Transmission and Congestion Analytics Associate
Leeward Renewable Energy, LLCDallas, Texas, United States • Houston, Texas, United States
Posted February 4, 2026
Full Time
LRE (Leeward Renewable Energy) is forging an American energy future with integrity, innovation, and positive impact. Born in Texas in 2003, we own and operate 30 utility-scale wind, solar, and energy storage projects in local communities across the United States, totaling 4 gigawatts (GW) of generating capacity. LRE's ambitious goal of 10GW of operating assets by 2028 will help meet increased U.S. energy demand through our robust pipeline of new projects every year. Domestic jobs and manufacturing are fundamental to our full-lifecycle approach to projects, along with a long-term ownership model and a company culture dedicated to our community partners and protecting the natural environment. For more information, visit www.lreus.com.
LRE is seeking a Transmission and Congestion Analytics Associate to lead and support modeling transmission systems and pricing congestion risk across Leeward’s portfolio. The successful candidate will work with the Manager of Congestion and Market Analytics, Basis Traders, and Director of Portfolio Management to implement the LRE Congestion Plan and identify congestion risks and opportunities through advanced market and transmission analysis.
LRE (Leeward Renewable Energy) is forging an American energy future with integrity, innovation, and positive impact. Born in Texas in 2003, we own and operate 30 utility-scale wind, solar, and energy storage projects in local communities across the United States, totaling 4 gigawatts (GW) of generating capacity. LRE's ambitious goal of 10GW of operating assets by 2028 will help meet increased U.S. energy demand through our robust pipeline of new projects every year. Domestic jobs and manufacturing are fundamental to our full-lifecycle approach to projects, along with a long-term ownership model and a company culture dedicated to our community partners and protecting the natural environment. For more information, visit www.lreus.com.
