Power Labs Ecosystem™ contains power generations, power transmission, power distribution and power protection for traditional and smart power grids.

This trainer allows to investigate the synchronous operation of Solar Power Generation and Wind Power generation as small microgrid.

The Solar Pump System consists of a real PV panel, a halogen lamp as a sun simulator, MPPT controller, battery, BLDC water pump, transparent water basin and handheld irradiation meter.

The trainer has been designed for hands-on study of substation automation system.

The Solar Power Generation Trainer can work in both off-grid and on-grid modes. It consists of a PV panel and an array of halogen lamps as a sun simulator.

Traditional Power Generation Trainer consists of a 3-phase synchronous generator moved by an asynchronous motor using a VFD.

The Wind Power Generation Trainer consists of a wind tunnel and wind turbine-generator set.

The Power Transmission Trainer is a combination of physical models of power transmission lines, transformers, etc.

The Hydro Power Generation Trainer consists of a 3-phase synchronous generator moved by a real Pelton turbine․

The Power Distribution Trainer is a combination of physical models of power busbars, circuit breakers and switchgears.

The Power Protection Trainer is a combination of different types of protection relays including microprocessor relay protections.

The Trainer is a combination of different types of electromechanical protection relays.

The Smart Grid Trainer is a SCADA system, which combines all the power components of the power ecosystem.

The NetSimulator Current Adaptor is used to generate real current flow from simulated signal in 3phase power networks.

The Smart Grid Trainer is a SCADA system, which combines the power components of the power labs ecosystem.

The NetSimulator Voltage Adaptor is used to generate real voltage from simulated signal in 3phase power networks.

Laboratory facility is designed for hands-on study of Lighting Control, Air Ventilation and Security System for household areas. It’s a model of real home with air ventilation.

The NI Wireless Sensor Network (WSN) system is built on an IEEE 802.15.4 wireless mesh network.

The educational system is dedicated for studying the heating supply mechanisms and working principles. The system allows the students to get acquainted to main principles of the heating sources and their characteristics.

The iLAB educational platform is a web service infrastructure that provides a unifying software framework, which can support access to a wide variety of online laboratories for students.

Laboratory facility is designed for hands-on study of cooling, ventilation and Air Conditioning Systems for household and industry areas.

This laboratory system consists of four main experiments.

The purpose of this experimental work is to learn the properties of ionic and covalent substances.

This laboratory system consists of five main experiments.

There are three goals these experiments will strive to achieve.

This trainer will demonstrate solution of differential equation, determination of stability of the dynamic system, analyses of periodic functions, probability density functions.

Students will be able to observe and record the corrosive nature of oxidation-reduction reactions and to determine the electro-chemical series of selected metals.

This laboratory system consists of three main experiments: Measurement of the gravitational acceleration using a pendulum, Total mechanical energy, Simple pendulum and inverted pendulum dynamics.

The educational system is dedicated for studying the disciplines of energy efficiency in lighting engineering. The system allows the students to get acquainted to main light sources, their working principles and characteristics.

The purpose of this system is to demonstrate the differences of the AC and DC electrical signals (voltage, current), the magnetic characteristics of the AC and DC electrical signals, the idea of electromagnetic fields.

The system is dedicated for educational trainings in traffic lights management. The students are able to study the different technologies that are used to manage and control the traffic lights.

The facility has been designed for hands-on study of training and further education of installation of electrical wires. Wiring installation training system is a unique, comprehensive experiment hardware system.