42 USC 17231 - Energy storage competitiveness

Collapse to view only § 17231. Energy storage competitiveness

§ 17231. Energy storage competitiveness
§ 17232. Better energy storage technology
§ 17233. Energy storage technology and microgrid assistance program

§ 17231. Energy storage competitiveness

(a) Short title

(b) DefinitionsIn this section:

(1) Council

(2) Compressed air energy storage

(3) Electric drive vehicleThe term “electric drive vehicle” means—

(A) a vehicle that uses an electric motor for all or part of the motive power of the vehicle, including battery electric, hybrid electric, plug-in hybrid electric, fuel cell, and plug-in fuel cell vehicles and rail transportation vehicles; or

(B) mobile equipment that uses an electric motor to replace an internal combustion engine for all or part of the work of the equipment.

(4) Islanding

(5) Flywheel

(6) Microgrid

(7) Self-healing grid

(8) Spinning reserve services

(9) Ultracapacitor

(d) Coordination

(e) Energy Storage Advisory Council

(1) Establishment

(2) Composition

(A) In general

(B) Energy storage industry

(3) Meetings

(A) In general

(B) Chapter 10 of title 5

(4) Plans

(5) ReviewThe Council shall—

(A) assess, every 2 years, the performance of the Department in meeting the goals of the plans developed under paragraph (4); and

(B) make specific recommendations to the Secretary on programs or activities that should be established or terminated to meet those goals.

(f) Basic research program

(1) Basic researchThe Secretary shall conduct a basic research program on energy storage systems to support electric drive vehicles, stationary applications, and electricity transmission and distribution, including—

(A) materials design;

(B) materials synthesis and characterization;

(D) surface and interface dynamics;

(E) modeling and simulation; and

(F) thermal behavior and life degradation mechanisms.

(2) Nanoscience centers

(3) Funding

(g) Applied research program

(1) In generalThe Secretary shall conduct an applied research program on energy storage systems to support electric drive vehicles, stationary applications, and electricity transmission and distribution technologies, including—

(A) ultracapacitors;

(B) flywheels;

(D) compressed air energy systems;

(E) power conditioning electronics;

(F) manufacturing technologies for energy storage systems;

(G) thermal management systems; and

(H) hydrogen as an energy storage medium.

(2) Funding

(h) Energy storage research centers

(1) In general

(2) Program management

(3) Participation agreements

(4) Plans

(5) National laboratories

(6) Disclosure

(7) Intellectual propertyIn accordance with section 202(a)(ii) of title 35, section 2182 of this title, and section 5908 of this title, the Secretary may require, for any new invention developed under this subsection, that—

(A) if an industrial participant is active in a 1

1 So in original. Probably should be “an”.

energy storage research center established under this subsection relating to the advancement of energy storage technologies carried out, in whole or in part, with Federal funding, the industrial participant be granted the first option to negotiate with the invention owner, at least in the field of energy storage technologies, nonexclusive licenses, and royalties on terms that are reasonable, as determined by the Secretary;

(B) if 1 or more industry participants are active in a center, during a 2-year period beginning on the date on which an invention is made—

(i) the patent holder shall not negotiate any license or royalty agreement with any entity that is not an industrial participant under this subsection; and

(ii) the patent holder shall negotiate nonexclusive licenses and royalties in good faith with any interested industrial participant under this subsection; and

(C) the new invention be developed under such other terms as the Secretary determines to be necessary to promote the accelerated commercialization of inventions made under this subsection to advance the capability of the United States to successfully compete in global energy storage markets.

(i) Energy storage systems demonstrations

(1) In general

(2) ScopeThe demonstrations shall—

(A) be regionally diversified; and

(B) expand on the existing technology demonstration program of the Department.

(3) StakeholdersIn carrying out the demonstrations, the Secretary shall, to the maximum extent practicable, include the participation of a range of stakeholders, including—

(A) rural electric cooperatives;

(B) investor owned utilities;

(D) energy storage systems manufacturers;

(E) electric drive vehicle manufacturers;

(F) the renewable energy production industry;

(G) State or local energy offices;

(H) the fuel cell industry; and

(I) institutions of higher education.

(4) ObjectivesEach of the demonstrations shall include 1 or more of the following:

(A) Energy storage to improve the feasibility of microgrids or islanding, or transmission and distribution capability, to improve reliability in rural areas.

(B) Integration of an energy storage system with a self-healing grid.

