Candise Henry

Candise Henry is an energy expert and staff manager at RTI. Her expertise is in energy systems analysis with a focus on understanding the interactions between electricity demand, power generation, and climate variability and extreme weather events. She uses a variety of methods from geosciences (wavelet analysis, spatial statistics, finite-difference methods), economics (time series analysis, multivariate regression), and engineering (multi-objective optimization, signal processing) to develop both statistical and physically based energy and environmental models. Dr. Henry has been involved in the development of various optimization-based models focused on the energy sector, including linking partial equilibrium with general equilibrium models, developing RTI’s capacity expansion model ALPSS, supporting modeling efforts to compare different power sector model outputs, among others. 

She has led RTI’s support to the U.S. Environmental Protection Agency (EPA) to produce the biennial U.S. non-CO2 greenhouse gas emissions projections for the U.S. contribution to the United Nations reporting mechanism. She has also led work to help the U.S. government capture the impacts of climate variability and extreme weather events in economy-wide modeling frameworks, including computable general equilibrium and short-run macroeconomic models. Her other recent work includes energy analyses at the community-level, particularly examining the impacts in terms of health and affordability of energy and transportation policies on impacted communities both domestically and internationally.

Highlights from Dr. Henry's international projects include quantifying the jobs created from renewable energy investments in Kenya; assessing the community economic benefits associated with sales of productive use of energy (PUE) products in Liberia; identifying the spatial overlap between least-cost electricity systems and energy poor communities in Guatemala; and developing low-cost approaches for electrifying hard-to-reach communities in Papua New Guinea.

Before joining RTI, Dr. Henry was a postdoctoral research scientist at the Carnegie Institution for Science at Stanford University, where she helped develop an electricity system model to research efforts towards a near-zero emissions electricity sector. She also previously worked at a solar company in sub-Saharan Africa, managing and carrying out environmental impact assessment projects, leading efforts to collect and analyze electricity demand data, and participating in grid planning.