JANUARY 13, 2023 Journal Article interflow: A Python package to organize, calculate, and evaluate cross-sectoral resource interdependency data ( Read More )
JANUARY 13, 2023 Journal Article An experimental study on round-trip efficiency of a preheating control with a medium office building ( Read More )
OCTOBER 28, 2022 Report Transactive Campus Energy Systems: An R&D Testbed for Renewables, Integration, Efficiency, and Grid Services (CRADA 356 / Amendment 1) ( Read More )
SEPTEMBER 21, 2022 Report Drought impacts on hydroelectric power generation in the Western United States ( Read More )
SEPTEMBER 21, 2022 Journal Article Expression and structure of the Chlamydia trachomatis DksA ortholog ( Read More )
MAY 24, 2022 Report Initial testing of wave energy powered UV-C LED anti-biofouling system - CRADA 523 ( Read More )
DECEMBER 18, 2021 Report Visual Modeling for Complex System Valuation: Implementation Guidance ( Read More )
NOVEMBER 11, 2021 Journal Article Prevalence of typical operational problems and energy savings opportunities in U.S. commercial buildings ( Read More )
NOVEMBER 10, 2021 Journal Article Experimental investigation on thermal inertia characterization of commercial buildings for demand response ( Read More )
NOVEMBER 6, 2021 Report Umida AG Fish Protection Prize, Cooperative Research and Development Agreement Final Report (CRADA) PNNL CRADA 487 ( Read More )
SEPTEMBER 22, 2021 Journal Article Physics-constrained Deep Learning of Multi-zone Building Thermal Dynamics ( Read More )
SEPTEMBER 2, 2019 Report Understanding the Grid Value Proposition of Marine Energy: An Analytical Approach This work will provide insights to the conditions under which marine renewable energy technologies offer unique benefits for the electricity system. ( Read More )
JULY 1, 2019 Report Understanding the Grid Value Proposition of Marine Energy: A Literature Review This document is a literature review in support of a technical project to understand and quantify the potential grid value of marine energy-derived electricity generation. ( Read More )