Topic:"Energy Storage" in M10473

- 17 calculations. - An objective of current and future pilots will be to explore additional use cases, and if possible, quantify - the benefits of these use cases. Future use cases that have been identified through the E1/NS Power DR - Wo...

AI summary The text outlines objectives for current and future pilots aimed at exploring additional use cases and quantifying their benefits. Identified future use cases include load shifting with intermittent renewable generation, generation contingency, distribution congestion management, cold load pickup relief, and fast frequency response.

Table 18. EV Charging Control Option Characteristics Item EV Charging Control Description This option will manage EV charging by controlling either through the EVSE or through onboard telematics at the vehicle. This option could potentiall...

AI summary Table 18 outlines the characteristics of an EV Charging Control option aimed at managing EV charging through the EVSE or onboard telematics. It includes eligibility criteria, participation assumptions, event parameters, incentives, and projected load reductions, with a focus on winter peak reduction and a participation incentive of $32/kW-yr.

Table 19. BTM Battery Control Option Characteristics Item BTM Battery Control Description Under this option, BTM batteries will be dispatched for supply to the grid during DR events. E1 will share 20% of the installed Battery Energy Storag...

AI summary This table outlines the characteristics of the Behind-the-Meter (BTM) Battery Control Option, including customer eligibility, participation incentives, and projected load reductions. E1 will share 20% of the installed Battery Energy Storage System (BESS) costs, and customers agree to have the BESS available for dispatch during demand response (DR) events.

Provision of DRMS/DERMS NS Power is piloting a DERMS which it may use to manage dispatch of DR events and collect performance data. Individual technology provider and aggregator platforms may need to integrate with the existing DERMS.

AI summary NS Power is piloting a DERMS to manage dispatch of DR events and collect performance data, with potential integration requirements for technology providers and aggregator platforms.

E1 Responses to Investment Property Owners Association of Nova Scotia (IPOANS) Information Requests NON-CONFIDENTIAL Request IR-09: ENERGY STORAGE : To what degree have energy load shifting technologies been investigated and analyzed as an...

AI summary E1 has analyzed energy load shifting technologies (battery storage, phase change materials, and thermal storage) as demand-side management strategies to reduce Nova Scotia's peak energy load. The response categorizes technologies by maturity and compares their potential for systemwide annual savings against the instantaneous energy use approach.

E1 Responses to Investment Property Owners Association of Nova Scotia (IPOANS) Information Requests NON-CONFIDENTIAL E1 wishes to note that energy shifting, as described in the question, may be a means of producing winter peak demand savin...

AI summary E1 clarifies that energy shifting reduces winter peak demand but not annual energy use. It supports demand-saving measures via the Custom program, including battery projects, and references the 2019 DSM Plan and 2023-2025 DSM Plan's DR program. Neothermal Energy Storage Inc. is noted as a monitored technology developer.

iii) Low Technology E1 currently offers rebates for both residential and Business, Non-Profit & Institutional (BNI) customers for electric thermal storage systems. Rebates are offered for various system sizes, ranging from room units to la...

AI summary E1 provides rebates for electric thermal storage systems and hot water energy storage, with cost assumptions from the 2019 DSM Potential Study. Demand response (DR) initiatives, including a pilot with NS Power, are highlighted as part of E1's programs for 2023-2025. Technical analyses and industry consultations support these measures.

E1 Responses to Investment Property Owners Association of Nova Scotia (IPOANS) Information Requests NON-CONFIDENTIAL 1 Request IR-11: 2 3 ENERGY STORAGE : 4 5 To what degree have energy load shifting technologies been investigated and anal...

AI summary EfficiencyOne (E1) responds to IPOANS' inquiry about energy storage and load shifting technologies as part of demand side management (DSM) strategies. E1 currently offers incentives for demand-focused measures and includes seasonal or diurnal energy storage in its programs, while continuously evaluating opportunities for additional rebate support.

9, 2022 NSUARB IR-17, Attachment 3, Page 127 of 343 D.P.U. 21-120 through D.P.U. 21-129 Page 114 incentives will be paid only for actual performance. 2019-2021 Three-Year Plans Order, at 34. In addition, the electric Program Administrators...

AI summary The Department approves a five-year incentive rate lock for battery energy storage systems installed as part of daily dispatch offerings, but notes that as more storage is deployed, the lock may no longer be necessary. An evaluation of the rate lock's efficacy is required.

period, any balance of surplus electricity is trued-up at a separate fair market value, known as net surplus compensation (NSC), which is based on a 12-month rolling average of the market for energy. As of July 1, 2017, each investor-owned...

AI summary California implements a net surplus compensation (NSC) mechanism for surplus electricity, and offers NEM successor tariffs for investor-owned utilities (IOUs) adopted by the CPUC. Feed-in tariffs (F-I-T) are also available for CHP systems meeting emissions and efficiency criteria. Technical assistance for CHP is provided by state agencies and IOUs.

ist CHP facilities in meeting the eligibility and interconnection requirements of the standard offer contracts available through the state's CHP feed-in-tarrif and the state's implementation of PURPA. The CA IOUs frequently issue Requests...

AI summary The document discusses California's policies and programs supporting combined heat and power (CHP) facilities, including standard offer contracts, feed-in tariffs, and incentives for renewable-fueled CHP systems. It also highlights the role of the California IOUs in issuing Requests for Offers (RFOs) for Local Capacity Resources (LCRs), with some RFOs targeting renewable DG and energy storage, while others include natural gas CHP. The BioMAT Program and SB 859 are also mentioned as key initiatives.

s within the District. Owners of cogeneration equipment used for developments of more than one million square feet are eligible if the fuel used to generate power was previously subject to a D.C. tax. Net metering: District of Columbia Net...

