Empowering Sustainable Growth and Shareholder Value Through Visionary Leadership
May 2023
Testing of LENZ VAWT Engineering Design Results
The LENZ Vertical Axis Wind Turbine (VAWT) design test achieved 500 W output, generating 30 V / 2 A under optimal conditions
May 2023
Testing Archimedes Wind Turbine
The Wind Turbine was tested in free-flow movement with no load, showcasing its smooth rotation and aerodynamic efficiency under natural wind conditions.
The first phase of Vertical Axis Wind Turbine (VAWT) fabrication focuses on developing core components and refining the structural design.
July 2023
Testing Whale VAWT Vol. 1
The Whale VAWT Vol. 1 was tested at a wind speed of 5.8 m/s, evaluating its aerodynamic response and power generation efficiency under moderate wind conditions.
August 2023
Fabrication Testing of Radial Flux Generator
The project involves designing, fabricating, and testing a radial flux generator to evaluate its electrical performance and efficiency under varying operating conditions.
September 2023
Testing Axial Flux Generator
This project focuses on building and evaluating an axial flux generator to determine its energy conversion capability and operational effectiveness across various conditions.
May 2024
Testing Axel Wind Turbine
This project focuses on evaluating an axle wind turbine’s performance by measuring its power output, efficiency, and stability under different wind conditions.
May 2024
Testing Pulse Width Modulation - Controller
This project focuses on testing a pulse width modulation (PWM) controller to evaluate its signal accuracy, response speed, and effectiveness in controlling power delivery to various electrical loads.
June 2024
Building Our First Anti-Theft Battery
Prototype of anti-theft battery with tamper-proof housing, integrated tracking/lock and protective circuitry, and validates its security and reliability through lab and field trials.
June 2024
Testing Axial Flux Generator 10 KW
Evaluating the performance and efficiency of a 10 kW axial flux generator by measuring its electrical output and operational stability under varying load and speed conditions.
