Cyber-Physical Systems for Grid-Water Interdependence Modeling

The contract seeks the development of advanced cyber-physical simulation tools to model the complex interdependencies between thermoelectric power generation and water availability during drought conditions. These tools must account for the cascading effects of water scarcity on power plant operations and grid reliability, incorporating real-time data streams and predictive analytics to assess systemic vulnerabilities. The deliverables include interactive risk assessment dashboards tailored for grid operators, enabling them to visualize critical thresholds, anticipate failures, and make informed decisions under stress scenarios caused by prolonged water shortages. The effort is classified as a subcontract under NAICS code 541330, targeting specialized scientific and technical consulting services. It is issued by the National Science Foundation’s Division of Acquisition and Cooperative Support, with a response deadline of July 30, 2026. While no set-aside provisions or specific geographic performance location are indicated, the work is expected to involve multidisciplinary expertise in energy systems, hydrology, data visualization, and computational modeling. The project aims to enhance national infrastructure resilience by bridging the gap between water resource management and electricity grid operations under climate-induced stress.