1. Articles in category: Solar Photovoltaic

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    1. Microgrids at Ontario Technology Park to Offer Model for Energy Sharing

      Microgrids at Ontario Technology Park to Offer Model for Energy Sharing

      Many tend to think of a microgrid as an enclosed campus with generation, energy storage and a resource management system, all islandable from the grid. But that thinking is limited. Microgrids also can involve small commercial communities, as planned by Canadian company Stantec, projects that right-size distributed energy resources so that an entire community benefits rather than just the host facility.

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    2. Sterling Light Storage Units Mark Milestone

      Sterling Light Storage Units Mark Milestone

      The Sterling Municipal Light Department is marking a major milestone related to the department’s two energy storage systems. In March, SMLD celebrated over $1 million in avoided costs to the light department, thanks to the two systems. SMLD’s first energy storage system, a 2-megawatt, 3.9-megawatt-hour utility scale battery from NEC Energy Solutions, was the first of its kind in Massachusetts when it went online in December 2016. The project was designed to provide Sterling with up to 12 days of emergency backup power to critical public facilities during severe weather events, as well as lower utility costs by dispatching the battery during peak load periods.

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      Mentions: Massachusetts NEC
    3. California’s Record-Setting Virtual Power Plant

      California’s Record-Setting Virtual Power Plant

      In its first year of operation, a record-setting virtual power plant in California has delivered more than 2 gigawatt-hours to the grid. The VPP is part of massive grid modernization undertaken by Southern California Edison, which provides power to 15 million people across a 50,000-square-mile swath of the state. Designed and operated by AMS and owned by Macquarie Capital, the virtual power plant is tasked to reduce peak demand in the Los Angeles Basin by installing battery storage systems behind the meter at properties of SCE’s commercial customers. The project’s first phase (11 megawatts/60 megawatt-hours) went into operation last year.

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    4. GE Renewable Energy Announces Solar + Storage System for Upstate New York

      GE Renewable Energy Announces Solar + Storage System for Upstate New York

      GE Renewable Energy has reached an agreement with Helios Energy to deliver two energy storage systems to be integrated with solar arrays for the Lenox Solar/Energy Storage project in Lenox, New York. The hybrid system will be installed in upstate New York at the end of 2019 and is expected operational by the second quarter of 2020. The project will enable dispatchable renewable energy penetration into the grid, helping power New York state with reliable renewable energy.

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      Mentions: GE New York
    5. GE Renewable Energy to Implement DC-Coupled Solar and Battery Energy Storage Hybrid System in Upstate New York

      GE Renewable Energy to Implement DC-Coupled Solar and Battery Energy Storage Hybrid System in Upstate New York

      GE Renewable Energy today said is has reached an agreement with Helios Energy to deliver two energy storage systems to be integrated with solar arrays for the Lenox Solar / Energy Storage project in Lenox, NY. The hybrid system will be installed in upstate New York at the end of 2019 and is expected to reach commercial operation in the second quarter of 2020.

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      Mentions: GE New York
    6. Three Large-Scale Energy Storage Technologies That May Hold the Keys to Unleashing an All-Out Renewable Energy Transition

      Three Large-Scale Energy Storage Technologies That May Hold the Keys to Unleashing an All-Out Renewable Energy Transition

      Recent developments to do with pumped hydro, liquid air and kinetic energy storage technology hold out the promise of inexpensive, widely available energy storage. If realized, deployments could be the catalyst that fuels growth of solar, wind and other emissions-free, renewable energy capacity to new, significantly higher, heights, proponents say.

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      Mentions: Highview
    7. APS’s Battery Addition Extravaganza

      APS’s Battery Addition Extravaganza

      Arizona Public Service (APS) announced today a request for proposals (RFP) to bring hundreds of MW in capacity of energy storage to both new and existing solar facilities. APS’s Chino Valley (19 MW) and Red Rock (40 MW) solar projects will be getting batteries. In the same RFP, the utility is soliciting 500 MW of new solar + storage projects and stand-alone battery storage by 2025.

