Electricity demand in Texas is evolving, posing major challenges for grid reliability. Center for Energy Studies experts lay out ways ERCOT, Texas’ grid operator, can enhance reliability and resource adequacy.
Peter R. Hartley, Kenneth B. Medlock III, Shih Yu (Elsie) HungFebruary 7, 2024
As global energy markets continue their inexorable transition to a lower GHG future, sources of energy supply that are competitive, accessible, and environmentally favorable will thrive. This is exactly where U.S. natural gas can find its comparative advantage.
The authors conduct a step-by-step examination of various factors that were blamed for the extended power outage on the ERCOT electricity grid in February 2021. While no single factor fully explains the calamity, the bureaucratic failure in identifying and addressing risks along fuel supply chains was a major failure. Most proposed remedies do not fundamentally address what occurred. The authors make several recommendations, some of which have already been implemented.
Peter R. Hartley, Kenneth B. Medlock III, Shih Yu (Elsie) HungFebruary 2, 2022
In this report, the authors outline the U.S. federal budget process for scientific R&D, discuss trends in federal R&D funding and provide an outlook for federal scientific R&D funding during the Biden administration.
This report explores Houston's substantial comparative advantage in finding and developing low-carbon solutions and creating opportunities to efficiently and effectively deploy the region’s vast resources to produce and deliver cleaner, greener fuels to the nation and the world.
Texas is the source of about one-quarter of all energy-related carbon dioxide (CO2) emissions in the US industrial sector and about one-eighth of all CO2 emissions from the US power generation sector, with a significant proportion of emissions in both sectors located near the gulf coast. As such, Texas has the opportunity to capture significant economies of scale in carbon capture.
Kenneth B. Medlock III, Keily MillerJanuary 27, 2021
A working group led by the Baker Institute has developed an innovative measurement-based standard — “BCarbon” — for removing carbon dioxide from the atmosphere and storing it in the soil as organic carbon. BCarbon is a scalable soil carbon storage standard designed to work for landowners and soil carbon storage buyers. The proposed standard allows landowners to monetize soil carbon storage as a property right.
Kenneth B. Medlock III, Jim BlackburnNovember 2, 2020