MassCEC will continue accepting applications to the Whole-Home Air-Source Heat Pump Pilot Program until June 25, 2021 or until all funding is committed
The Massachusetts Clean Energy Center (MassCEC) and Department of Energy Resources (DOER) announced an award of $20 million dollars to support 26 energy storage demonstration projects across the Commonwealth in 2017. There are currently 19 energy storage demonstration projects that are still active as seen in the graphic below. Additionally, the first three of several aggregated program reports (along with the time series data) regarding successes, barriers, and trends can be accessed by following the below links:
Initial, high-level takeaways from the ACES program can be found here.
These projects are aimed at piloting innovative, broadly replicable energy storage use cases/business models with multiple value streams in order to prime Massachusetts for increased commercialization and deployment of storage technologies. The original 26 ACES projects represented approximately 32 MW/83 MWh of proposed energy storage in Massachusetts and approximately $31 million of applicant cost share.
These numbers compliment the recommended $20 million in awards, for an aggregated value of projects of approximately $51 million. The ACES Program is part of the Baker-Polito Administration’s Energy Storage Initiative (“ESI”).
In 2015, the Baker-Polito Administration announced a two-phase, $10 million-dollar Energy Storage Initiative (“ESI”). The ESI aims to advance the energy storage segment of the Massachusetts clean energy industry by expanding storage technology markets, assigning value to storage benefits, accelerating the development of storage technologies, and attracting and supporting energy storage companies throughout the Commonwealth.
In the first phase of this initiative, MassCEC partnered with DOER on an energy storage study, State of Charge, to obtain a broad view of energy storage technologies that would inform future policy and programs.
In the second phase of this initiative, energy storage demonstration projects were solicited through the ACES RFP with the design of the RFP informed by recommendations from the Study. The RFP aims to fulfill the Administration’s commitment to promote energy storage across the Commonwealth.
The ACES RFP (PDF) was released on March 9th, 2017, and closed on June 9th, 2017. The RFP design was based off recommendations from the State of Charge study. Successful applicants proposed projects that will showcase examples of future storage deployment in Massachusetts, help to grow the state’s energy storage economy, and contribute to Massachusetts’ continued clean energy innovation leadership. Additional information about application requirements may be found in the RFP.
The application review process, conducted by staff members from MassCEC and the Massachusetts Department of Energy Resources (DOER), lasted from June through November 2017. Staff considered several factors, including project use cases and benefits, business models, and geographic diversity, during the review process. The State of Charge study recommended a variety of energy storage use cases for implementation across the Commonwealth, and the final ACES awardees covered eight of the ten recommended cases, as well as a new case, transit. Staff favored projects with many diverse benefits and value streams, both monetizable and non-monetizable, that benefit ratepayers, utilities, and/or bulk power systems. The 26 projects’ benefits range from cost reduction and load shifting to increased grid resiliency and greenhouse gas reductions.
The Program Objectives
The ACES program aims to benefit the public through education of customers, utilities, consumers, policy makers and a variety of industry stakeholders on the benefits of energy storage and help de-risk investments in energy storage projects in the future. ACES projects demonstrate replicable business models and use cases. The awardees exhibit 9 different use cases, 8 of which were included in the State of Charge and 1 new use case, and 14 unique business models.
Massachusetts’ ACES program promotes leadership and innovation in energy storage deployment and business model demonstration. ACES is the state’s first substantial investment in energy storage projects and is designed to significantly catalyze the market. While technology demonstration programs are common, this program is unique in its business model demonstration objectives. The replicability of each project was also considered in the selection process to ensure the success of the market. Many projects integrate other technologies with their storage projects to maximize the benefits. The complementary technologies included in the ACES projects consist of solar PV, demand management, wind, EV charging, gas plant, and combined heat and power. Awards sought to achieve geographic distribution.
ACES Awardee Host Sites
MassCEC is currently in the contracting phase of the ACES program. For questions related to ACES or to MassCEC’s energy storage activities, please contact ACES@masscec.com.
- State of Charge Study: Funded by the Energy Storage Initiative and published by MassCEC and DOER in 2016, this report studies the potential benefits of incorporating energy storage technologies into Massachusetts’ energy portfolio.
- MassCEC Energy Storage webpage: The MassCEC main webpage for energy storage contains an overview of storage technologies, current programs, and associated policy framework.
- The Energy Storage Initiative (“ESI”): The Baker-Polito Administration’s effort to grow the Massachusetts energy storage sector includes the ACES program.
- First Aggregated Report: This first report assesses and quantifies monetizable revenues from five ACES Grantees and examines the successes, barriers, and trends found in financing, siting, and permitting the ACES energy storage projects.
- Second Aggreated Report: The second report assesses and quantifies monetizable revenues from eight ACES Grantees and examines the successes, barriers, and trends found in financing, siting, and permitting the ACES energy storage projects.