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    8. Microgrids Restore Water Services in Remote Puerto Rico Communities

      Microgrids Restore Water Services in Remote Puerto Rico Communities

      New water and wastewater systems powered by solar plus storage microgrids are reviving life and livelihoods in remote areas of Puerto Rico still struggling to recover from 2017’s Hurricane Maria. In hard-to-reach areas of Puerto Rico where grid power has only recently been restored, six microgrid-powered pumping systems are now up and running, thanks to a partnership between South Carolina-based non-profit Water Mission and Hawaii-based energy storage company Blue Planet Energy.

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      Mentions: Puerto Rico
    9. Solar + Storage Projects to Drive Utility-Scale Deployment of Batteries: Navigant

      Solar + Storage Projects to Drive Utility-Scale Deployment of Batteries: Navigant

      Storage-plus PPAs are already less expensive than the levelized cost of energy for combined cycle natural gas in the United States, according to a recent report from Navigant Research. Lithium-ion batteries are one of the main drivers in the growth of the utility-scale energy storage market, accounting for almost 30% of non-pumped storage capacity developed since 2011, the report found.

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      Mentions: Hawaii U.S. Navigant
    10. Off-Grid Microgrid: Solar + Batteries + Thermal Generation

      Off-Grid Microgrid: Solar + Batteries + Thermal Generation

      Today’s microgrid installations showcase a variety of configurations and control systems. Commercial and industrial sites are finding innovative ways to power their operations, particularly those in remote locations off the traditional grid. Glasgow, Scotland-based Aggreko recently signed a deal with Gold Fields Australia to deploy a solar-plus-batteries-plus-thermal-generation off-grid microgrid, designed to save fuel, reduce emissions, and boost power reliability.

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    11. The Race to Build the World's Largest Solar-Storage Plant Is On

      The Race to Build the World's Largest Solar-Storage Plant Is On

      The race to build the biggest solar-battery plant is officially on. And the latest to join the competition is renewable energy giant NextEra Energy Inc., which said Thursday that it’ll build a project in Florida that will claim the title of the largest solar-powered battery in the world. The 409-megawatt battery will be added to an existing 74.5-megawatt solar plant on the west coast of the state near Tampa, a company statement shows.

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      Mentions: Florida Nextera
    12. Hawaii’s New Reality of Solar Plus Storage: Under 10 Cents

      Hawaii’s New Reality of Solar Plus Storage: Under 10 Cents

      Hawaii regulators have approved six of eight proposed large solar plus storage projects, with all coming at or under 10 cents per kilowatt-hour. The Hawaiian Public Utilities Commission has approved contracts between the subsidiary utilities of Hawaiian Electric Industries and the developers of six projects, representing a combined capacity of 247 MW of solar, and 998 megawatt-hours of energy storage – meaning that the entire capacity of all six projects will be fully backed by four-hour batteries.

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    13. Battery Storage is Changing the Dynamics of Renewable Revolution

      Battery Storage is Changing the Dynamics of Renewable Revolution

      Declining costs of solar power and a continued push for clean energy are driving rapid and large-scale investments in renewable energy resources. But it’s battery storage that’s quickly changing the dynamics of the renewables revolution. Many utilities see the potential that storage has to fundamentally change the way they do business. They are seeking a path forward – either to help meet customer demand with a lower carbon and emissions footprint, to satisfy rising regulatory mandates for reduced reliance on legacy power generation sources, or to contribute to reliability and resiliency efforts.

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    14. Solar+Storage Sited at C&I Locations can be the Backbone of the Grid

      Solar+Storage Sited at C&I Locations can be the Backbone of the Grid

      A new analysis suggests that 9.2 GW of the California Independent System Operator’s required 47.5 GW of “Resource Adequacy” could be met by customer-sited solar+storage. In total, it would require approximately 48 GWdc of rooftop solar power, and 21 GW / 42 GWh of battery storage, to meet the requirement. The study looked at individual rooftops within the state, in essence building a grid from the rooftop up.

