A four-legged robotic mechanism designed for versatile applications like military surveillance. Mimics canine agility for rough terrains, ensuring efficient navigation. Adaptable for rescue, security, and exploration tasks.
25L-Biodiesel Production Plant
Inconsistent Quality of Biodiesel Product Small scale production plant is not available commercially. Unique design has been made to fulfill nations's fuel requirements.
Solar Panel Tracking
A single-axis solar panel tracking system that adjusts panel orientation to follow the sun's movement. Maximizes energy efficiency by increasing sunlight exposure throughout the day. Ideal for cost-effective renewable energy solutions.
Energy Harvesting Wind Turbine
Installing energy harvesting wind turbines on highways presents unique challenges due to the high-speed, turbulent airflows generated by vehicle traffic and varying wind conditions. Traditional wind turbines may not perform efficiently or reliably in such dynamic environments. The turbulent air created by fast-moving vehicles can lead to inconsistent wind speeds and directions, causing fluctuations in energy output and increased mechanical stress on the turbine.
Legal Ignition Bike
The Legal Ignition Bike Project is an innovative solution aimed at ensuring compliance with legal requirements for motorcycle ownership and operation. This advanced system integrates a smart ignition mechanism that prevents the bike from starting unless key documents—such as the License, PUC (Pollution Under Control) certificate, RC (Registration Certificate) Book, and Third Party Insurance—are available and valid. If any of these documents are missing or have expired, the bike’s ignition system will be disabled, effectively preventing the bike from starting. This feature ensures that riders adhere to legal norms and avoid penalties for non-compliance. The system is designed to automatically verify the status of these documents, providing a secure and hassle-free solution for law-abiding bikers. This project promotes road safety, environmental responsibility, and legal compliance, making it a forward-thinking tool for modern transportation.
Free energy device
A flywheel-based free energy device utilizing initial inertia to generate continuous energy. Integrated springs enhance energy retention and output efficiency. Designed for sustainable, self-sufficient power generation.
Solar Vegetable Dryer
The farmers and communities face significant challenges in preserving vegetables due to inadequate and unreliable preservation methods. Traditional drying techniques often rely on open sun drying, which exposes vegetables to contamination, pests, and unpredictable weather conditions. Additionally, conventional drying methods using electricity or fossil fuels are not always accessible, affordable, or environmentally sustainable. As a result, a large portion of harvested vegetables spoils before they can be consumed or sold, leading to food waste, economic loss, and food insecurity.