Wind Professional Kit - Wind Energy Training System

Investigate how turbine design, wind conditions, and electrical loads influence renewable energy generation through hands-on experimentation.

The Wind Professional Kit(1406) from leXsolar is a wind energy training system designed to teach wind power generation, turbine design, aerodynamics, and electrical energy conversion through hands-on laboratory activities. Designed for STEM, CTE, engineering, and renewable energy education programs, the system enables students to analyze how wind turbine performance is affected by rotor design, blade pitch, wind speed, and electrical loads.

Using configurable wind turbine components, measurement instruments, and a dedicated wind machine, students can build and test multiple turbine configurations while collecting quantitative performance data. The system supports both foundational electrical concepts and advanced wind energy investigations, helping learners connect renewable energy theory to real-world wind power applications.

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Learning Outcomes

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

Wind energy fundamentals
Wind turbine operation
Renewable energy generation
Wind turbine aerodynamics
Rotor blade design
Rotor blade pitch adjustment
Turbine efficiency analysis
Wind speed measurement
Rotational speed analysis
Electrical power generation
Generator performance
Energy conversion
Wind direction effects
Turbine optimization
Electrical measurements
Renewable energy technologies

Included Experiments

Student and instructor manuals include guided experiments covering:

Basic electrical circuits
Ohm’s Law
Series and parallel resistor circuits
Motor startup and idle behavior
Wind speed measurement behind a rotor
Wind turbine efficiency analysis
Rotor speed ratio investigations
Electrical load effects on turbine voltage
Wind speed versus power output
Wind speed versus rotational speed
Wind direction effects on turbine performance
Rotor design comparisons
Rotor blade shape comparisons
Number of rotor blades versus performance
Rotor blade pitch versus voltage output
Rotor blade pitch versus startup speed
Rotor blade pitch versus turbine efficiency
Wind turbine characteristic curves