Energy & Utilities - Quantitative Energy Analytics Consultant

Job Description
Driven by policy, regulatory, and economics forces the electric supply industry is currently undergoing a rapid transition from conventional thermal resources to renewable generation and energy storage resources. This transition is radically changing market dynamics requiring new and creative analysis to understand energy infrastructure investment and value. PA’s experts are at the forefront of modelling and analyzing the ongoing evolution and future of the power sector, helping clients understand investment risks and opportunities.
PA’s Global Energy and Utilities team currently seeks a Denver-based consultant with energy analytics, quantitative analysis, and fundamentals experience to support our work helping energy investor and utility clients effectively navigate diverse and evolving investment and operating environments.
This is the ideal role for you if you:
Have a broad background in energy and quantitative analysis in North America with a focus on power, natural gas, andrenewables;
Understand how energy infrastructure investments realize value differently across differentmarkets;
Havea passion for developing creative models and data approaches to help solve complex problems (including coding);
Are comfortable performing, critically evaluating, and communicating quantitative analysis;
and
Enjoy working on a range of projects simultaneously in a fast-paced team environment.
You will be part of a talented client-focused team that helps our clients understand and quantify uncertainty in an increasingly complex and data driven energy landscape.
The responsibilities for this role include:
Leading or contributing to quantitative analysis and model development as part of energy infrastructure investment, expert witness testimony, market and regulatory proceedings, benefits case assessments, whitepaper development, stakeholder engagement, business model development, and business integration.
Identifying and executing creative approaches to quantitatively evaluating energy infrastructure benefits and costs as well as risks and riskmitigation;
Independently initiating and completing analysis surrounding optimization in competitive markets, stochastic simulations, and the interplay between zero- or low-marginal cost resources and traditional energy generators.
Leading quantitative research tasks related to energy, ancillary services, and capacity markets.
Developing new models and tools that support a long-term view of energy market evolution, especiallyin light ofclean energy policies.
Successfully navigating and meeting deadlines that spana number ofdifferent projects.