Uncertainty Quantification
PNNL is identifying parameters in atmospheric models that cause uncertainties in forecasting simulations needed for wind energy.
Cybersecurity
For more than two decades, PNNL has advanced resilient cyber capabilities to thwart adversaries seeking to infiltrate and damage our national security through digital means.
Electric Grid Modernization
PNNL is integrating advances in data analytics, deep learning, high-performance computing, cybersecurity, and advanced controls to improve future electric power system operations, planning, resiliency, flexibility, and security—towards a modern, reliable, and secure grid.
Hydrogen & Fuel Cells
Sustainable low-cost hydrogen generation, an effective hydrogen infrastructure, and fuel cell cost, performance, and durability challenge fuel cells for widespread deployment.
Fossil Energy
At PNNL, we are reducing U.S. dependence on imported oil through innovations for increasingly efficient, sustainable energy production from oil, natural gas, and coal. These carbon-emitting energy sources will continue to serve a crucial role in the global energy mix and will be necessary to support increased use of renewable energy for the foreseeable future.
Atmospheric Aerosols
Atmospheric aerosols consist of small particles suspended in the atmosphere that play a significant role in Earth’s climate.
Threat Analysis
PNNL is merging its rich history in threat analysis with our expertise in cybersecurity, artificial intelligence, machine learning, sensors systems, radio frequency, next generation communications, discovery science, and Internet of Things connectivity.
Subsurface Energy Systems
A deep understanding of the chemical and physical interactions between formation fluids, reservoir rock, overburden, and injected materials helps PNNL facilitate the development of transformational technologies for subsurface energy systems.