1. Articles from tdworld.com

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    1. Current and Future Opportunities for Energy Storage in New York

      Current and Future Opportunities for Energy Storage in New York

      While the MABI program is helping to develop a sustainable energy storage market, wholesale market revenues will strongly impact the pervasiveness of storage deployment in New York. 2019 has been transformational for the energy storage market in New York, which was marked by several milestones that reveal the powerful forces now emerging and exerting their influence across the state’s electricity landscape.

      ESA is co-hosting a webinar with NY-BEST on Friday, 11/22 at 2pm ET to discuss the future of energy storage in New York. Register here.

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      Mentions: New York
    2. Operating and Spinning Reserves for Reliability

      Operating and Spinning Reserves for Reliability

      Operating reserves are vitally needed by electric utilities if they are to ensure that energy is available when needed in response to a number of system events that might drive additional need. Recent developments in new technologies such as storage, load management, advanced predictive capability, and the demonstration of new inverter capabilities have the potential to contribute to spinning and other reserve requirements.  The changing energy landscape is driving the need to reconsider the industry’s traditional approach to reserves including the increased use of variable energy resources.

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    3. Governor Cuomo Announces $55 Million of Energy Storage Projects

      Governor Cuomo Announces $55 Million of Energy Storage Projects

      Governor Andrew M. Cuomo announced $55 million for energy storage including commercial and residential storage projects on Long Island. This program will be launched with an initial rollout of nearly $15 million in incentives from the New York State Energy Research and Development Authority. Energy storage projects supported by this Long Island initiative will advance progress toward achieving New York's target of 3,000 megawatts of energy storage deployed by 2030 - the equivalent to powering 40 percent of New York's homes. Today's announcement supports Governor Cuomo's Green New Deal - a nation-leading clean energy jobs agenda putting New York on a path to carbon neutrality.

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      Mentions: New York
    4. The Influence of Storage

      The Influence of Storage

      The edge of the grid is being redefined with power generated where it is consumed. Microgrids are changing the dynamics of grid resiliency. However, the real game-changer has been the addition of energy storage to the grid. The technology is being deployed throughout the delivery system to balance power fluctuations, manage peak demand, make wind and solar dispatchable, and reduce carbon emissions. It is a different grid than ever before, and energy storage is a part of the transformation.

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    5. Hybrid Solar and Storage in Hawaii

      Hybrid Solar and Storage in Hawaii

      In January 2019, the world’s largest photovoltaic peaker plant began providing evening and morning renewable peaking capacity to the grid on the Hawaiian island of Kauai. The solar-plus-storage system promises to ensure a sustainable future for the island and establish a new model for stabilizing grid-scale renewable energy. Instead of simply augmenting traditional generation, solar-plus-storage sequentially can replace it altogether.

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      Mentions: Hawaii
    6. The Power of Reusing Electric Vehicle Batteries

      The Power of Reusing Electric Vehicle Batteries

      A “second-life” energy storage system using ex-EV batteries developed by Professor Jae Wan Park and his graduate students at the UC Davis Green Technology Laboratory. Made possible by a grant from the California Energy Commission, this project is reducing the on-peak energy use and carbon footprint of the UC Davis Robert Mondavi Institute — a combined winery, brewery, and food processing complex.

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      Mentions: California
    7. Storage Shock Absorber

      Storage Shock Absorber

      Energy storage technology is changing the industry as it truly becomes a shock absorber in the struggle to balance supply and demand as solar and wind generation increases. This integrated technology is moving the electric power delivery industry closer to the fabled virtual power plant, which is why energy storage has been called the enabling technology. The technology of plus storage is rapidly becoming a force to be reckoned with and only the surface has been scratched.

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    8. How to Determine the Right Mix of DER

      How to Determine the Right Mix of DER

      Recognizing that versions of the same dilemmas are playing out for utilities across the U.S. in many different markets, geographies and regulatory climates, Austin Energy sought funding from the U.S. Department of Energy Solar Energy Technologies Office's Sustainable and Holistic Integration of Energy Storage and Solar (SHINES) program. The objectives of the Austin SHINES project is to not only help Austin Energy to achieve its goals but also contribute to advancing utility knowledge for the industry at large.

