric Vehicle Research System
Electric Vehicle Research System (EVRS) is an educational instrument designed to teach individuals and professionals about Electric Vehicle (EV), Battery and Charger technology. This system replicates real-electric vehicles and provides hands-on experience with various components and configurations.
Solar Array Simulator (SAS)
Solar array simulation software, when used with a high-performance DC power supply, can accurately simulate the I-V curve of solar arrays. This system features precise measurements, high stability, and fast response times. With built-in parameters like Vmp (Voltage at Maximum Power) and Pmp (Power at Maximum Power), it can effectively generate the I-V curve output and produce reports. These capabilities greatly assist in testing both the static and dynamic maximum power tracking performance of photovoltaic inverters.
SAS Based Grid Tied System
This dual-stage SAS-based grid-integrated system uses the iTech Solar Array Simulator (SAS1000) connected to the inverter's DC link through a boost converter. The inverter interfaces with the grid via an LC filter and a three-phase delta-to-star transformer. Control is managed by a National Instruments (NI) sbRIO controller, programmed with NI LabVIEW software for optimized performance.
