Educational Labs / Engineering
Renewable Energy Lab
A hands-on wind and clean-energy laboratory: vertical and horizontal turbine trainers, a wind-tunnel test system, on-grid and off-grid conversion chains, PLC/HMI automation and full data acquisition — from kinetic energy to a stable grid-quality output.
Lab Components
What the lab is built from
Wind Energy Training System — Vertical Type
Live demonstration unit converting wind kinetic energy to mechanical then electrical energy, with vertical turbine, 3φ AC motor and driver, AC/DC converter, voltmeter, ammeter, RPM meter, MPPT charge controller, inverter and DAQ software with sensor set.
Wind Energy Trainer with Wind Tunnel
Controlled wind-tunnel environment for repeatable aerodynamic testing — blade profile, pitch and wind-velocity studies with measurable, comparable results.
Wind Power Generation Trainer
Mobile aluminium bench carrying the full generation chain: wind power generation system, power supply control module, on-grid and off-grid inverters, wind controller, driving module, storage battery, meter board and DC/AC load module with accessories.
Dynamic Wind Power Generation Trainer
Automation-grade trainer with PLC module, inverter drive, HMI, hybrid controller, wind turbine control, AC & DC meters, off-grid inverter, battery group, energy meter, concentrator and resistive, capacitive and inductive load banks.
Storage, Inverters & Grid Interface
Battery banks, MPPT and hybrid charge controllers, and both on-grid and off-grid inverters so students study storage sizing, synchronisation and power-quality behaviour.
Instrumentation & DAQ Software
Electronic sensor sets with DAQ software for live logging of wind velocity, RPM, voltage, current and power — enabling proper performance curves and report-grade analysis.
Experiments & Practical Work
Guided experiments delivered with the lab
Performance analysis of vertical wind turbines
Relation between wind velocity and turbine output
Blade profile and pitch angle testing in the wind tunnel
AC/DC power conversion studies
MPPT charge controller and inverter operation
On-grid synchronisation vs off-grid operation
Battery storage charge/discharge characterisation
Resistive, capacitive and inductive load response
PLC/HMI automation of the generation chain
Learning Outcomes
What students will master
Explain wind-to-electricity conversion end to end
Measure and plot turbine performance curves
Size and commission storage and inverter systems
Operate on-grid and off-grid renewable systems safely
Automate energy systems with PLC and HMI
Analyse power quality and load behaviour
Investment Tiers
Build the configuration that fits your programme
Tailor your lab components to match your educational programme needs.
Get in touch
Ready to build the intelligent infrastructure of tomorrow?
Talk to our integration experts about deploying AI platforms, quantum solutions, robotics, or educational labs across your organization.