1. Articles in category: Solar Photovoltaic

    25-48 of 2831 « 1 2 3 4 5 ... 116 117 118 »
    1. Caribbean Island Bonaire Balances Solar, Wind, & Diesel With Storage

      Caribbean Island Bonaire Balances Solar, Wind, & Diesel With Storage

      Caribbean island Bonaire is adding a 6 megawatt energy storage system to help balance its solar and wind assets with backup diesel generators, opening up the potential for greater renewable penetration. Additional solar will expand on the 2015 pilot project that included close to 800 solar panels. Wärtsilä won the contract for the engineering, procurement, and construction of the hybrid energy project, which includes batteries and inverters, as well as GEMS, the energy management software from its Greensmith Energy subsidiary. ContourGlobal Bonaire, a subsidiary of London based ContourGlobal, is acquiring the system for its Water and Energy Company Bonaire subsidiary.

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    2. Energy Storage System Integrators Playing a Bigger Role on Green Grid

      Energy Storage System Integrators Playing a Bigger Role on Green Grid

      Energy storage system integrators play an increasingly important — and shifting — role as more renewable energy is added to the grid, according to a new Navigant Research report. Integrators design, build and operate large, grid-scale energy storage systems. Think Fluence and Tesla. The utility-scale energy storage market has grown increasingly competitive since 2016. And as the market matures and expands, the integrators play a larger role in ensuring project success and profitability.

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      Mentions: CA Australia Japan
    3. NextEra: Solar and Wind Plus Batteries will be “Massively Disruptive” to Conventional Generation

      NextEra: Solar and Wind Plus Batteries will be “Massively Disruptive” to Conventional Generation

      Only one day after the Energy Information Administration projected that coal’s decline will slow, gas will dominate the future energy mix and that wind will peter out after the PTC ends, one of the nation’s largest and arguably its most successful power companies has a very different forecast for the future. In NextEra Energy’s fourth quarter results call, CEO Jim Robo dropped another bombshell, with his statement that solar and wind plus storage will be cheaper than coal, oil or nuclear, that this will be “massively disruptive to the conventional fleet” and that it will provide opportunities for developers well through the next decade.

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      Mentions: CA DoE U.S.
    4. North Sea Rocks Could Act as Large-Scale Underwater Renewable Energy Stores, Study Finds

      North Sea Rocks Could Act as Large-Scale Underwater Renewable Energy Stores, Study Finds

      Rocks at the bottom of the North Sea may provide the perfect storage location for renewable energy, according to a new study. Excess power could be stored in the form of compressed air inside porous formations on the seabed, providing a reservoir that can provide energy on demand. This pressurized air can be released to drive a turbine, generating a large amount of electricity. This would allow green energy to be stored in summer and released in winter, when demand is highest.

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    5. Costs Continue to Decline for Residential and Commercial Photovoltaics in 2018

      Costs Continue to Decline for Residential and Commercial Photovoltaics in 2018

      Continuing an annual NREL cost benchmarking effort that began in 2010, “U.S. Solar Photovoltaic System Cost Benchmark: Q1 2018,” found installed costs of PV systems declined across two of three sectors in the first quarter of 2018 from a year earlier. The other report, “2018 U.S. Utility-Scale Photovoltaics-Plus-Energy Storage System Cost Benchmark,” establishes NREL’s first benchmark of PV-plus-storage costs. Both reports and their models can be used to estimate future cost-reduction opportunities for PV and PV-plus-storage systems, helping to guide research and track costs.

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      Mentions: U.S. NREL
    6. Invenergy Begins Operation of Utility-Scale Energy Storage System

      Invenergy Begins Operation of Utility-Scale Energy Storage System

      Invenergy has begun commercial operations of a utility-scale battery storage system located in Knoxville, Iowa, developed for MidAmerican Energy. This followed a four-month construction process that culminated with the battery becoming operational in December 2018. The battery can provide four MWh of storage capacity, supplying one MW of power for up to four hours—enough electricity to power about 900 average Iowa homes.

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      Mentions: Iowa
    7. Puget Sound Energy Selects Sunverge for Grid-Scale Solar+Storage Demonstration

      Puget Sound Energy Selects Sunverge for Grid-Scale Solar+Storage Demonstration

      Puget Sound Energy (PSE) has selected the Sunverge platform to test the integration of battery storage technology as part of its Smart Grid demonstration efforts. The Smart Grid is designed to help customers save money and energy, while helping PSE improve grid reliability and reduce its carbon footprint. Sunverge is an open platform for creating a grid-aware energy source from fleets of behind-the-meter Distributed Energy Resources (DERs).

