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Distributed Power Systems

Our electricity system is undergoing a monumental transition from a centralized design based on fossil fuels to a distributed architecture based on renewable energy. Successfully navigating this requires reconceiving the grid as a distributed system, able to coordinate diverse resources and influence the deployment of capital by setting up appropriate incentive structures. We are collaborating with the MIT Energy Initiative to enable this by developing extensible, upgradable and formally verified controls for flexible power systems.

Related talks

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2018.10.23
Developing an Open Source Energy Trading Protocol
Lab Day 2018 / 2018.10.23 / San Francisco, CA, USA

Related publications

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2019.9.3 / Report
U.S. Energy Policy and Market Design
The U.S. bulk power system has an enormous number of actors: regulatory agencies (local, state, and federal), utilities (investor-owned, municipal, cooperatives, and power marketing administrations), operators (ISOs and RTOs), and customers.
2019.7.9 /
A Computable Multilayer System Stack for Future-Proof Interoperability
The future decarbonized power grid will make increasing use of distributed energy resources (DERs) controlled using data collected at an extremely granular level compared to today’s coarse bulk power system models.
IEEE PES Transactive Energy Systems Conference (TESC) / 2019.07.09 / Minneapolis, MN
Alan Ransil , Edwin Fonkwe Fongang, Michael Hammersley , Ivan Celanovic, Francis O’Sullivan

Related posts

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2020.5.4 / Blog
Hello from the Decentralized Energy Project!
We’re two materials scientists here at Protocol Labs, and we’re working to improve the electricity grid. Why, you may be thinking, does a distributed file storage company have a project related to the energy grid?