(C) Use of energy storage to improve security to emergency response infrastructure and ensure availability of emergency backup power for consumers.

(D) Integration with a renewable energy production source, at the source or away from the source.

(E) Use of energy storage to provide ancillary services, such as spinning reserve services, for grid management.

(F) Advancement of power conversion systems to make the systems smarter, more efficient, able to communicate with other inverters, and able to control voltage.

(G) Use of energy storage to optimize transmission and distribution operation and power quality, which could address overloaded lines and maintenance of transformers and substations.

(H) Use of advanced energy storage for peak load management of homes, businesses, and the grid.

(I) Use of energy storage devices to store energy during nonpeak generation periods to make better use of existing grid assets.

(j) Vehicle energy storage demonstration

(1) In general

(2) ConsortiaThe technology demonstrations shall be conducted through consortia, which may include—

(A) energy storage systems manufacturers and suppliers of the manufacturers;

(B) electric drive vehicle manufacturers;

(D) investor owned utilities;

(E) municipal and rural electric utilities;

(F) State and local governments;

(G) metropolitan transportation authorities; and

(H) institutions of higher education.

(3) ObjectivesThe program shall demonstrate 1 or more of the following:

(A) Novel, high capacity, high efficiency energy storage, charging, and control systems, along with the collection of data on performance characteristics, such as battery life, energy storage capacity, and power delivery capacity.

(B) Advanced onboard energy management systems and highly efficient battery cooling systems.

(C) Integration of those systems on a prototype vehicular platform, including with drivetrain systems for passenger, commercial, and nonroad electric drive vehicles.

(D) New technologies and processes that reduce manufacturing costs.

(E) Integration of advanced vehicle technologies with electricity distribution system and smart metering technology.

(F) Control systems that minimize emissions profiles in cases in which clean diesel engines are part of a plug-in hybrid drive system.

(k) Electric drive vehicle battery second-life applications and recycling

(1) DefinitionsIn this subsection:

(A) Battery recycling and second-life applications program

(B) Critical material

(D) Electric drive vehicle battery

(E) Eligible entity

(2) ProgramThe Secretary shall carry out a program of research, development, and demonstration of—

(A) second-life applications for electric drive vehicle batteries that have been used to power electric drive vehicles; and

(B) technologies and processes for final recycling and disposal of the devices described in subparagraph (A).

(3) Electric drive vehicle battery recycling and second-life applications

(A) In generalIn carrying out the program under paragraph (2), the Secretary shall establish an electric drive vehicle battery recycling and second-life applications program under which the Secretary shall—

(i) award grants under subparagraph (D); and

(ii) carry out other activities in accordance with this paragraph.

(B) PurposesThe purposes of the battery recycling and second-life applications program are the following:

(i) To improve the recycling rates and second-use adoption rates of electric drive vehicle batteries.

(ii) To optimize the design and adaptability of electric drive vehicle batteries to make electric drive vehicle batteries more easily recyclable.

(iii) To establish alternative supply chains for critical materials that are found in electric drive vehicle batteries.

(iv) To reduce the cost of manufacturing, installation, purchase, operation, and maintenance of electric drive vehicle batteries.

(v) To improve the environmental impact of electric drive vehicle battery recycling processes.

(D) Grants

(i) In generalIn carrying out the battery recycling and second-life applications program, the Secretary shall award multiyear grants on a competitive, merit-reviewed basis to eligible entities—(I) to conduct research, development, testing, and evaluation of solutions to increase the rate and productivity of electric drive vehicle battery recycling; and(II) for research, development, and demonstration projects to create innovative and practical approaches to increase the recycling and second-use of electric drive vehicle batteries, including by addressing—(aa) technology to increase the efficiency of electric drive vehicle battery recycling and maximize the recovery of critical materials for use in new products;(bb) expanded uses for critical materials recovered from electric drive vehicle batteries;(cc) product design and construction to facilitate the disassembly and recycling of electric drive vehicle batteries;(dd) product design and construction and other tools and techniques to extend the lifecycle of electric drive vehicle batteries, including methods to promote the safe second-use of electric drive vehicle batteries;(ee) strategies to increase consumer acceptance of, and participation in, the recycling of electric drive vehicle batteries;(ff) improvements and changes to electric drive vehicle battery chemistries that include ways to decrease processing costs for battery recycling without sacrificing front-end performance;(gg) second-use of electric drive vehicle batteries, including in applications outside of the automotive industry; and(hh) the commercialization and scale-up of electric drive vehicle battery recycling technologies.