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      Mentions: California NREL CAISO
    15. Solar-Powered Car Parks with Battery Storage in New Trial

      Solar-Powered Car Parks with Battery Storage in New Trial

      A new pilot to demonstrate a solar-powered car park supported by battery storage for drivers to charge their electric vehicles has been launched. The Smart Hubs Demonstrator R&D project will manage the integration of solar, EV charging, and vehicle to grid systems at car parks and transport hubs. Smart hubs that incorporate energy storage systems are expected to increase the ability to charge large amounts of EVs without placing further pressure on the grid as well as bring revenue streams for car park owners, including airports, train operators, local authorities, hospitals and retail centers.

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      Mentions: UK
    16. Energy Storage & Microgrids as Part of ISO New England's Puzzle

      Energy Storage & Microgrids as Part of ISO New England's Puzzle

      The New England Independent System Operator says in its 2019 Regional Electricity Outlook that its challenges are to integrate greater levels of renewables onto the grid while also maintaining a robust transmission system and energy security. Some of the issues to overcome are bringing battery storage to market while dealing with stricter air emissions rules that can limit the use of conventional infrastructure. In the past, New England has benefited from two pumped-hydro facilities that have supplied nearly 2,000 MW of capacity within 10 minutes. But today the region has 20 MW of grid-scale battery storage, and it has another 1,300 MW on the table, which could come on line by 2022.

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    17. Batteries Edge Out Natural Gas Peaking Plants in Arizona RFP

      Batteries Edge Out Natural Gas Peaking Plants in Arizona RFP

      A recent announcement by electric utility Arizona Public Service could mark the tipping point in the way utilities think about building resources to meet peak demand. Historically utilities built “peakers,” usually gas turbines fueled by natural gas, to meet spikes in demand, but in recent solicitations Arizona Public Service chose battery storage projects over peakers. Late last month, APS, the largest utility in the state, said it plans to add 850 MW of energy storage by 2025, including 200 MW of stand-alone energy storage projects that competed and won against gas-fired peakers.

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    18. How Residential Energy Storage Could Help Support the Power Grid

      How Residential Energy Storage Could Help Support the Power Grid

      The growth of battery storage in the power sector has attracted a great deal of attention in the industry and media. Much of that attention focuses on utility-scale batteries and on batteries for commercial and industrial customers. While these larger batteries are critical segments of the energy-storage market, the rapid growth of residential energy storage is outpacing expectations, and these household systems will likely become important assets sooner than many expect. The growth trajectory and potential value of these household systems to customers and the power grid warrants a closer look.

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    19. Arkansas Utility Contracts NextEra to Build 100MW PV Project with 30MW Storage

      Arkansas Utility Contracts NextEra to Build 100MW PV Project with 30MW Storage

      NextEra Resources will build a 100MW solar farm for Entergy Arkansas, to include 30MW of battery energy storage, as Entergy seeks to build out solar capacity in the state. Entergy Arkansas said yesterday that it has contracted NextEra Resources, one of the three main NextEra power producer companies along with Florida Light & Power and NextEra Energy, to build the project near Searcy, in White County Arkansas. Scheduled for completion in 2021, Entergy will own and operate plant once it has been designed and built by NextEra, bringing the utility’s solar generation capacity in its service area up to 281MW.

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    20. How Three Battery Types Work in Grid-Scale Energy Storage Systems

      How Three Battery Types Work in Grid-Scale Energy Storage Systems

      Storage systems may support renewable projects, such as wind and solar, by regulating the variability of these energy sources and increasing reliability to deliver on-demand power. Picking an ideal battery application and designing the best system and operating strategy can make or break the economics of an energy storage project. There are performance-specific features and applications for each of these battery systems, however, the goal of energy storage developers is the same: to choose a battery application that will ensure an affordable, reliable, and efficient energy-storage system.

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      Mentions: DoE U.S. Singapore
    21. California’s Wildfire Threat Could be an Opportunity for Clean-Energy Microgrids

      California’s Wildfire Threat Could be an Opportunity for Clean-Energy Microgrids

      California’s biggest investor-owned utilities are expected to de-energize power lines more frequently this year to stop them from igniting fires when the weather is dry and windy. It’s one of the fastest and cheapest ways for utilities to keep wildfires from sparking. But there’s an obvious downside: Whole communities can go dark for hours or even days. With those concerns in mind, some energy companies are urging state officials to incentivize microgrids and smaller standalone energy systems, such as rooftop solar paired with batteries, in fire-prone communities. Those technologies, the companies say, could help keep the lights on during preemptive power shutoffs.

