1. Articles in category: Residential & Community & Microgrid

    1-24 of 626 1 2 3 4 ... 24 25 26 »
    1. Microgrid to Serve as Core of Connecticut Mixed-Use Project

      Microgrid to Serve as Core of Connecticut Mixed-Use Project

      The developer of a $110-$120 million mixed use project in Manchester, Connecticut plans to incorporate a microgrid that taps into opportunity zone federal tax breaks. The Manchester Broad Street Parkade microgrid will include around 1 MW of solar PV,  2-3 MW of natural gas-fired combined heat and power, batteries, and a water heating loop. The microgrid will be capable of operating continuously in tandem with the utility grid or autonomously, in island mode, in the event of grid outages.

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    2. Ameresco’s Commercial Microgrid and Solar-Plus-Storage Ambitions

      Ameresco’s Commercial Microgrid and Solar-Plus-Storage Ambitions

      Ameresco is seeing an growing opportunity for solar PV and energy storage to play a role in its customers' holistic energy needs — at least in the markets where they make sense. Jacqueline DeRosa, Ameresco’s vice president of energy storage, says that list of markets is quickly expanding.

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      Mentions: Ameresco
    3. Sunnova Partners With California Roofer Ahead of Solar Mandate

      Sunnova Partners With California Roofer Ahead of Solar Mandate

      A high-profile solar-homebuilder partnership has emerged from the flurry of activity surrounding California’s new solar home mandate, which goes into effect in 2020. Residential solar provider Sunnova and PetersenDean, a California-based company that installs roofs and solar, will work together on solar and storage leases and power-purchase agreements in the state. California’s new policy requires solar installations on new residential buildings under three-stories.

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      Mentions: California Sunnova
    4. Stitching Together the Grid of the Future

      Stitching Together the Grid of the Future

      Autonomous Energy Grids is the name of a multifaceted project that the U.S. National Renewable Energy Laboratory (NREL) has created to envision the electricity grid of the future, where output from many decentralized energy sources is managed simultaneously to ensure a secure and consistent energy supply. The concept is focused on smart technology and autonomous communication, based on a series of interconnected microgrids, which communicate with each other and make use of algorithms to continually find the best operating condition in response to constantly shifting energy demand, availability and pricing.

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    5. Georgia Power Unveils Atlanta's First Smart Neighborhood

      Georgia Power Unveils Atlanta's First Smart Neighborhood

      The U.S. Department of Energy (DOE) recently helped unveil a new community of 46 smart townhomes in Atlanta which will serve as a living laboratory for DOE researchers to evaluate how homeowners are using energy in a real-world, smart home environment. This research is instrumental to understanding how emerging smart technologies and distributed energy resources can impact energy efficiency, energy management and resiliency. The Altus neighborhood, known as the Georgia Power Smart Neighborhood, is a set of townhomes on a microgrid that have been outfitted with solar photovoltaic panels, batteries, and state-of-the-art, grid-connective, energy-efficient building components and appliances.

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    6. Ameresco Completes 10 Megawatt Distributed Energy Security Project at Marine Corps Recruit Depot Parris Island

      Ameresco Completes 10 Megawatt Distributed Energy Security Project at Marine Corps Recruit Depot Parris Island

      Ameresco, Inc. has announced the completion of construction of a comprehensive energy resiliency and energy infrastructure project at the United States Marine Corps Recruit Depot (MCRD) Parris Island, South Carolina. The $91 million project, which required no upfront capital from MCRD PI, features resilient distributed energy systems designed to withstand potential storm and seismic conditions.

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    7. Eversource, UNH, Durham Plan Community Microgrid

      Eversource, UNH, Durham Plan Community Microgrid

      In order to enhance the resiliency of the local electric system and advance clean energy technologies, Eversource, the University of New Hampshire and the town have entered into a partnership to plan the development of a community microgrid. The Oyster River Clean Innovation Project will propose an interconnected system of distributed energy resources, including solar and battery technology, that will act as an island during extreme weather, ensuring that power serving the campus and critical town facilities is not interrupted.

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    8. Energy Storage is Critical to Microgrid Development: Microgrid 2019

      Energy Storage is Critical to Microgrid Development: Microgrid 2019

      Microgrids increasingly depend on solar-plus-storage — or the ability to generate solar power on site and to store excess electrons in batteries that would release that energy when it is needed. Energy storage provides a Swiss army knife of services, from shaving peak load to storing and injecting wind and solar electrons onto the grid. It enhances reliability while also increasing efficiencies and allowing for more green energy on the grid.

