To prepare UT Austin for climate impacts, researchers have created a 'digital twin' of campus - KUT
To prepare UT Austin for climate impacts, researchers have created a 'digital twin' of campus | KUT Radio, Austin's NPR Station
To prepare UT Austin for climate impacts, researchers have created a 'digital twin' of campus
Increased extreme weather and growing energy demand are two challenges facing electric grids — and not just big regional grids. Microgrids that are largely self sufficient and serve smaller areas must also prepare for these events.
To better understand those challenges, researchers at UT Austin have created what they call a “digital twin” of the university's grid.
The digital twin is a virtual campus, kind of like a 3D Google map, where you can interact online to see data about energy use at each of the school's buildings.
Zoltan Nagy is an assistant professor in the Department of Civil, Architectural and Environmental Engineering who helped spearhead the project. He said researchers can input potential weather conditions or energy demand assumptions and see how the campus reacts.
Increasing summer heat — thanks in large part to global warming — is driving higher energy demand. Nagy said that demand will eventually “hit the limit” of what the school’s natural gas power plant can generate.
He said it is a reality that highlights the need for better energy efficiency on campus.
“That’s definitely in the data,” Nagy said. “It would be great if we had some stronger goals on reducing energy use or avoiding emissions.”
Nagy said one challenge is that many buildings on campus are not sufficiently insulated, needlessly driving up energy use when the weather gets too hot or too cold.
In Texas, there was no energy code to mandate insulation in state-owned buildings until 1989. Statewide codes for Texas residential and commercial buildings didn’t go into effect until 2001.
The absence of insulation in many Texas homes and buildings was on full display during the 2021 Texas blackout when home heating stopped working for millions of people leading to frozen pipes bursting.
Researchers said the “digital twin” approach to energy modeling could also raise awareness of how distributed energy production, like solar panels, or the proliferation of electric vehicles may impact energy grids.
Related Knowledge Center: Climate economics
Climate change is now a driver of the world’s economy. The impact is profound:
- Catastrophic weather events — hurricanes, floods, droughts, high temperatures — are more frequent and more extreme. The cost can be measured in both the initial damage caused and the longer-term impact on the economy.
- Vulnerable communities are increasing climate-related investments, hardening infrastructure and taking other protective measures.
- Investment in carbon capture and storage technologies is increasingly rapidly.
- Governments are making investments and crafting regulations to reduce emissions of carbon dioxide and other greenhouse gases.
On top of all of this is the cost of uncertainty. As the Fourth National Climate Assessment, released in 2018 by the U.S. Global Change Research Program, says, “The assumption that current and future climate conditions will resemble the recent past is no longer valid.”