LUMEL APPLICATION

The core technology is related to software-based systems and methods for collecting solar energy harvested from improved BIPV glass. The systems and methods include an application, for example, a mobile Android or iOS application, that collects and stores data on the solar energy harvested through the improved BIPV glass. These systems and methods will allow a user to quantitatively measure the sustainable, cost-saving, and energy-saving aspects of the improved BIPV glass.

This application can help designers and engineers optimize Building-Integrated Photovoltaics (BIPV) systems. This tool can help simulate the performance of BIPV systems under various conditions, including different weather patterns, shading, orientation, and tilt angles.

For example, some monitoring and control systems can automatically adjust the tilt and orientation of solar panels to track the sun's movement throughout the day, optimizing energy generation. Other systems can monitor shading patterns and adjust the output of individual solar panels to compensate for shading, improving overall system performance.

Overall, software-based tools can be a valuable resource for designers and engineers working on BIPV projects, as they can help optimize the design and performance of BIPV systems and ensure that they are cost-effective and energy-efficient. By leveraging these technologies, designers, and engineers can ensure that BIPV systems are designed and installed to maximize their energy generation potential and provide the greatest benefits to building owners and occupants.