(ii) PriorityIn awarding grants under clause (i), the Secretary shall give priority to projects that—(I) are located in geographically diverse regions of the United States;(II) include business commercialization plans that have the potential for the recycling of electric drive vehicle batteries at high volumes;(III) support the development of advanced manufacturing technologies that have the potential to improve the competitiveness of the United States in the international electric drive vehicle battery manufacturing sector;(IV) provide the greatest potential to reduce costs for consumers and promote accessibility and community implementation of demonstrated technologies;(V) increase disclosure and transparency of information to consumers;(VI) support the development or demonstration of projects in economically distressed areas; and(VII) support other relevant priorities, as determined to be appropriate by the Secretary.

(iii) Solicitation

(iv) Dissemination of resultsThe Secretary shall publish the results of the projects carried out through grants awarded under clause (i) through—(I) best practices relating to those grants, for use in the electric drive vehicle battery manufacturing, design, installation, refurbishing, or recycling industries;(II) coordination with information dissemination programs relating to general recycling of electronic devices; and(III) educational materials for the public, produced in conjunction with State and local governments or nonprofit organizations, on the problems and solutions relating to the recycling and second-life applications of electric drive vehicle batteries.

(E) Coordination with other programs of the Department

(F) Study and report

(i) Study

(ii) ReportNot later than 1 year after November 15, 2021, the Secretary shall submit to the Committee on Energy and Natural Resources of the Senate, the Committee on Science, Space, and Technology of the House of Representatives, and any other relevant committee of Congress a report containing the results of the study under clause (i), including a description of—(I) the ability of relevant businesses or other entities to competitively manufacture electric drive vehicle batteries and recycle electric drive vehicle batteries in the United States;(II) any existing electric drive vehicle battery recycling and second-use practices and plans of electric drive vehicle manufacturing companies in the United States;(III) any barriers to electric drive vehicle battery recycling in the United States;(IV) opportunities and barriers in electric drive vehicle battery supply chains in the United States and internationally, including with allies and trading partners;(V) opportunities for job creation in the electric drive vehicle battery recycling and manufacturing fields and the necessary skills employees must acquire for growth of those fields in the United States;(VI) policy recommendations for enhancing electric drive vehicle battery manufacturing and recycling in the United States;(VII) any recommendations for lowering logistics costs and creating better coordination and efficiency with respect to the removal, collection, transportation, storage, and disassembly of electric drive vehicle batteries;(VIII) any recommendations for areas of coordination with other Federal agencies to improve electric drive vehicle battery recycling rates in the United States;(IX) an aggressive 2-year target and plan, the implementation of which shall begin during the 90-day period beginning on the date on which the report is submitted, to enhance the competitiveness of electric drive vehicle battery manufacturing and recycling in the United States; and(X) needs for future research, development, and demonstration projects in electric drive vehicle battery manufacturing, recycling, and related areas, as determined by the Secretary.

(G) Evaluation

(l) Cost sharing

(m) Merit review of proposals

(n) Coordination and nonduplication

(o) Review by National Academy of Sciences

(p) Authorization of appropriationsThere are authorized to be appropriated to carry out—

(1) the basic research program under subsection (f) $50,000,000 for each of fiscal years 2009 through 2018;

(2) the applied research program under subsection (g) $80,000,000 for each of fiscal years 2009 through 2018; and; 2

(3) the energy storage research center program under subsection (h) $100,000,000 for each of fiscal years 2009 through 2018;

(4) the energy storage systems demonstration program under subsection (i) $30,000,000 for each of fiscal years 2009 through 2018;

(5) the vehicle energy storage demonstration program under subsection (j) $30,000,000 for each of fiscal years 2009 through 2018; and

(6) the electric drive vehicle battery recycling and second-life applications program under subsection (k) $200,000,000 for the period of fiscal years 2022 through 2026.

