Recent Projects

Integration of Distributed Energy Resources (DERs) in power systems exacerbates the existing information problems between power utilities and regulators. DER policies oblivious to the trilemma of information asymmetry between power utilities, DER aggregators, and regulators result in distorted price signals to DER investors, and socially inefficient DER roll-out. Therefore, in this paper, a game-theoretic approach is proposed for modeling information asymmetry in distribution network information and consumer data between the DER aggregators and the power utilities.

In Massachusetts, achieving the state’s decarbonization target in a cost-effective manner will likely require the refusal of new gas service in addition to the termination of existing gas service in certain buildings and its replacement with electric service. The scope of utilities’ legal obligation to serve their customers will be central to those efforts. This brief analyzes the contours of this obligation by examining the relevant Massachusetts statutes, regulations, Public Utility Commission decisions, and case law.

Distributed Energy Resources (DERs) can significantly affect the net social benefit in power systems, raising concerns pertaining to distributional justice and equity. Current tariff design approaches suffer from opaque efficiency-equity trade-offs and are also agnostic of the externalities that affect both economic efficiency and equity. Therefore, this paper develops a justice-cognizant tariff design framework that improves the operational savings in the system without sacrificing distributional equity, and encompasses economic welfare, social costs of environmental and public health impacts, and socio-economic and demographic characteristics of electricity consumers. We evaluate four different tariff structures using a Multi-Objective Problem with Equilibrium Constraints. We then compare the operational savings and equity of the proposed framework using the 11-zone New York ISO and 7-bus Manhattan power networks. The results demonstrate that justice-cognizant, and spatially- and temporally-granular tariffs ensure equity and increase the operational savings at a lower energy burden to consumers.

This policy brief analyzes how New York State’s recently proposed Climate Change Superfund Act is most likely to affect consumer gasoline prices. The Act would require payments from fossil-fuel companies based on their historical contributions to current greenhouse gas levels in the atmosphere. The payments would be used to build green infrastructure to help the state adapt to climate change. The brief finds that the Act would likely have a negligible impact on current and near-term oil prices, while potentially lowering future energy prices in New York, including for transportation.

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.