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      Mentions: Sunverge
    8. Solar + Storage Half The Cost Of Gas Peaker Plants — 8MinuteEnergy

      Solar + Storage Half The Cost Of Gas Peaker Plants — 8MinuteEnergy

      S&P Global reports the cost of solar with battery backup dropped precipitously in 2018. Several tenders for solar plus storage came in at under $30 per megawatt-hour last year. Stand alone prices for installed battery storage — based on a 20 megawatt-hour system with 4 hours of storage — dropped 40% from the previous year to $357 per kilowatt-hour and are expected to keep falling. Bloomberg New Energy Finance projects a further 52% reduction by 2030. Such tumbling prices have led Wood Mackenzie to forecast that as the market for solar plus storage matures, it could put more than 6,400 MW of new natural gas-fired peaking capacity in the US at risk by 2027.

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      Mentions: U.S. Arizona S. Korea
    9. S&T Powers High-Tech, Living Laboratory with New Microgrids to Study Advanced Lead Battery Technologies

      S&T Powers High-Tech, Living Laboratory with New Microgrids to Study Advanced Lead Battery Technologies

      Missouri University of Science and Technology has installed two new advanced lead battery microgrid systems at the campus’s EcoVillage, a living laboratory of solar homes S&T students designed and built to compete in the U.S. Department of Energy’s Solar Decathlon. Missouri S&T’s Microgrid Industrial Consortium is using the EcoVillage to test advanced lead battery energy storage in stationary grid-tied applications for potential use as a renewable energy source for communities of the future.

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      Mentions: DoE U.S. Missouri
    10. 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
    11. Use Cases for Utility Solar+Storage

      Use Cases for Utility Solar+Storage

      Integrating storage into the grid is becoming a more popular and more lucrative way to add value to PV projects as well as the electrical grid. Wood Mackenzie Power & Renewables’ estimates show a year-over-year growth of more than 50% in the non-residential storage market. Storage, whether integrated into a large-scale PV plant or as a stand-alone asset, can provide a variety of meaningful services to utilities.

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    12. AES Completes Record-Breaking Solar and Battery Plant on Kauai

      AES Completes Record-Breaking Solar and Battery Plant on Kauai

      AES Corporation launched the world’s largest battery plant paired with solar generation Tuesday, on the Hawaiian island of Kauai. The Kauai Island Utility Cooperative is finishing up commissioning for the Lawa’i Solar and Energy Storage Project, which combines 28 megawatts of solar photovoltaic capacity with a lithium-ion battery capable of storing 100 megawatt-hours. The battery alone holds more energy than all but one other U.S. plant: the 120 megawatt-hour facility AES built in Escondido in 2017. Taken as a whole, Lawa’i’s storage capacity outranks any other operational solar-paired battery system in the world, according to Wood Mackenzie Power and Renewables.

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      Mentions: HI U.S. CO
    13. 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: CA DoE U.S.
    14. Canadian Developer Signs Two Solar-Plus-Battery PPAs with Hawaiian Utilities

      Canadian Developer Signs Two Solar-Plus-Battery PPAs with Hawaiian Utilities

      Canada's Innergex Renewable Energy has signed power purchase agreements with two utilities in Hawaii to supply fixed-price power from solar facilities with combined capacity of 45 MW that will be built with 180 MWh of combined battery storage, the company said Friday. The PPAs come on the heels of Luminant's Thursday announcement that it has brought online its 42-MWh battery system at its 180-MW solar facility in West Texas.

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      Mentions: France HI Chile
    15. Indoor Farm Will Tap Solar Microgrid to Keep Plants Growing Year Round

      Indoor Farm Will Tap Solar Microgrid to Keep Plants Growing Year Round

      A solar-powered microgrid will soon help an urban agriculture startup grow vegetable greens inside a converted New Jersey warehouse. Bowery Farming’s Kearny, New Jersey, facility will grow lettuce, kale and up to 100 varieties of plants, all indoors in a carefully controlled climate backed up by batteries, solar panels, on-site gas generators and technology that allows it to operate independently from the electric grid in the event of an outage or other disruptions.

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      Mentions: U.S. Schneider NJ
    16. Hotel to Operate on Battery Power in Edinburgh

      Hotel to Operate on Battery Power in Edinburgh

      An Edinburgh hotel is claimed to be the first in the UK to be powered by battery. The Gyle Premier Inn at Edinburgh Park has installed a five-tonne battery. It will charge from the grid in off-peak periods and power the 200-room site for several hours each day. The lithium ion battery will save the hotel £20,000 a year on its energy bill. It is able to power the hotel, including the restaurant, for up to three hours after a two-hour charge. Electricity company E.ON has supplied and installed the technology at the hotel and will be remotely managing the battery's workload and efficiency from its energy management center in Glasgow.