(q) Critical material recycling and reuse research, development, and demonstration program

(1) DefinitionsIn this subsection:

(A) Critical material

(B) Critical material recycling

(2) Establishment

(3) Research, development, and demonstrationIn carrying out the program established under paragraph (1), the Secretary shall conduct—

(A) research, development, and demonstration activities for—

(i) technologies, process improvements, and design optimizations that facilitate and promote critical material recycling of energy storage systems, including separation and sorting of component materials of such systems, and extraction, recovery, and reuse of critical materials from such systems;

(ii) technologies and methods that mitigate emissions and environmental impacts that arise from critical material recycling, including disposal of toxic reagents and byproducts related to critical material recycling processes;

(iii) technologies to enable extraction, recovery, and reuse of energy storage systems from electric vehicles and critical material recycling from such vehicles; and

(iv) technologies and methods to enable the safe transport, storage, and disposal of energy storage systems containing critical materials, including waste materials and components recovered during the critical material recycling process; and

(B) research on nontechnical barriers to improve the collection and critical material recycling of energy storage systems, including strategies to improve consumer education of, acceptance of, and participation in, the critical material recycling of energy storage systems.

(4) Report to Congress

(Pub. L. 110–140, title VI, § 641, Dec. 19, 2007, 121 Stat. 1688; Pub. L. 116–260, div. Z, title III, § 3201(f), formerly § 3201(e), Dec. 27, 2020, 134 Stat. 2523, renumbered § 3201(f), Pub. L. 117–58, div. D, title III, § 40334(1), Nov. 15, 2021, 135 Stat. 1025; Pub. L. 117–58, div. D, title II, § 40208, Nov. 15, 2021, 135 Stat. 971; Pub. L. 117–286, § 4(a)(280), Dec. 27, 2022, 136 Stat. 4336.)

§ 17232. Better energy storage technology

(a) DefinitionsIn this section:

(1) Energy storage systemThe term “energy storage system” means any system, equipment, facility, or technology that—

(A) is capable of absorbing or converting energy, storing the energy for a period of time, and dispatching the energy; and

(B)

(i) uses mechanical, electrochemical, thermal, electrolysis, or other processes to convert and store electric energy that was generated at an earlier time for use at a later time;

(ii) uses mechanical, electrochemical, biochemical, or thermal processes to convert and store energy generated from mechanical processes that would otherwise be wasted, for delivery at a later time; or

(iii) stores energy in an electric, thermal, or gaseous state for direct use for heating or cooling at a later time in a manner that avoids the need to use electricity or other fuel sources at that later time, such as a grid-enabled water heater.

(2) Program

(3) Secretary

(b) Energy Storage System Research, Development, and Deployment Program

(1) Establishment

(2) Initial program objectivesThe program shall focus on research, development, and deployment of—

(A) energy storage systems, components, and materials designed to further the development of technologies—

(i) for large-scale commercial deployment;

(ii) for deployment at cost targets established by the Secretary;

(iii) for hourly and subhourly durations required to provide reliability services to the grid;

(iv) for daily durations, which have the capacity to discharge energy for a minimum of 6 hours;

(v) for weekly or monthly durations, which have the capacity to discharge energy for 10 to 100 hours, at a minimum; and

(vi) for seasonal durations, which have the capability to address seasonal variations in supply and demand;

(B) distributed energy storage technologies and applications, including building-grid integration;

(C) long-term cost, performance, and demonstration targets for different types of energy storage systems and for use in a variety of regions, including rural areas;

(D) transportation energy storage technologies and applications, including vehicle-grid integration;

(E) cost-effective systems and methods for—

(i) the sustainable and secure sourcing, reclamation, recycling, and disposal of energy storage systems, including critical minerals; and

(ii) the reuse and repurposing of energy storage system technologies;

(F) advanced control methods for energy storage systems;

(G) pumped hydroelectric energy storage systems to advance—

(i) adoption of innovative technologies, including—(I) systems with adjustable-speed and other new pumping and generating equipment designs;(II) modular systems;(III) closed-loop systems, including mines and quarries; and(IV) other innovative equipment and materials as determined by the Secretary; and

(ii) reductions of civil works costs and construction times for hydropower and pumped storage systems, including comprehensive data and systems analysis of hydropower and pumped storage construction technologies and processes in order to identify areas for whole-system efficiency gains;

(H) models and tools to demonstrate the costs and benefits of energy storage to—

(i) power and water supply systems;

(ii) electric generation portfolio optimization; and

(iii) expanded deployment of other renewable energy technologies, including in integrated energy storage systems;

(I) energy storage use cases from individual and combination technology applications, including value from various-use cases and energy storage services; and

(J) advanced manufacturing technologies that have the potential to improve United States competitiveness in energy storage manufacturing or reduce United States dependence on critical materials.

