Consultant
Hadiza Felicien

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Hadiza Felicien joined E3’s bulk grid group in 2020, where she helps evaluate the viability of clean energy asset transactions and decarbonization objectives. She previously interned at Cahill Contractors, primarily dealing with the installation, design, performance, and compliance of building energy systems. Before attending Stanford for graduate school Hadiza worked at Goldman Sachs in financial compliance.

Hadiza’s experience in finance along with her engineering background afford her a unique perspective regarding the evaluation of GHG-free assets and technology. She chose to help foster a clean energy future because of the consequences of climate change that she has observed in the United States and Caribbean, along with her fascination with marrying engineering, economics and policy development.

Outside of work, Hadiza enjoys cooking, reading, yoga and running.

Education: MS, Sustainable Design and Construction, Stanford University; BS, Civil Engineering, University of California, Los Angeles

Projects

New York Distributed Solar Roadmap | NYSERDA, 2021

Working with the New York Department of Public Service (DPS) and the New York State Energy Research and Development Authority (NYSERDA), E3 supported the development of a new roadmap for New York to achieve the installation of at least 10 Gigawatts of distributed solar by 2030. The roadmap lays out a path that will expand renewable energy in New York, generating enough clean energy to power 700,000 additional homes, while also prioritizing an equitable expansion of New York’s distributed solar infrastructure. E3 contributed to the distributed solar framework by providing analysis that informed the plan’s policy recommendations. E3 developed a supply curve model for distributed solar projects in New York and used this model to evaluate program costs for different incentive program options. The analysis was used to inform the roadmap’s ultimate recommendation to extend the current NY-Sun Megawatt Block incentive program to help achieve the 10 GW target.

Read the detailed project description.


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