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The California Energy Commission (CEC) Oct. 30 will release two energy storage solicitations totaling $31 million to support the state’s goal under SB 100 of attaining 100% fossil-free electricity by 2045. Proposals for the energy storage projects will be due by the end of the year, and the commission will issue the awards between April and June.
By partnering with Tucson Electric Power for the purchase of solar and wind power, the University of Arizona will offset all of its scope two greenhouse gas emissions with green energy by December 2020. Under the agreement, TEP will dedicate portions of two new renewable energy projects to serving the energy needs of the University of Arizona, including a wind farm in New Mexico and a solar-plus-storage system southeast of Tucson.
Sure, small-scale batteries in homes and businesses can link up and deliver veritable megawatts of capacity. But there’s nothing like the sheer adrenaline rush of stacks and stacks of lithium-ion cells packed into climate-controlled boxes and blasting electrons faster than a coal plant operator can say “secular decline.” So who’s got the biggest battery?
The energy storage market enjoyed another record year for deployment in 2018, according to a new study by Navigant Research. As costs fall and the regulatory goalposts shift (in a positive direction) more and more use cases become economical in more territories.
Green Mountain Power (GMP), Vermont’s only investor-owned utility, is continuing to expand its bring-your-own-device (BYOD) battery storage program with the addition of Sunrun’s Brightbox home solar battery system.
A U.S.-based energy storage developer this week bought itself a portfolio of eight North Texas wind farms.
The move is a sign of the growing status and confidence of the storage sector as well.
Having previously largely developed standalone storage projects or being brought in to assist with storage bolt-ons to generation projects, GlidePath Energy’s proactive play, and the scale of it, is telling.
German home energy storage company sonnen fulfilled a long-time dream for its U.S. operation: It will supply battery systems to an entire new residential community, with a contract in place to deliver grid services to the local utility.
Sonnen will install more than 600 ecoLinx batteries in developer Wasatch Group’s Soleil Lofts apartments in Herriman, Utah, a rapidly growing region south of Salt Lake City. The fleet of batteries will total 5 megawatts/12.6 megawatt-hours of storage paired with onsite solar generation.
Johnson Controls recently announced a partnership with Capital Dynamics to increase the amount of capital available for customers in North America working on solar or battery storage projects. The agreement will grant easier access to funding for Johnson Controls customers utilizing a Power Purchase Agreement (PPA) for projects of varying sizes, starting at $1 million, by aggregating them into a larger portfolio of projects.
Through a joint venture with Consolidated Edison, Johnson Controls has already been working to expand the market for solar and battery solutions, and controls to integrate them. This effort, combined with increased funding opportunities through the partnership with Capital Dynamics, positions Johnson Controls to be able to better help customers incorporate behind-the-meter, solar and battery storage into their built environment.
Hawaiian Electric has issued a long-awaited request for proposals (RFP) for about 900 megawatts of renewable energy and energy storage projects. It’s the utility’s second major round of contracts in the past year seeking to marry variable solar and wind power with the capacity and flexibility of batteries. HECO’s new RFPs are broken into a number of specific projects and specific needs across its three islands, with a mix of different technologies required. This complexity comes from the fact that these RFPs have been structured to help replace two big fossil fuel-fired power plants to close in the next five years
Pacific Northwest National Laboratory has been picked as the site of a new national grid energy research facility by the Department of Energy. The proposed project is expected to attract additional funding and researchers to PNNL. The facility would help modernize the nation’s utility grid to make it more resilient, secure, reliant and flexible. Affordable energy storage could help ensure that electricity supplies can recover rapidly if there are malicious attempts to tamper with the grid or if severe weather or natural disasters take down parts of the grid.
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