(3) Testing and validationIn coordination with 1 or more National Laboratories, the Secretary shall support the development, standardized testing, and validation of energy storage systems under the program, including test-bed and field trials, by developing testing and evaluation methodologies for—

(A) storage technologies, controls, and power electronics for energy storage systems under a variety of operating conditions;

(B) standardized and grid performance testing for energy storage systems, materials, and technologies during each stage of development;

(D) accelerated life testing protocols to predict estimated lifetime metrics with accuracy.

(4) Periodic evaluation of program objectives

(5) Energy storage strategic plan

(A) In general

(B) ContentsThe strategic plan developed under subparagraph (A) shall—

(i) be coordinated with and integrated across other relevant offices in the Department;

(ii) to the extent practicable, include metrics that can be used to evaluate storage technologies;

(iii) identify Department programs that—(I) support the research and development activities described in paragraph (2) and the demonstration projects under subsection (c); and(II)(aa) do not support the activities or projects described in subclause (I); but(bb) are important to the development of energy storage systems and the mission of the Department, as determined by the Secretary;

(iv) include expected timelines for—(I) the accomplishment of relevant objectives under current programs of the Department relating to energy storage systems; and(II) the commencement of any new initiatives within the Department relating to energy storage systems to accomplish those objectives; and

(v) incorporate relevant activities described in the Grid Modernization Initiative Multi-Year Program Plan.

(D) Updates to planThe Secretary—

(i) shall annually review the strategic plan developed under subparagraph (A); and

(ii) may periodically revise the strategic plan as appropriate.

(6) Leveraging of resourcesThe program may be led by a specific office of the Department, but shall be cross-cutting in nature, so that in carrying out activities under the program, the Secretary (or a designee of the Secretary charged with leading the program) shall leverage existing Federal resources, including, at a minimum, the expertise and resources of—

(A) the Office of Electricity;

(B) the Office of Energy Efficiency and Renewable Energy, including the Water Power Technologies Office; and

(i) the Basic Energy Sciences Program;

(ii) the Advanced Scientific Computing Research Program;

(iii) the Biological and Environmental Research Program; and

(D) the Electricity Storage Research Initiative established under section 16315 of this title.

(7) Protecting privacy and security

(1) Demonstration projectsNot later than September 30, 2023, the Secretary shall, to the maximum extent practicable, enter into agreements to carry out 3 energy storage system demonstration projects, including—

(A) at least 1 energy storage system demonstration project designed to further the development of technologies described in clause (v) or (vi) of subsection (b)(2)(A); and

(B) 1 project to demonstrate second-life applications of electric vehicle batteries as aggregated energy storage installations to provide services to the electric grid, in accordance with paragraph (3).

(2) Energy storage pilot grant program

(A) Definition of eligible entityIn this paragraph, the term “eligible entity” means—

(i) a State energy office (as defined in section 15821(a) of this title);

(ii) an Indian Tribe (as defined in section 4103 of title 25; 1

1 So in original. A closing parenthesis probably should precede the semicolon.

(iii) a Tribal organization (as defined in section 3765 of title 38);

(iv) an institution of higher education (as defined in section 1001 of title 20);

(v) an electric utility, including—(I) an electric cooperative;(II) a political subdivision of a State, such as a municipally owned electric utility, or any agency, authority, corporation, or instrumentality of a State political subdivision; and(III) an investor-owned utility; and

(vi) a private energy storage company.

(B) Establishment

(C) Selection requirementsIn selecting eligible entities to receive a grant under subparagraph (B), the Secretary shall, to the maximum extent practicable—

(i) ensure regional diversity among eligible entities awarded grants, including ensuring participation of eligible entities that are rural States and States with high energy costs;

(ii) ensure that grants are awarded for demonstration projects that—(I) expand on the existing technology demonstration programs of the Department;(II) are designed to achieve 1 or more of the objectives described in subparagraph (D); and(III) inject or withdraw energy from the bulk power system, electric distribution system, building energy system, or microgrid (grid-connected or islanded mode) where the project is located;

(iii) give consideration to proposals from eligible entities for securing energy storage through competitive procurement or contract for service; and

(iv) prioritize projects that leverage matching funds from non-Federal sources.

(D) ObjectivesEach demonstration project carried out by a grant awarded under subparagraph (B) shall have 1 or more of the following objectives:

(i) To improve the security of critical infrastructure and emergency response systems.

