Luis Velasquez

I think that the use of robots and AI technology will create a huge impact on the performance of the solar project in desert regions. Specially by integrating cleaning robots that will reduce soiling and temperature losses. Choosing the right type of solar cell is important as well, doing the due diligence to choose that module that will behave better than other in hot environments like deserts is also a way to optimize your solar from the start.

During a visit to a friend’s farm, I remember the implementation of an automated cow milking machine. To sustain its operation, he faced the challenge of getting power in an era where solar panels were not popular. Ensuring the milking process’s hygiene required warm water and he relied on a fuel generator. This increased the operational costs,due the logistics and the expenses associated with fuel procurement. The solar thermal systems are commonly integrated into residential structures. However, there seems to be an opportunity for innovation. A system tailored to the specific needs of dairy operations for the challenges faced by the dairy industry. This could yield benefits for both efficiency and sustainability in a the dairy industry.

Coupling solar with new technologies like BESS systems and hydrogen solutions can provide firm capacity or emergency power for critical structures.