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    22. Research of Large Energy Users Highlights the Possibilities for Storage and Flexible Loads

      Research of Large Energy Users Highlights the Possibilities for Storage and Flexible Loads

      The current energy system is likely to constrain the continued expansion of  renewable uptake by businesses. In wholesale markets, solar PV is hollowing out demand in the middle of the day, which is lowering the price and business case for new solar installations. On distribution networks, large volumes of solar power can push infrastructure beyond operating limits, requiring increased network investment. Luckily new solutions use storage and load flexibility to locally optimize demand and supply, such as through efficiency improvements, renewable energy, battery and existing non-battery thermal storage, and the use of demand management controls to optimize integration.

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      Mentions: Australia
    23. Zola Electric Unveils a New 'Smart' Storage System to Displace Diesel and Eliminate Outages

      Zola Electric Unveils a New 'Smart' Storage System to Displace Diesel and Eliminate Outages

      Achieving universal energy access is about much more than bringing light to far-flung communities. It involves delivering power around the clock to homes and businesses in areas with weak grid connections, as well as off-grid communities where energy infrastructure is nonexistent. Zola is on a mission to “democratize renewable energy globally” with a product that combines solar technology with energy storage to serve as a modular alternative to diesel generators. The system is billed as the first “smart” storage product to autonomously manage multiple power sources and deliver 24/7 AC power.

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      Mentions: Nigeria
    24. Report Highlights Hydrogen Potential in Energy Transition

      Report Highlights Hydrogen Potential in Energy Transition

      A new research paper concludes that hydrogen produced from renewables will become “an economic energy carrier to complement electricity and accelerate the decarbonization of industrial feedstock and heat, as well as providing long-term storage solutions”. The study by DNV GL explains that hydrogen is a unique energy carrier with no carbon emissions that can be used for long-term storage and heating applications. When used with electricity generated from renewables, “the resulting energy carrier is carbon-free green hydrogen”.

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      Mentions: DNV GL
    1-24 of 2836 1 2 3 4 ... 117 118 119 »
  1. Popular Articles

  2. Organizations in the News

    1. (2 articles) Arizona Public Service
    2. (2 articles) CAISO
    3. (1 articles) AES Solar
    4. (1 articles) Navigant
    5. (1 articles) ISO-NE
    6. (1 articles) NREL
    7. (1 articles) Southern California Edison
    8. (1 articles) FERC
    9. (1 articles) Clearway
    10. (1 articles) Aggreko
    11. (1 articles) Nextera
    12. (1 articles) AMS
  3. Locations in the News

    1. (3 articles) New York
    2. (3 articles) Massachusetts
    3. (3 articles) California
    4. (2 articles) Arizona
    5. (2 articles) Hawaii
    6. (1 articles) U.S.
    7. (1 articles) Florida
    8. (1 articles) Scotland
    9. (1 articles) New Hampshire
    10. (1 articles) Australia
    11. (1 articles) Canada
    12. (1 articles) Ontario
  4. Storage Providers in the News

    1. (2 articles) GE
    2. (1 articles) NEC
    3. (1 articles) Stem
    4. (1 articles) Highview
  5. Categories

    1. Electricity Source:

      Solar Photovoltaic, Wave, Tidal, Hydro, Wind
    2. Storage Market:

      Commercial & Industrial, Military, Residential & Community & Microgrid, Smart Grid, Utility Grid, Vehicle-to-Grid/Home
    3. Storage Technology:

      Compressed Air/Gas, Flow Battery, Flywheel, Hydrogen, Lead, Liquid Metal, Lithium, Magnesium, Mechanical Storage, Nickel, Sodium, Supercapacitors, Thermal, Vanadium, Zinc
    4. Article Types:

      Null, Reports and Conferences