The Texas power grid and its reliability during the state’s worst weather conditions are always hot-button topics, especially during Hurricane season. Even a study by the Massachusetts Institute of Technology states that connecting the Texas power grid to the federal grid could have prevented 80 percent of blackouts during Winter Storm Uri in February 2021.
“After experiencing that horrible storm in 2021, I was dedicated to coming up with some way of providing power during disaster time. I feel confident that this will be an important resource to the community.”
Dr. Anthony hill
According to the analysis, many of the blackouts that caused 10 million people in the state to lose power for several days may have been avoided if this legislation had been in place before the storm. But since legislation hasn’t passed, that hasn’t stopped the efforts of dedicated educators at Prairie View A&M University, Dr. Anthony Hill and Dr. John Fuller, who announced the school’s new state-of-the-art solar research lab to tackle these environmental issues.
“Some people here in Texas had solar on their roofs but did not have a storage system. Our system is unique because we have battery storage,” said Hill. “However, transmission lines remain vulnerable to weather events. The long-term goal is to create a decentralized network of solar-powered wells and homes, reducing reliance on traditional grids.”
The location has solar power capabilities, as do the buildings’ infrastructure, including access gates, security systems, and floodlights. The facility is equipped to support extensive research projects, with both 120-volt single-phase and 208-volt three-phase power installed.
“The weather conditions we’re having now are unlike anything I’ve seen before. After experiencing that horrible storm in 2021, I was dedicated to coming up with some way of providing power during disaster time.” Hill said. “I feel confident that this will be an important resource to the community.”
Hill said one of the solar lab’s most notable features is its independence from utility companies. By generating its own power, the lab guarantees an uninterrupted energy supply, a significant advantage over traditional grids that are vulnerable to outages. This resilience was demonstrated recently when, despite citywide power failures, the lab lights stayed on.
“It’s all solar power, and it’s costing the university and nothing in that area,” Fuller said. “This allows us to study and research on increasing that efficiency on those panels as well as looking at alternatives for other energy storage devices besides the batteries we’re currently using.”
Over the past decade, solar energy production has surged, accounting for over ten times its early 2010s levels, with the U.S. Energy Information Administration forecasting a 20% increase by 2050. Houston is moving quickly toward becoming a solar-powered city, both in the residential and commercial sectors. This suggests that the city is adopting a far higher rate of solar energy.