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    9. This Casino's Microgrid Might Be the Future of Energy

      This Casino's Microgrid Might Be the Future of Energy

      Working with scientists at the Schatz Energy Research Center at nearby Humboldt State University, and the local utility PG&E, the Rancheria Casino has developed its own solar-powered microgrid, allowing it to disconnect from the main grid and run off battery power. The setup powers six buildings, including a 55,000-square-foot casino and 102 hotel rooms—over 140,000 square feet of total building space.

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    10. North Carolina Approves Duke's First Solar+Storage Residential Microgrid

      North Carolina Approves Duke's First Solar+Storage Residential Microgrid

      North Carolina regulators on Friday approved a solar+storage microgrid project proposed by Duke Energy, designed to help maintain reliable power for a small town called Hot Springs in the western part of the state. The project includes a 2 MW solar array and 4 MW lithium-ion battery, and will be Duke's first utility-scale solar+storage project for residential customers. The microgrid is a small part of Duke's broader plan to roll out more storage on its system.

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    11. NEC Energy Completes School Microgrid in Eugene Oregon

      NEC Energy Completes School Microgrid in Eugene Oregon

      NEC Energy Solutions has completed a 500 kW/1000 kWh battery energy storage system installed at a microgrid in the Howard Elementary School in Eugene, Oregon. The project, part of Eugene Water & Electric Board’s plan to improve esiliency by creating community points of water distribution around the city of Eugene for its customers during restoration following a large-scale disaster.

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      Mentions: Oregon NEC
    12. New York Energy Storage Incentive Details: $280 Million Available *Today*

      New York Energy Storage Incentive Details: $280 Million Available *Today*

      The New York State Energy Research & Development Agency (NYSERDA) and the New York State Department of Public Service (DPS) have put forth $280 million worth of incentives for energy storage in two programs: one for “retail” systems smaller than 5 MW, and a Bulk Storage program for larger systems.

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    13. 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
    14. 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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    15. Midwest Co-ops Test Value of Placing Batteries in Customers’ Homes

      Midwest Co-ops Test Value of Placing Batteries in Customers’ Homes

      Four Midwestern rural electric cooperatives are installing smart batteries in the homes of a few customers to test whether they can economically reduce peak demand or provide other benefits to customers or their systems. The co-ops came together through a professional association and pooled their purchasing power to buy the batteries, which have built-in management systems that allow them to, for example, monitor energy use.

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      Mentions: Minnesota Iowa
    16. 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
    17. 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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    18. Maryland's Pioneering Energy Storage Income Tax Credit Turns 2

      Maryland's Pioneering Energy Storage Income Tax Credit Turns 2

      In 2017, Maryland became the first state to pass legislation establishing an income tax credit for energy storage systems. Last month, the Maryland Energy Administration announced it was accepting applications for the state’s energy storage income tax credit for the 2019 tax year. The deadline for residential and commercial customers to submit applications is January 15, 2020. This year, up to $750,000 is available ($300,000 for residential customers, $450,000 for commercial customers) on a first-come, first-served basis. Tax credits are capped at 30 percent of the total installed system cost, or up to $5,000 for residential systems and up to $75,000 for commercial systems. Maryland’s energy storage income tax credit is funded at $750,000 annually through the 2022 tax year.

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      Mentions: Maryland
    19. 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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    20. 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
    21. 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
    22. Why Shell bought Sonnen: Value is in Behind-the-Meter Potential

      Why Shell bought Sonnen: Value is in Behind-the-Meter Potential

      While many in the industry have been enthusiastic about the potential of residential and other forms of behind-the-meter energy storage for some time, and the technology is ready to go, it’s been difficult to really demonstrate the total value that home storage systems could provide. This year we’re seeing evidence that that has changed. It allows individual users to become more independent of big utilities and to maximize their use of solar energy, but it can also help the grid, by connecting together - or aggregating - dozens, hundreds or even thousands of units at once and providing a sort of combined and controllable single asset to the grid operator or utility.

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    1-24 of 626 1 2 3 4 ... 24 25 26 »
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  2. Organizations in the News

    1. (1 articles) Eversource
    2. (1 articles) Ameresco
    3. (1 articles) DoE
    4. (1 articles) Southern Company
  3. Locations in the News

    1. (1 articles) Georgia
    2. (1 articles) Connecticut
    3. (1 articles) California
  4. Storage Providers in the News

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