Our Renewable Energy training systems are designed to demonstrate real-world renewable energy systems for electrical and power engineering engineering programs. It enables hands-on learning of solar photovoltaic (PV) systems, wind turbine generation, hybrid energy models, and smart grid integration.
Bestech offers modular training systems to allow students to explore various key concepts in renewable energy generation such as energy conversion, load management, grid stability, and power quality. With real-time data acquisition, interactive software, and optional battery storage simulation, it replicates the challenges and dynamics of distributed generation in modern power grids.
Ideal for undergraduate and postgraduate programs, the system covers power electronics, MPPT (maximum power point tracking), grid-tied vs. off-grid operation, inverter control, and SCADA-compatible monitoring. It is an essential tool for institutions seeking to align their curriculum with the energy transition and equip students with industry-relevant skills.
Our Renewable Energy training systems are designed to demonstrate real-world renewable energy systems for electrical and power engineering engineering programs. It enables hands-on learning of solar photovoltaic (PV) systems, wind turbine generation, hybrid energy models, and smart grid integration.
Bestech offers modular training systems to allow students to explore various key concepts in renewable energy generation such as energy conversion, load management, grid stability, and power quality. With real-time data acquisition, interactive software, and optional battery storage simulation, it replicates the challenges and dynamics of distributed generation in modern power grids.
Ideal for undergraduate and postgraduate programs, the system covers power electronics, MPPT (maximum power point tracking), grid-tied vs. off-grid operation, inverter control, and SCADA-compatible monitoring. It is an essential tool for institutions seeking to align their curriculum with the energy transition and equip students with industry-relevant skills.