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      Mentions: DoE Texas
    9. U.S. to Become World's Largest Grid-Connected Energy-Storage Market

      U.S. to Become World's Largest Grid-Connected Energy-Storage Market

      The United States will this year become the world’s largest market for grid-connected battery energy storage, as solar-plus-storage and peaking capacity requirements drive increased procurement, according to IHS Markit. Deployments of grid-connected energy storage in the United States this year are expected to amount to 712 MW, almost double of 376 MW in 2018.

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      Mentions: U.S. South Korea
    10. Microgrid Maintains Power Supply During Emergency Simulation

      Microgrid Maintains Power Supply During Emergency Simulation

      The Bronzeville Community Microgrid can keep power flowing in an emergency, ComEd recently announced after conducting a test. The “simulated islanding” test checked the resiliency of the microgrid by mimicking events that have the potential to affect power delivery, including weather calamities,  cyber attacks and acts of terrorism. The tests ComEd conducted demonstrated the microgrid’s ability to provide power in island mode while drawing upon distributed energy resources (DER), including battery energy storage and solar photovoltaic PV, to serve customers.

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      Mentions: Illinois
    11. T&D Asset Operators Look to Critical Energy Storage

      T&D Asset Operators Look to Critical Energy Storage

      Upgrading and deferring existing wires and substations may be the most common application of battery storage utilized for transmission and distribution. However, batteries also provide a range of solutions designed to maximize the lifetime of T&D infrastructure. Also referred to as T&D asset optimization, these energy storage systems are designed to enhance the efficiency and effectiveness of existing T&D assets to provide electricity in a given service territory. Ensuring that these systems are reliable is critical to the effective operation of electricity throughout a given service territory.

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    12. Optimizing Natural Gas Generation with Energy Storage

      Optimizing Natural Gas Generation with Energy Storage

      Integrating energy storage with new and existing gas plants can result in improved efficiencies and lower emissions. As the deployment of renewables plus energy storage accelerates exponentially across the country, utilities are recognizing the proven ability of storage resources to supplement and, in some cases, completely replace gas-fired generation.

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    13. New Battery Storage for Private Homes

      New Battery Storage for Private Homes

      Siemens has launched its first battery storage geared to the requirements in private homes. Homeowners can use the Junelight Smart Battery to maximize consumption of self-generated energy, minimize energy procurement cost and reduce emissions. The lithium-ion storage combines intelligent and safe energy management and a modern design, says the company. Junelight coordinates predictive charging and discharging depending on the weather-related yield forecast of the photovoltaic system and the household’s consumption profile.

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      Mentions: Siemens
    14. Cordova's Microgrid Integrates Battery Storage with Hydropower

      Cordova's Microgrid Integrates Battery Storage with Hydropower

      Several remote, off-grid communities in Alaska have adopted energy storage systems as part of their microgrids, as they drive to replace expensive diesel generation with renewable wind and solar power. Now, the small town of Cordova, Alaska, U.S., 150 miles (241 km) southeast of Anchorage, Alaska, is pioneering the integration of a Lithium ion energy storage system into a hydropower microgrid. The aim is to recover lost hydro generation that currently must be spilled during transition periods between hydro-only and combined hydro-diesel generation.

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      Mentions: DoE U.S. Sandia Labs
    15. Evolution of Li-ion Batteries: From the Garage to the Grid

      Evolution of Li-ion Batteries: From the Garage to the Grid

      Li-ion with all its variants is the most used battery type today. It has a commanding 40% share among different battery types and this number is expected to grow even more because of increased use in EVs and consumer electronics. Because of its ever-increasing importance in e-mobility, consumer electronics and special applications like marine and defense, a lot of research is being done on this technology. This article summarizes some recent advancements and trends in Li-ion battery technology that are expected to have a significant impact on market dynamics.

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    16. Flexible Energy Storage Solutions

      Flexible Energy Storage Solutions

      Thousands of megawatt-hours of electrical energy squirreled away into utility-scale energy storage plants to cover the spread between generated renewable energy and the lowest reliable operating limit during the 10 a.m. to 3 p.m. “duck curve” period of the day — does this sound like a glimpse into the far future of major utilities across the United States and the world? But the future has already arrived at the Carolina operating companies of Duke Energy. The Duke Energy Progress Company, serving customers primarily in the eastern half of North and South Carolina, managed a whopping 106 GWh of excess energy in 2017, largely generated from utility-scale solar in North Carolina, using pumped hydro energy storage.