(ii) To improve the reliability of transmission and distribution systems, particularly in rural areas, including high-energy cost rural areas.

(iii) To optimize transmission or distribution system operation and power quality to defer or avoid costs of replacing or upgrading electric grid infrastructure, including transformers and substations.

(iv) To supply energy at peak periods of demand on the electric grid or during periods of significant variation of electric grid supply.

(v) To reduce peak loads of homes and businesses.

(vi) To improve and advance power conversion systems.

(vii) To provide ancillary services for grid stability and management.

(viii) To integrate renewable energy resource production.

(ix) To increase the feasibility of microgrids (grid-connected or islanded mode).

(x) To enable the use of stored energy in forms other than electricity to support the natural gas system and other industrial processes.

(xi) To integrate fast charging of electric vehicles.

(xii) To improve energy efficiency.

(3) Demonstration of electric vehicle battery second-life applications for grid services

(A) In general

(B) PurposesThe purposes of the project under subparagraph (A) shall be—

(i) to demonstrate power safety and the reliability of the applications demonstrated under the program;

(ii) to demonstrate the ability of electric vehicle batteries—(I) to provide ancillary services for grid stability and management; and(II) to reduce the peak loads of homes and businesses;

(iii) to extend the useful life of electric vehicle batteries and the components of electric vehicle batteries prior to the collection, recycling, and reprocessing of the batteries and components; and

(iv) to increase acceptance of, and participation in, the use of second-life applications of electric vehicle batteries by utilities.

(4) Reports

(5) No project ownership interest

(d) Long-duration demonstration initiative and joint program

(1) DefinitionsIn this subsection:

(A) Initiative

(B) Joint Program

(2) Establishment of Initiative

(3) Selection of projectsTo the maximum extent practicable, in selecting demonstration projects to participate in the Initiative, the Secretary shall—

(A) ensure a range of technology types;

(B) ensure regional diversity among projects; and

(C) consider bulk power level, distribution power level, behind-the-meter, microgrid (gridconnected or islanded mode), and off-grid applications.

(4) Joint program

(A) EstablishmentAs part of the Initiative, the Secretary, in consultation with the Secretary of Defense, shall establish within the Department a joint program to carry out projects—

(i) to demonstrate promising long-duration energy storage technologies at different scales; and

(ii) to help new, innovative long-duration energy storage technologies become commercially viable.

(B) Memorandum of understanding

(i) use existing test-bed infrastructure at—(I) Department facilities; and(II) Department of Defense installations; and

(ii) develop new infrastructure for identified projects, if appropriate.

(D) Goals and metrics

(E) Selection of projects

(i) In generalTo the maximum extent practicable, in selecting projects to participate in the Joint Program, the Secretary and the Secretary of Defense shall—(I) ensure that projects are carried out under conditions that represent a variety of environments with different physical conditions and market constraints; and(II) ensure an appropriate balance of—(aa) larger, higher-cost projects; and(bb) smaller, lower-cost projects.

(ii) PriorityIn carrying out the Joint Program, the Secretary and the Secretary of Defense shall give priority to demonstration projects that—(I) make available to the public project information that will accelerate deployment of long-duration energy storage technologies; and(II) will be carried out in the field.

(e) Pumped storage hydropower wind and solar integration and system reliability initiative

(1) Definition of eligible entityIn this subsection, the term “eligible entity” means—

(A)

(i) an electric utility, including—(I) a political subdivision of a State, such as a municipally owned electric utility; or(II) an instrumentality of a State composed of municipally owned electric utilities;

(ii) an electric cooperative; or

(iii) an investor-owned utility;

(B) an Indian Tribe or Tribal organization;

(D) an institution of higher education; and

(E) a consortium of the entities described in subparagraphs (A) through (D).

(2) Demonstration project

(A) In general

(B) Project requirementsTo be eligible for financial assistance under subparagraph (A), a project shall—

(i) be designed to provide not less than 1,000 megawatts of storage capacity;

(ii) be able to provide energy and capacity for use in more than 1 organized electricity market;

(iii) be able to store electricity generated by intermittent renewable electricity projects located on Tribal land; and

(iv) have received a preliminary permit from the Federal Energy Regulatory Commission.

