Topic:"Electricity Generation" in M12780

EfficiencyOne's (E1) Innovation activities generate insights through research and pilot testing of emerging technologies and delivery approaches to strengthen market readiness and delivery capacity, supporting the long-term effectiveness o...

AI summary EfficiencyOne's (E1) innovation activities focus on emerging technologies and delivery approaches to enhance DSM programs, with five key areas: market transformation, locational DSM, and strategic electrification. These efforts aim to address system transformation, increased load growth, and the transition to renewable energy, supporting balance between supply and demand in Nova Scotia's electricity system.

27.3 Realization Rate No tracked savings were calculated for Residential Behaviour; therefore, there is no realization rate. 46 At the time of writing, 2025 data were not yet available. The Nova Scotia-specific factor was obtained from Nov...

AI summary No realization rate was calculated for Residential Behaviour due to untracked savings. Nova Scotia-specific emissions and electricity generation data were sourced from Nova Scotia Power (2024 emissions: 5,314,847 CO2 eq tonnes; generation: 11,326 GWh) and Emera Inc.'s 2024 Annual Report.

Electricity Generation Figure 1 below highlights the various forms of generation (both in-state and out of state) used to meet California's electricity needs in 2014 4 . Figure 2 highlights the historical trend of installed in-state capaci...

AI summary The text discusses electricity generation in California, highlighting figures that show the various forms of generation (both in-state and out of state) used in 2014 and the historical trend of installed in-state capacity from 2001 to 2014.

Total Energy Production (MWh) 6,884,910 Hydroelectric 1,285,912 Natural gas 3,029 Nuclear 4,846,327 Other biomass 25,698 Petroleum 5,103 Solar 17,293 Wind 236,034 Wood 465,513 Vermont is summer peaking with a load of 1,255 MW. Of the 6,900...

AI summary The document provides a breakdown of total energy production in Vermont, highlighting the contribution of various energy sources. It notes that Vermont has a summer peak load of 1,255 MW, with over 85% of generation coming from large-scale generators and CHP units, and most generators participating in ISO-NE's forward capacity market.

Electricity Generation Massachusetts is dominated by natural gas generation 97 . Massachusetts is summer peaking with a load of 13,128 MW. Over 95 percent of the electricity generated comes from large scale generators and CHP units, while...

AI summary Massachusetts relies heavily on natural gas for electricity generation, with over 95% coming from large-scale generators and CHP units. The state experiences summer peak loads of 13,128 MW, and most generators participate in ISO-New England's capacity market.

3.4 Innovation Pilots Overview No. Technology Description 2025 Action Short-term Deliverables (1-3 years) Medium-term Deliverables (3-5 years) Long-term Deliverables (5+ years) Sector(s) Category / Categories 5 Electric Vehicles Explore lo...

AI summary This section outlines an innovation pilot focused on electric vehicles, aiming to explore load management solutions and V2G adoption barriers. The 2025 action includes investigating load management options for residential EV charging, with short-term, medium-term, and long-term deliverables such as testing V2G and developing a VPP pilot.

NSPI's fuel costs are affected by commodity prices and generation mix, which is largely dependent on economic dispatch of the generating fleet. NSPI brings the lowest cost options on stream first after renewable energy from IPPs including...

AI summary NSPI's fuel costs are influenced by commodity prices and the generation mix, which depends on economic dispatch and includes renewable energy from IPPs and COMFIT participants. Thermal plant availability has slightly decreased but remains consistent with industry averages, supporting reliable energy supply during the transition to renewable generation.

C. Recommended Path Forward in Strategic Electrification As we discuss in detail above, the modified PAC test creates a structural barrier for SE because it largely credits only increased utility revenue while excluding many non-electric e...

AI summary The document recommends a phased approach for Strategic Electrification (SE) to address the limitations of the modified PAC test, which currently undercredits non-electric energy savings and broader customer benefits. E1 is advised to refine program design, improve data analysis, and prioritize measures that reduce peak impacts and emissions, including transportation electrification and managed EV charging.

bstation, our team has also developed 8760 charging profiles for all EVs charging at the substation, allowing ERCOT to understand the implications for this new load for transmission planning purposes.

AI summary The team has developed 8760 charging profiles for all EVs charging at the substation, enabling ERCOT to assess the impact of this new load on transmission planning.

DEMAND FORECASTING - For a large energy company, Brattle experts evaluated the drivers of load growth in the ERCOT and PJM region. The study focused on the energy and peak impacts of demand for electricity from data centers and cryptocurre...

