GES-100

The GES-100 Solar Cell Trainer is an easy and self-contained trainer designed for learning the basic configuration and characteristics of a solar cell. Through the use of different irradiations for various load units, students study the photoelectric effect of solar cells and plot the current-voltage curve as well as charging discharging curves.

Features:

  • Self-contained solar cell trainer
  • Adjustable solar irradiation and azimuth for sunlight simulation.
  • Equipped with DAQ is advantageous to acquire and save the experimental data

TRAINING OBJECTIVES :

  • Measuring the irradiation of various light sources
  • Energy conversion of solar cells.
  • Diode characteristic of a solar cell
  • • Effect of light-sensing area on the open-circuit voltage of solar cell
  • • Effect of irradiation on open-circuit voltage and short-circuit current of solar cells .
  • Open-circuit voltage and short-circuit current of solar cells connected in series-shading
  • I-V curve of solar cells
GES-100

GES-200

The GES-200 Wind Energy Trainer is an easy and self-contained trainer designed for learning the basics and characteristics of wind energy. The current-voltage characteristic curves and charging/discharging curves are obtained through the use of different wind speeds, load units and wind generators.

Features:

  • Self-contained wind energy trainer
  • Modular design, easy setup and storage
  • Selectable types of blades, adjustable number and tilt angle of blades
  • Horizontal and vertical axis wind generator available
  • DAQ is advantageous to acquire and save the experimental data (optional)

TRAINING OBJECTIVES :

  • Measuring wind speed in the surroundings with anemometer.
  • Relationship between wind speed and wind speed controller of the blower.
  • Effect of blade type on the output power of horizontal axis wind turbine.
  • Relationship between the number of blades and the output power of horizontal axis wind turbine.
  • Effect of blade angle on the output power of horizontal axis wind turbine.
  • I-V curve of the horizontal axis wind turbine at constant rotational speed.
  • Relationship between placement and I-V curve of horizontal axis wind turbine.
  • Effect of wind speed on the output power of horizontal axis wind turbine.
  • Output power of 3-blade and 4-blade vertical axis wind turbines.
  • I-V curve of the vertical axis wind turbine at constant wind speed.
GES-200

GES-300

GES-300 oxy-hydrogen fuel cell trainer makes trainees understand how to produce the fuel via electrolysis and use the produced fuel to generate electricity. The modulated design of the experiment can be implemented easily. In addition, the users can design their own training courses according to their demands. GES-300 is designed as a toolbox. All the required equipment for making experiments is included, and easy for setting and storage.

Features:

  • GES-300 is a basic trainer of the Proton Exchange Membrane Fuel Cell (PEMFC).
  • Open system configuration with modulated-design elements.
  • Understand the combination of water by electrolysis.
  • The voltage and current can be measured.
  • A complete fuel cell database can be constructed for study, research, and development.
  • The brightness of the simulated sunlight is adjustable.

TRAINING OBJECTIVES :

  • Safety Information
  • GES-300 H / O Fuel Cell Trainer
  • Hardware Installation
  • Energy Conversion of Solar Cell
  • I-V Curve of Solar Cell
  • H -to-O Ratio in Water Electrolysis 2 2
  • Production Rate of Gas Volume in Water Electrolysis
  • Efficiencies of Electrolyser
  • I-V Curve of Electrolyser
  • H / O Fuel Cell
GES-300

GES-500

GES-500 (Wind and Solar Hybrid system) is composed of Solar panel, Battery bank module, MPPT Solar charging controller module, DC-AC Inverter module, Grid-tie inverter module, Wind generator set, Wind energy monitor module, Three-phase rectifier module, Wind and Solar hybrid controller module, Load module and meters. By means of combining all these control systems to create a teaching platform for implementation of the wind power and solar power experiment together. It can help the students understand the theory of solar on-grid and off-grid, the wind power generation system and further to study the engineering practical application technology.

Features:

  • The software can display and store the data.
  • Using the digital meter, the user can observe the current operation status of the system.
  • All the input and output terminals are adopting the safety plugs, users can implement the experiments with the connecting wires easily and safely.
  • Equipped with the Polarity reverse protection to avoid the modules being damaged due to the wrong input of inverse power.
  • Adjustable light source for the sunlight intensity
  • Adjustable solar panel, simulating the situation of the sunlight irradiation from different angles

TRAINING OBJECTIVES :

  • Safety Information
  • GES-300 H / O Fuel Cell Trainer
  • Hardware Installation
  • Energy Conversion of Solar Cell
  • I-V Curve of Solar Cell
  • H -to-O Ratio in Water Electrolysis 2 2
  • Production Rate of Gas Volume in Water Electrolysis
  • Efficiencies of Electrolyser
  • I-V Curve of Electrolyser
  • H / O Fuel Cell
GES-500

GES-500

GES-500 (Wind and Solar Hybrid system) is composed of Solar panel, Battery bank module, MPPT Solar charging controller module, DC-AC Inverter module, Grid-tie inverter module, Wind generator set, Wind energy monitor module, Three-phase rectifier module, Wind and Solar hybrid controller module, Load module and meters. By means of combining all these control systems to create a teaching platform for implementation of the wind power and solar power experiment together. It can help the students understand the theory of solar on-grid and off-grid, the wind power generation system and further to study the engineering practical application technology.

