Scientific Computing

Modeling and simulation are intrinsic to conducting state-of-the-art research, complementing the two traditional scientific research methods of theory and experiment. A robust, high-performance computing capability is essential for NREL to achieve its mission. Modeling and simulation yield insight into physical phenomena occurring at time and length scales that elude direct observation or experimental techniques.

The Scientific Computing Center provides computing expertise to NREL and its subcontractors. Current collaborations include projects designed to increase production of hydrogen and ethanol from renewable sources. Another project helps engineers analyze and optimize the efficiency of building heating, ventilation, and air-conditioning systems.

NREL recently surpassed a computing capacity of one teraflop—one trillion floating-point operations per second—which is a tenfold increase of NREL's capability from just two years earlier. Another tenfold expansion is planned in the next few years.

For staff profiles, publications, and contact information, see Scientific Computing Staff.