W. Gu
Dasion Corporation, Virginia, United States
Keywords: Warfighter, Software, Robotics, ML/AI, Solar
The blistering heat makes traditional human labor impractical, necessitating the deployment of cutting-edge robotics enhanced with AI, anomaly detection, and human-in-the-loop systems. In this project, we unveil DASION's groundbreaking approach to address the pressing challenge of constructing solar farms in extreme-heat locations for the benefit of national security, the warfighter. Our innovative strategy encompasses: 1. Remote Robotic Control: Developing sophisticated software for remote control of robotics operating in scorching heat zones. 2. Geospatial Insights: Harnessing big data analysis, including existing geographic datasets and drone technology, to inform our construction process. 3. Advanced Robotic Prototypes: Pioneering the creation of cutting-edge robotics onsite, equipped with rock-detection capabilities. These robots seamlessly interface with DASION's backend system, identifying optimal solar panel placement locations. 4. Optimized Construction: Devising optimal trajectories for our robots to efficiently build solar farms, including the strategic insertion of solar beams into the desert ground. DASION's comprehensive solution not only addresses the extreme environmental challenges but also contributes to national security by rapidly providing electricity in harsh desert terrains for the warfighter's essential needs. Slash construction costs by an astounding 80%, making solar energy more accessible while enhancing national security by providing essential electricity to soldiers operating in desert regions.