SmartGrid Professional Kit- SmartGrid Training System

Help students explore how renewable energy sources, energy storage systems, and electrical loads work together in a modern smart grid.

The SmartGrid Professional (1607) from leXsolar is a hands-on smart grid training system that teaches students how electrical power systems integrate renewable energy generation, energy storage, and consumer loads. Designed for CTE programs, engineering technology, renewable energy education, and workforce development training, the system allows learners to build and analyze complete smart grid scenarios in a lab setting.

Using photovoltaic, wind, battery storage, fuel cell, and smart metering technologies, students investigate grid stability, power distribution, energy management, and renewable energy integration. Through guided experiments and real-world scenarios, learners gain a practical understanding of the electrical challenges associated with modern power systems and distributed energy resources.

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Learning Outcomes

Using this smart grid training system, students can develop knowledge and hands-on skills in:

Smart grid fundamentals
Grid stability
Renewable energy integration
Electrical power distribution
Energy management systems
Power flow analysis
Smart metering
Distributed energy resources
Photovoltaic power generation
Wind power generation
Energy storage technologies
Fuel cell technologies
Demand-side management
Grid-connected renewable energy systems
Electric vehicle grid integration
Electrical measurements
Power quality concepts
Electrical system analysis
Included Experiments

Student and instructor manuals include guided experiments covering:

Daily power fluctuations of photovoltaic systems
Daily power fluctuations of wind power systems
Building energy supply using conventional generation
Building energy supply using photovoltaic generation
Building energy supply using energy storage systems
Voltage behavior in radial distribution systems
Grid stability with renewable energy generation
Grid stability based on electrical loads
Grid stability based on transmission distance
Smart transformer station operation
Renewable energy storage integration
Electric vehicle grid integration
Conductor management
Solar module I-V characteristics
Illumination effects on photovoltaic systems
Temperature effects on photovoltaic systems
MPP tracking
Wind turbine blade design analysis
Wind turbine pitch angle analysis
Wind turbine direction studies
Electrolyzer operation
Fuel cell operation
Capacitor charge and discharge characteristics
LiFePO₄ battery charging and operation