Features:

  • The software can display and store the data.
  • Using the digital meter, the user can observe the current operation status of the system.
  • All the input and output terminals are adopting the safety plugs, users can implement the experiments with the connecting wires easily and safely.
  • Equipped with the Polarity reverse protection to avoid the modules being damaged due to the wrong input of inverse power.
  • Adjustable light source for the sunlight intensity
  • Adjustable solar panel, simulating the situation of the sunlight irradiation from different angles
GFC-3100

Wind Power :

  • Power system of Solar cells
  • Introduction of Solar cells system
  • Conversion test of solar photovoltaic energy
  • Solar cell characteristic curve test
  • The influence of temperature on solar cell
  • Solar cells affected by different light angles curves
  • The efficiency and maximum power of solar cell
  • Solar cells generation-off-grid
  • Solar cells generation-streetlight
  • Solar cells generation-grid-tie

Solar Power :

  • Power system of Solar cells
  • Introduction of Solar cells system
  • Conversion test of solar photovoltaic energy
  • Solar cell characteristic curve test
  • The influence of temperature on solar cell
  • Solar cells affected by different light angles curves
  • The efficiency and maximum power of solar cell
  • Solar cells generation-off-grid
  • Solar cells generation-streetlight
  • Solar cells generation-grid-tie

GFC-3100

The principle of a hydrogen PEM fuel cell is to use a proton exchange membrane to generate electricity through an electrochemical reaction between hydrogen and oxygen. In this principle, hydrogen is collected for use as a fuel source. The advantage of the hydrogen PEM fuel cell technology is its high efficiency of electricity generation, and the only byproducts from the fuel cell are heat and water, which would not pose any threat to the environment. It meets today's environmental requirements. The PEM Fuel Cell Hybrid Training System (GFC-3100) provides a modularized teaching platform with a safe and secure experiment environment, in which a user can easily connect a fuel cell with a high-pressure hydrogen cylinder through a rapid joint. The major topics GFC-3100 explores include the performance optimization, the energy conversion efficiency of hydrogen PEM fuel cell, as well as the integration and applications of hydrogen PEM fuel cell technology.

Features:

  • An open system architecture & a flexible panel design for easy replacement of parts
  • A specific fuel-cell database provided for learning and R&D application
  • Data can be displayed and stored in the software
  • Real-time operation status of the system can be observed using a digital meter
  • Safety plugs are equipped with all the input and output terminals for the purpose of easy and safe connection during experiments.
  • Polarity reversal protection is provided to prevent damage from reverse polarity of the supply voltage.
  • An effective and efficient solution are provided for the fundamental learning of hydrogen PEM fuel cells, the method for storing hydrogen, and related safety norms.
GFC-3100

TRAINING OBJECTIVES :

  • GFC-3100 Module Introduction and Software Installation
  • The Operating Principle of Fuel Cell Stack
  • Hydrogen Storage - Theory and Operation
  • Activation Experiment
  • I-V curve >
  • Fuel Cell Efficiency Calculation
  • Power Densities of Single Cell and Stack Discussion
  • DC-to-DC Converter
  • Inverter Efficiency
  • Fuel Cell and Solar Power System
  • Fuel Cells and Wind Power System
  • Fuel Cells, Wind Power and Solar Power Systems

GFC-6100

A Fuel Cell Electric Vehicle (FCEV) is a hydrogen vehicle which produces electricity to power its on-board electric motor using hydrogen fuel cell. It provides an effective solution for energy resource and environmental pollution. In the progress of fuel cell technology, the importance of the topics such as how to use fuel cell in an electric vehicle system and how to integrate fuel cell control with other subsystems has been enhanced. The GFC-6100 Fuel Cell Electric Vehicle Training System is designed to demonstrate the application of fuel cells to electric vehicles, including the FCEV mechanism, fuel cell system, hydrogen supply system, and motor controller.

Features:

  • The Training System can be emulated as Direct Hydrogen Fuel Cell Vehicle, Battery Electric Vehicle, Hybrid FCEV
  • The Lithium-ion Battery can also be charged by external electric supply.
  • Connectable to PC via USB, Software for Data Acquisition from Meters embedded in the system
  • High energy efficiency and long driving range
  • Real-time vehicle information display
  • Offering fundamental knowledge of hydrogen fuel cells, hydrogen supply, hydrogen storage and system safety
GFC-6100

TRAINING OBJECTIVES :

  • Introduction of fuel cell electric vehicle
  • GFC-6100 Introduction
  • Electric vehicle battery
  • Electric vehicle drive device
  • Battery electric vehicles
  • Fuel cell electric vehicles
  • Momentum of pure electric vehicles
  • The fuel cell activation
  • The voltage-current characteristic curve of the fuel cell with /without SCU
  • The impact of the fuel cell operating pressure
  • Direct fuel cell vehicles
  • Series hybrid fuel cell electric vehicles