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      Mentions: UK
    17. As Utilities Fight Distributed Generation, Electricity is Getting Less Reliable

      As Utilities Fight Distributed Generation, Electricity is Getting Less Reliable

      Providing a stable supply of electricity is a core part of the mission of all utilities, and is demanded by the regulators who oversee them. And yet the security of U.S. electricity supply appears to be getting worse. Not only can solar and batteries supply backup power in the event of an outage, but distributed generation has the advantage of being closer to demand, and can improve the reliability of the grid. Microgrids further enhance this advantage, and are being actively investigated as a means to protect critical infrastructure during disasters.

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    18. Innovative Microgrid Will Power Finnish Distribution Center - Power magazine

      Innovative Microgrid Will Power Finnish Distribution Center - Power magazine

      A distribution center in Finland is installing what is being called the country’s largest industrial microgrid, a system that will use 100% renewable energy coupled with energy storage. The system is being built by Schneider Electric in Järvenpää and is expected to come online in 2019. It will be used by Lidl, a grocery store chain based in Germany. The microgrid is designed to cut the center’s energy costs in half and also serves the region’s electric grid via its battery storage system. The system also heats the facility—it recovers heat from the distribution center’s refrigeration equipment—and supplies hot water to about 500 nearby homes. 

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    19. Energy Storage Project in Australia Connected to Grid

      Energy Storage Project in Australia Connected to Grid

      The project is the first large energy storage facility built by EMC Lendlease, the joint venture between Energy Made Clean, a wholly-owned subsidiary of Carnegie, and Lendlease, an engineering, procurement and construction provider. As the module supplier, Risen Energy provided more than 30,000 mono-crystalline modules to the facility. The modules have been tested by Clean Energy Associates, an American owned and operated global solar PV engineering and quality assurance technical services advisory firm, and are highly adaptable to the local climate conditions in Western Australia in that they can maintain stable power output in hot and dry environments and ensure a high ROI by reducing costs.

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      Mentions: Australia
    20. China Making Big Battery Storage Push In 2019

      China Making Big Battery Storage Push In 2019

      China is poised to add a significant amount of battery storage to its utility grid next year. And it’s backing two horses in the energy storage race — both lithium-ion and flow batteries are part of the plan. China’s renewable energy portfolio now stands at 706 gigawatts according to Bloomberg but too much of that is wasted, or curtailed as they say in the utility industry. 7.7% of the electricity generated by wind turbines is curtailed as is 2.9% of electricity from solar panels.

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      Mentions: China
    21. Molten Metal Energy Storage For Future Maritime Propulsion

      Molten Metal Energy Storage For Future Maritime Propulsion

      The comparatively short sailing distances encountered along navigable inland waterways, combined with stops at navigation locks, enhances the attractiveness of using battery propulsion technology. While the popular electrochemical batteries involve lithium technology and chemical acid technology, other competing batteries operate at elevated temperatures utilizing molten metal energy storage. 

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      Mentions: U.S. Denmark MIT
    22. Federation of Microgrids Planned in Australia by Sempra's PXiSe

      Federation of Microgrids Planned in Australia by Sempra's PXiSe

      Sempra subsidiary PXiSE Energy Solutions plans to create a federation of microgrids to boost renewable energy in remote Australian towns under a new agreement with utility Horizon Power. With its distributed energy resource management (DERM) system the company says it can get past curtailment and power quality issues to boost the percentage of renewables to 50 percent and above. The company’s DERM system networks various distributed energy resources together, with the ability to adjust to grid challenges very quickly.

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      Mentions: CA Australia HI
    23. Electric Bus Batteries Used To Store Solar Energy

      Electric Bus Batteries Used To Store Solar Energy

      Volvo Buses is taking part in a research project whereby used electric bus batteries get a second lease of life as solar energy storage units. The project, partnering with Göteborg Energi, Riksbyggen, and Johanneberg Science Park, sees used bus batteries installed in apartment blocks that have their own solar electricity production. The reuse and recycling of batteries is a key issue as increasing numbers of cities plan transition to electrically powered transport. 

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      Mentions: Europe Sweden
    24. Enel Seals Ontario Storage Deal

      Enel Seals Ontario Storage Deal

      Enel, through its Enel X energy services division, has won a contract to deploy energy storage to cut energy costs for US packaging producer Berry Global. The behind-the-meter lithium ion battery installations, totalling 5MW/10MWh, will provide the Berry Global with 20% to 30% energy bill savings annually. Under the terms of the agreement, Enel X will purchase, install and operate four battery systems for Berry Global at its Ontario operations in Canada. The batteries will be operational by summer 2019.

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      Mentions: Canada Ontario
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