AI summary The text discusses demand forecasting activities conducted by Brattle for various utilities and regions, including ERCOT, PJM, and National Grid Massachusetts. It covers the evaluation of load growth drivers, spatial load forecasting methodologies, and the impact of demand-side resources and uncertainty factors on load forecasts.

SELECTED WHITEPAPERS AND REPORTS - The Potential Impacts of Large Loads on Electricity Prices: Analysis for Alliant Energy Utilities , with Long Lam, Ryan Hledik, and Adam Bigelow, (June 2026) - The Value of Using DERS for Distribution Sys...

AI summary The text lists various whitepapers and reports related to energy and utility topics, including electricity rate designs, demand response, distributed energy resources, and the impact of electric vehicles on the grid. These studies were conducted for organizations such as the Ontario Energy Board, ERCOT, and the New Jersey Board of Public Utilities.

tly, however, the IESO-NS released its 2026 10-Year System Outlook, on June 26, 2026, which supersedes NSPI's report and is the first to incorporate updated ELCC values from the 2026 E3 ELCC Study. 14 (a) Has Mr. Love had an opportunity to...

AI summary The IESO-NS released a 2026 10-Year System Outlook incorporating updated ELCC values. Questions are raised about whether Mr. Love has reviewed this report and the 2026 ELCC study, and whether these updates affect his testimony or recommendations, particularly regarding the IRP Base level target of 683 GWh.

Michael Goldman Published Articles, Conference Proceedings, and Interviews Just, Reasonable, and a Little Bit Ridiculous: An Introduction to Modern Utility Policy and Regulation DISTRIBUTECH · Feb 2, 2026 Navigating modern utility policy a...

AI summary The document is a list of publications, conference proceedings, and interviews by Michael Goldman, focusing on modern utility policy, regulation, and distributed energy resources. Topics include EV programs, DERMS, energy storage, and geothermal projects.

At PDF page 32, they also state: Crucially, E1's phase-in work should include transportation electrification, particularly managed EV charging. Passive or active charging management can mitigate distribution constraints, defer system inves...

AI summary The text emphasizes the importance of integrating transportation electrification, specifically managed EV charging, into E1's phase-in work. It highlights that such management can help mitigate distribution constraints, defer system investment, and enhance the cost-effectiveness of broader electrification efforts.

- For the Maryland Public Service Commission (PSC), evaluated the electricity and natural gas demand impacts of heating and transportation electrification, with particular focus on the power system peak demand impacts. Worked with PSC staf...

AI summary The text discusses analyses conducted by the Brattle Group on electrification impacts, including demand forecasting for electricity and natural gas, EV adoption models, and EV load implications for utility ratemaking and infrastructure. These analyses were performed for entities such as the Maryland PSC, Baltimore Gas and Electric, PGE, and Pepco DC.

ARTICLES & PUBLICATIONS - "Retail Pricing: A Low-Cost Enabler of the Clean Energy Transition", with Long Lam, IEEE Energy and Power Magazine , July 2022 - "Bridging the Chasm between Pilots and Full-Scale Deployment of Time-of-Use Rates,"...

AI summary The document lists a series of academic articles and publications authored or co-authored by Sanem Sergici and others, focusing on topics such as dynamic pricing, energy efficiency, time-of-use rates, net energy metering, and the impact of smart grid technologies on electricity consumption and demand.

- "Grid Modernization: Policy, Market Trends and Directions Forward," 4th Annual Grid Modernization Forum, Chicago, IL (May 21, 2019) - "Accelerating the Renewable Energy Transformation: Role of Green Power Tariffs and Blockchain," EUCI So...

AI summary The text lists various presentations and speaking engagements related to energy policy, grid modernization, renewable energy, rate design, and demand response. Topics include grid modernization, renewable energy transformation, alternative regulation, and dynamic pricing, with events spanning from 2016 to 2019.

SENIOR ENERGY ASSOCIATE Chicago +1.872.302.6115 [email protected] Mr. Shetty has worked with electric utilities on issues related to regulatory retail ratemaking, rate design, load forecasting, utility program screening and transmissi...

AI summary Sai Shetty is a Senior Energy Associate with experience in regulatory retail ratemaking, rate design, load forecasting, and utility program screening. He has worked on modernizing electric rate design and conducting embedded and marginal cost of service studies. His work also includes performance-based regulation, benefit-cost analysis for DERs and DSM, and analysis of the Value of Lost Load and Net Energy Metering.