AI summary The District of Columbia supports combined heat and power (CHP) through various policies, including net metering, technical assistance programs, and resiliency-centered microgrids. The DC Sustainable Energy Utility provides evaluation and review services, and the Public Service Commission is exploring a CHP-centered microgrid pilot project.

esearch is also conducted at each of the member institutions, giving CAES scientists and engineers, industry partners, and others access to a wide range of equipment, capabilities, and infrastructure. The Idaho National Laboratory also con...

AI summary The Idaho National Laboratory (INL) conducts research on energy efficiency, renewable energy systems, and advanced manufacturing. It focuses on energy storage, electric vehicles, biomass-based fuels, and integrated energy systems. INL also works on net-zero waste manufacturing and carbon conversion technologies.

ing and resources to support better compliance with and enforcement of the Energy Conservation Construction Code of New York State and NYStretch Energy Code. Free and low-cost energy code training is designed for code enforcement officials...

AI summary New York has adopted strong policies and programs to support CHP deployment, including standardized interconnection requirements for distributed generators up to 5 MW. In 2017, an executive order emphasized the importance of CHP in meeting climate goals, and the state has revised interconnection standards to facilitate CHP and energy storage integration.

The Public Service Commission subsequently authorized all of the investor-owned utilities to conduct non-wires solutions programs, which were rolled-out in 2017 and include CHP as an eligible measure. Net metering: New York is transitiong...

AI summary The Public Service Commission authorized non-wires solutions programs, including combined heat and power (CHP), for investor-owned utilities starting in 2017. New York is transitioning to a Value of Distributed Energy Resources (VDER) pricing mechanism for CHP, with grandfathering for systems connected before March 9, 2017. NYSERDA supports CHP through funding, feasibility studies, and recommissioning assistance, prioritizing grid resiliency and offering incentives for critical infrastructure.

rid, plug-in hybrid electric, biodiesel, hydrogen, fuel cell, or flexible fuel vehicles when the performance, quality, and anticipated lifecycle costs are comparable to other available motor vehicles. Section 1-11-220 (e) requires the Divi...

AI summary South Carolina's energy efficiency policies include vehicle acquisition standards favoring energy-efficient options and building codes referencing the 2009 IECC. The state allows energy performance contracts and provides resources for compliance. No public research centers focus on energy efficiency.

eking to develop and study next generation renewable energy technologies. Research on this array and the efficiency impacts of on-campus power generation will continue for at least the next few years. The Center for Ultra-Wide-Area Resilie...

AI summary The text discusses the Center for Ultra-Wide-Area Resilient Electric Energy Transmission Networks (CURENT), a National Science Foundation Engineering Research Center led by UT-Knoxville, and its focus on improving grid transmission efficiency, renewable energy integration, and energy storage utilization. It also mentions key partners and the goal of developing a dynamically controlled nationwide transmission grid.

2008. The Sustainability and Costs of Increasing Efficiency Impacts: Evidence from Experience to Date . Proceedings of the 2008 ACEEE Summer Study on Energy Efficiency in Buildings, August 20, 2008. Hornby, R., C. Salamone, S. Perry, D. Wh...

AI summary The text lists publications on energy efficiency, demand response, and market studies by Synapse Energy Economics and other firms, prepared for state agencies and organizations. Topics include advanced metering infrastructure, integrated resource planning, and distributed generation integration.

13 Table 56: Three-Year Summary of the BNI Demand Response Program Component Annual Plan Investment ($M) New DR Capacity (MW) Available DR Capacity (MW) Participation38 (participants) Component Pathways • Direct Load Control – utility cont...

AI summary This table outlines the BNI Demand Response Program component, detailing investment, new and available DR capacity, and participation numbers. It includes pathways such as Direct Load Control, Enabling Technologies, and behind-the-meter batteries, supported by smart thermostats and commercial hot water controllers.

2.1.5 Battery Adoption Projections Due to a lack of information on battery [ad](#page-26-2)option projections in Nova Scotia, Guidehouse developed high-level battery adoption forecasts using assumptions drawn from Guidehouse Insights repor...

AI summary Guidehouse developed high-level battery adoption forecasts for Nova Scotia using assumptions from industry reports and expertise. Projections consider customer class, battery size, costs, and savings from NS Power tariffs, with a focus on payback periods and a noneconomic adoption adder for residential customers.

Table 19. BTM Battery Control Option Characteristics Item BTM Battery Control Description Under this option, BTM batteries will be dispatched for supply to the grid during DR events. E1 will share 20% of the installed Battery Energy Storag...

AI summary Table 19 outlines the characteristics of the BTM Battery Control Option, including customer eligibility, participation incentives, and projected load reductions. E1 will share 20% of the installed BESS costs, and customers will receive a 10% upfront cost sharing and a $63/kW-yr ongoing participation incentive in exchange for allowing dispatch during DR events.

11 Table 11: 2024 Settlement Plan Investment and Savings, by Program Component 2024 Investment a ($ million) Lifetime Benefits b ($ million) First-Year Energy Savings (GWh) Lifetime Energy Savings (GWh) Peak EE Demand Savings (MW) Availabl...

AI summary Table 11 outlines the 2024 Settlement Plan Investment and Savings by Program Component, detailing investments, benefits, energy savings, and costs for various energy efficiency, enabling strategies, and demand response programs in Nova Scotia.