(3) Authorization of appropriations

(f) Omitted

(g) CoordinationTo the maximum extent practicable, the Secretary shall coordinate the activities under this section (including activities conducted pursuant to the amendments made by this section) among the offices and employees of the Department, other Federal agencies, and other relevant entities—

(1) to ensure appropriate collaboration;

(2) to avoid unnecessary duplication of those activities; and

(3) to increase domestic manufacturing and production of energy storage systems, such as those within the Department and within the National Institute of Standards and Technology.

(h) Authorization of appropriationsThere are authorized to be appropriated—

(1) to carry out subsection (b), $100,000,000 for each of fiscal years 2021 through 2025, to remain available until expended;

(2) to carry out subsection (c), $71,000,000 for each of fiscal years 2021 through 2025, to remain available until expended; and

(3) to carry out subsection (d), $30,000,000 for each of fiscal years 2021 through 2025, to remain available until expended.

(Pub. L. 116–260, div. Z, title III, § 3201, Dec. 27, 2020, 134 Stat. 2517; Pub. L. 117–58, div. D, title I, § 40112, title III, § 40334, Nov. 15, 2021, 135 Stat. 946, 1024.)

§ 17233. Energy storage technology and microgrid assistance program

(a) DefinitionsIn this section:

(1) Eligible entityThe term “eligible entity” means—

(A) a rural electric cooperative;

(B) an agency, authority, or instrumentality of a State or political subdivision of a State that sells or otherwise uses electrical energy to provide electric services for customers; or

(2) Energy storage technology

(3) Microgrid

(4) Renewable energy source

(5) Rural electric cooperative

(6) Secretary

(b) In generalNot later than 180 days after December 27, 2020, the Secretary shall establish a program under which the Secretary shall—

(1) provide grants to eligible entities under subsection (d);

(2) provide technical assistance to eligible entities under subsection (e); and

(3) disseminate information to eligible entities on—

(A) the activities described in subsections (d)(1) and (e); and

(B) potential and existing energy storage technology and microgrid projects.

(d) Grants

(1) In general

(2) Application

(3) Use of grantAn eligible entity that receives a grant under paragraph (1)—

(A) shall use the grant—

(i) to conduct feasibility studies to assess the potential for implementation or improvement of energy storage technology or microgrid projects;

(ii) to analyze and implement strategies to overcome barriers to energy storage technology or microgrid project implementation, including financial, contracting, siting, and permitting barriers;

(iii) to conduct detailed engineering of energy storage technology or microgrid projects;

(iv) to perform a cost-benefit analysis with respect to an energy storage technology or microgrid project;

(v) to plan for both the short- and long-term inclusion of energy storage technology or microgrid projects into the future development plans of the eligible entity; or

(vi) to purchase and install necessary equipment, materials, and supplies for demonstration of emerging technologies; and

(B) may use the grant to obtain technical assistance from experts in carrying out the activities described in subparagraph (A).

(4) ConditionAs a condition of receiving a grant under paragraph (1), an eligible entity shall—

(A) implement a public awareness campaign, in coordination with the Secretary, about the project implemented under the grant in the community in which the eligible entity is located, which campaign shall include providing projected environmental benefits achieved under the project, where to find more information about the program established under this section, and any other information the Secretary determines necessary;

(B) submit to the Secretary, and make available to the public, a report that describes—

(i) any energy cost savings and environmental benefits achieved under the project; and

(ii) the results of the project, including quantitative assessments to the extent practicable, associated with each activity described in paragraph (3)(A); and

(C) create and disseminate tools and resources that will benefit other rural electric cooperatives, which may include cost calculators, guidebooks, handbooks, templates, and training courses.

(5) Cost-share

(e) Technical assistance

(1) In generalIn carrying out the program established under subsection (b), the Secretary may provide eligible entities with technical assistance relating to—

(A) identifying opportunities for energy storage technology and microgrid projects;

(B) understanding the technical and economic characteristics of energy storage technology or microgrid projects;

(D) permitting and siting issues;

(E) obtaining case studies of similar and successful energy storage technology or microgrid projects;

(F) reviewing and obtaining computer software for assessment, design, and operation and maintenance of energy storage technology or microgrid systems; and

(G) understanding and utilizing the reliability and resiliency benefits of energy storage technology and microgrid projects.

(2) External contracts

(f) Authorization of appropriations

(1) In general

(2) Administrative costs

(Pub. L. 116–260, div. Z, title III, § 3202, Dec. 27, 2020, 134 Stat. 2525.)