Todd Olinsky-Paul
Username
Todd Olinsky-Paul
Proposer First Name
Todd
Proposer Email
todd@cleanegroup.org
Proposer Last Name
Olinsky-Paul
Boston 2021 Areas of Focus
Proposer Company/Organization
Clean Energy Group
Proposer Phone
(845) 625-8807
Proposer Job Title
Senior Project Director
Proposed Session Description
The virtual power plant - aggregated, behind-the-meter solar+storage systems dispatched in concert to meet grid needs - is a new model that has been pioneered in New England and is now being adopted by forward-looking utilities and policymakers across the country. This session will explain why the virtual power plant is the future of energy storage, how states can create virtual power plants using existing programs and budgets, and why this is an important new paradigm that will benefit customers and communities. The virtual power plant model solves numerous problems, including how to fund distributed storage and bring it to scale; how to democratize storage, and include low-income and underserved communities in the storage revolution; how to lower storage investment risk for customers, utilities, investors and policymakers; how to tie individual, BTM systems to regional grid needs; and how to provide resilient power to communities for free. The adoption of a simple funding model, which uses existing state programs and budgets, makes possible the development of pipelines of behind-the-meter energy storage projects, including in low-income communities, which need advanced clean energy systems the most.
Diversity and Inclusiveness
The session topic addresses how to ensure a diverse storage marketplace, including battery ownership by low-income individuals, firms and communities. It also addresses the need for clean energy, energy cost savings and resiliency benefits in low-income communities in particular. Clean Energy Group has consistently advocated for specific LMI provisions in clean energy incentive programs and this presentation includes specific best practices to be considered by policymakers when designing an incentive program to support distributed battery deployment.
Learning Objectives
Participants will learn why aggregating and dispatching distributed storage through utility contracts makes batteries more cost effective and beneficial for customers and communities
Participants will learn how virtual power plants work to address grid needs, and why policymakers should adopt this new technology to replace retiring fossil fuel peaker plants
Participants will learn about the economic and policy advantages offered by ConnectedSolutions and BYOD type programs
Participants will learn how state policymakers and regulators can create virtual power plants through existing state programs and budgets
Has this session been presented before?
No
Additional Comments
This presentation builds on previous presentations I have presented at NESEA. It includes new material that will be published in two new reports Clean Energy Group plans to release early in 2021.
Target Audiences Level of Expertise
Level 2 - Some prior knowledge helpful.
Session Format Details
A 30-minute presentation followed by Q&A
Recommended Length
60-minute session
Strongest Content Connection - Boston 2021
Comments about your speaker roster
I am the proposed speaker. I have spoken at NESEA several times previously on related topics.
Anything else you'd like to tell us about your session proposal?
The content of this session was developed over several years of policy and technical work supporting energy storage policy and program development in Massachusetts and the New England states. CEG's work was supported by generous grants from the Barr Foundation, among others.
Reviewer 1
Cater, James
Reviewer 2
Cater, James
Curator
Roth, Kurt
Proposal #
132
Session #
611
Committee Decision
Accepted
Full Description
This session will explain why this new model for distributed solar+storage funding, aggregation and deployment is an important paradigm shift that can remove numerous barriers that have hampered storage adoption. It will show how tying individual, customer-owned systems to regional grid needs not only solves problems in the wholesale electricity markets, but also improves economic outcomes for storage customers (and all ratepayers). And it will explain how state policymakers and regulators can create virtual power plants through existing programs and budgets.