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    17. EPRI Awarded $6 Million From DOE for Future Grid Workforce Training Program

      EPRI Awarded $6 Million From DOE for Future Grid Workforce Training Program

      The Electric Power Research Institute has been selected to receive a $6 million award from the U.S. Department of Energy Solar Energy Technologies Office to train the next generation of electric utility workers. The award, the largest of 53 DOE workforce development grants, will be used to develop the data science and analytical skills needed to manage the more integrated grid of the future.

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      Mentions: DoE U.S. GE
    18. Alabama Power's Smart Neighborhood

      Alabama Power's Smart Neighborhood

      Southern Company and its Alabama Power and Georgia Power subsidiaries are conducting Smart Neighborhood projects to proactively simulate what the future could hold for them and their customers. In a future potentially filled with distributed energy resources and microgrids, initiatives like this will enable Southern Company to adapt and continue providing clean, safe, reliable and affordable energy to its customers and communities.

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      Mentions: California DoE U.S.
    19. Energy Storage Facilities Across the Grid

      Energy Storage Facilities Across the Grid

      Battery-based storage is experiencing a resurgence thanks to advancements in the technology and improvements in its capabilities. These systems can store more energy and deliver more power than previous batteries could. Maintenance also has been reduced as battery life has increased, thanks to developments in power conversion and the adaption of power electronics found in state-of-the-art ESS.

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    20. Creating a Disruption-Proof Grid

      Creating a Disruption-Proof Grid

      The U.S. energy storage industry just completed another record-setting year — doubling deployments to 336 MWh in more than 25 states. Utilities, grid operators, businesses and homeowners are embracing energy storage in a wide range of applications and sizes, bringing new capabilities to the grid at every scale.

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      Mentions: U.S.
    21. FERC Issues License for Major Montana Energy Project

      FERC Issues License for Major Montana Energy Project

      The Gordon Butte Pumped Storage Hydro project located in Montana has been issued a 50-year license to construct and operate by the Federal Energy Regulatory Commission (FERC).  Final design is to be completed in 2017 with construction anticipated to begin in 2018. "This is a tremendous milestone achieved by a world-class team including Barnard, SNC-Lavalin and GE Renewables," said Carl Borgquist, President of Absaroka Energy.  "I'm so proud of our team who have worked diligently together to accomplish this significant milestone on the journey to project completion." 

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      Mentions: U.S. GE Montana
    22. German Energy Storage Company Fires up Energy Revolution

      German Energy Storage Company Fires up Energy Revolution

      A smart, entrepreneurial Germany battery company is taking on its country’s electric utilities as it carves out a new business model for itself amid a fast-changing energy marketplace. Sonnen, based in Bavaria, aims to bring its disruptive vision of the future of electric power to America in a few years. Just two weeks ago, it started providing an unprecedented blend of energy storage, energy management capabilities along with free electricity to 2,000 customers across Germany, from Hamburg to Munich, Christoph Ostermann, co-founder and CEO of Sonnen, Thursday told the Energy Times in an exclusive interview.

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    23. EAC Provides DOE with Recommendations on Distributed Energy Storage

      EAC Provides DOE with Recommendations on Distributed Energy Storage

      As announced by the U.S. Office of Electricity Delivery & Energy Reliability, The Electricity Advisory Committee has made recommendations on tangible ways in which the Energy Department can support distributed energy storage (DES) market deployment through technology developments and technical analyses. The research was spearheaded by the Smart Grid Subcommittee and the Energy Storage Subcommittee of the EAC.

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      Mentions: DoE U.S.
    24. Power Efficiency Corp. Wins 2-Year 12 MW Bid in Con Edison BQDM Auction

      Power Efficiency Corp. Wins 2-Year 12 MW Bid in Con Edison BQDM Auction

      Power Efficiency Corp. won its bid to provide Con Edison 12 MW of demand response energy in the summer months of 2017 and 2018. The auction was part of the innovative Con Edison program to defer $1 billion in infrastructure expenditures required for Richmond Hill, Ridgewood, and Crown Heights networks in Brooklyn and Queens by reducing 52 MW of peak load in the BQDM area through a combination of customer sided solutions (41 MW) and non-traditional utility sided solutions (11 MW). Con Ed sought 41 MW in commitments for 2017 and 2018 from companies, with an objective to use these demand side resources to reduce peak summertime loads on the electric grid in this territory.

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    1-24 of 77 1 2 3 4 »
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