Publications

While academic research on Distributed Energy Resources (DERs) has been mostly focused on first-best systems, we hypothesize that in reality multiple information barriers to efficient DER roll-out exist. We thus study the prevalence and importance of information issues arising in the context of deployment of DERs by reviewing the existing engineering and economic literature on distributed resources, analyzing DER-related regulatory proceedings, and surveying the relevant electricity sector stakeholders for their perception of information relevance and accessibility.

The article examines the failures of the U.S. Environmental Protection Agency to address the environmental justice harms from air pollution and identifies three recent development that could augur beneficial change.

This paper proposes a decision-making framework to optimize electricity tariffs and remuneration policy for renewable energy sources operating in transmission- and distribution-level (T&D) marketplaces. The authors develop perfect and imperfect foresight models with a multi-level structure to investigate the effects of the inability of actors to correctly predict future remuneration on the efficiency of the decisions made by policymakers.

There has been a general assumption that the norm-breaking was a result of the Trump Administration’s lack of respect for the rule of law and that it would subside when a new administration took office. This article challenges this assumption, showing that the Trump-era toolkit on rollbacks has now also been used aggressively—in some cases more aggressively—by the Biden Administration. Actions that might have been seen as an aberration four years ago should now be regarded as integral components of the administrative state.

The paper analyzes how wastewater generation patterns differ between unconventional wells and conventional wells, accounting for differences in well configurations and local geology. Using the 2008–2016 monthly production data from 50,039 wells, the authors show that unconventional wells generated more wastewater in the first 12 months of production but less cumulative discharge than conventional wells. Unconventional oil wells had a lower wastewater-to-energy ratio throughout their lifetime than their conventional counterparts, whereas no efficiency gap existed among gas wells. These findings call for targeted strategies to balance the short-term disposal burden and the long-term efficiency gains of unconventional energy extraction.