1. There is a disconnect between political rhetoric and the reality of energy production, specifically within the Democratic and Republican parties.
2. The U.S. power grid is undergoing significant transformation, requiring a balance between growth and transitioning to cleaner energy sources.
3. Former Sen. Mary Landrieu is advocating for a bipartisan approach to energy policy through the Natural Allies for a Clean Energy Future coalition, emphasizing the importance of natural gas alongside renewables for reliable and affordable power.
Former Senator Mary Landrieu has warned of a significant disconnect between political rhetoric and the practical realities of energy production that could hinder the future of power. She emphasized the urgency of aligning political actions with the factual demands of energy systems as the industry undergoes a rapid transition. The U.S. power grid is facing challenges related to exponential growth and the transition to a cleaner, lower emission system, prompting the need for an inclusive approach that incorporates various power sources.
Landrieu now works as a senior policy advisor at a law firm and championing Natural Allies for a Clean Energy Future, a coalition advocating for the role of natural gas in the energy mix. The coalition partners with clean power trade organizations to promote cleaner, more reliable, and affordable power while educating leaders about the importance of natural gas for meeting global climate goals. Landrieu warned against partisan initiatives that could threaten the viability of gas power and supply, referencing recent policy decisions by the Biden administration related to LNG exports and EPA regulations on natural gas power plants.
She emphasized the importance of lawmakers being well-informed about the implications of regulatory decisions on the power system’s mission to provide reliable and affordable power. Landrieu urged Democratic governors to prioritize engineering, math, and physics over political considerations to ensure the stability and reliability of the power grid.