Honored to be mentioned in Science Magazine this week. Thank you to @RobertFService for including UNIGRID Battery & our Co-Founder & CEO Darren H. S. Tan. https://lnkd.in/e4TJWzXd Explore our tech & order samples: UnigridBattery.com
UNIGRID Battery
可再生能源装备制造业
San Diego，California 2,610 位关注者
Developing safe, sustainable, and affordable sodium batteries for stationary and e-mobility applications
关于我们
At UNIGRID, we are developing advanced sodium batteries that are safe, sustainable, and affordable, for stationary energy storage and e-mobility applications.
- 网站
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unigridbattery.com
UNIGRID Battery的外部链接
- 所属行业
- 可再生能源装备制造业
- 规模
- 2-10 人
- 总部
- San Diego，California
- 类型
- 私人持股
- 创立
- 2021
地点
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主要
获取路线
US，California，San Diego
UNIGRID Battery员工
动态
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Proud to be Sorrento Valley, San Diego residents. This Summer @UNIGRID Battery is moving into a new facility to support our growing team and expand our commercial operations. #SorrentoValley Interested in exploring samples? Visit UnigridBattery.com
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Can sodium ion batteries achieve energy densities competitive with Li-ion? Come join us at @CEnertech 42nd Annual Battery Seminar & Exhibit to hear our CEO @DarrenHSTan speak about UNIGRID's Energy Cells. Not able to make it? Explore our tech & order samples: UnigridBattery.com Event Information: https://lnkd.in/gBVv_5m7 #FloridaBattery
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The need for diversified, dependable, safer, and lower-cost energy storage is paramount for today and tomorrow’s energy needs. Our CTO Erik Wu will be speaking at Intersolar & Energy Storage North America #SanDiego on February 26th @ 2:30PM PST. Erik will be sharing how UNIGRID's advanced sodium-ion battery eliminates thermal runaway risks in battery energy storage systems. Not able to make it? Explore our technology & order samples at UnigridBattery.com
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UNIGRID is partnering with Singapore’s Sodion Energy in advancing Southeast Asia’s lead-acid to sodium-ion transition with a 10 MWh supply of advanced sodium-ion batteries. What makes sodium-ion attractive for the region’s lead-acid market? ?? ??????????????’?? ????-?????? ???????????????? ???? ????-????????: ?1) ?????????????? ?????????????????? & ????????: Offering up to 3x the energy density, it brings higher capacity for the same weight and space, at lowered costs / kWh. ?2) ???????? ???????? ????????????????????????: 4C fast charging enables quick device turnaround times, it also delivers high the power needed for cranking / starter applications. ?3) ?????????????? ??????????????????: Superior safety and reliability make them an excellent choice for cold (-40°C) to warm (60°C) operating conditions. ?4) ?????????????????????? & ????????????????????: A longer lifespan (>10 year) reduces need for regular battery replacement, reducing downtime and operating costs. ?? Contact us to explore how sodium-ion batteries can redefine your energy solutions. #SodiumIon #Sustainability #EnergyStorage #Innovation #UNIGRID https://lnkd.in/gD5Q9QRG
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?? Milestone Achieved: Scaling Sodium ion Battery Materials! One of the biggest challenges in scaling new battery technologies has commonly been securing a reliable material supply chain. In 2024, the UNIGRID team set out to overcome this hurdle—and we’re proud to share that we’ve achieved pilot-scale production of our innovative sodium cathode materials, exceeding 100 kg per day. UNIGRID’s energy-dense sodium-ion batteries, are free of nickel, cobalt, lithium, and copper, paving the way for a more resilient, scalable, and cost-effective battery supply chain. As we enter 2025, we continue to scale production toward exceeding 1 metric ton per day, marking a pivotal step toward high-volume sodium-ion cell manufacturing! #SodiumIonBatteries #EnergyStorage #BatteryInnovation #Sustainability
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Sodium ion batteries made with dry electrode technology! We are extremely excited to be working with AM Batteries and Laboratory for Energy Storage and Conversion on this award, and am grateful for the support from the U.S. Department of Energy (DOE) to further develop innovative manufacturing technologies for next generation Sodium ion batteries. #sodiumion #manufacturing #AMMTO
Technology Manager at DOE EERE’s Advanced Materials & Manufacturing Technologies Office
[Funding Selections: U.S. Department of Energy (DOE) #AMMTO Multi-Topic FOA] Congratulations to the selectees on advancing materials, processes, machines, and equipment for domestic battery production. The selected projects will focus on flexible, scalable, and highly controllable battery manufacturing processes. ? Topic Area 1: Platforms for Next Generation Battery Manufacturing? ★ Subtopic 1.1. Processes and Machines for #SodiumIon Batteries: 1) AM Batteries with UNIGRID Battery and?the Laboratory for Energy Storage and Conversion at the University of Chicago; 2) Argonne National Laboratory with ACT-ion Battery Technologies; and 3) Clean Republic SODO LLC d/b/a Dakota Lithium Materials with Boise State University and Savannah River National Laboratory ★ Subtopic 1.2. Processes and Design for Manufacturability of #FlowBatteries: 1) Quino Energy with CellCube, Richardson Electronics, South Coast Terminals LLC, and the University of Houston; 2) Arkema with Tetramer Technologies, Stryten Energy, and Pacific Northwest National Laboratory; and 3)The University of Akron with Pacific Northwest National Laboratory, Parker Hannifin, and Schaeffler Group USA ★ Subtopic 1.3. Scalable Manufacturing of #NanolayeredFilms for Energy Storage: 1) University of Maryland, College Park?with Forge Nano, Inc.; and 2) Illinois Institute of Technology and Spraying Systems Co. ? Topic Area 2: #SmartManufacturing Platforms for Battery Production 1) Charge CCCV (C4V)?with FastCap Systems Corp d/b/a Nanoramic Laboratories (Nanoramic, Inc.) and Argonne National Laboratory; 2) American Lithium Energy (ALE) with Siemens Corporation, ReElement Technologies, and Voltaiq; and 3) Titan Advanced Energy Solutions with Harris Hill Automation and Bureau Veritas The DOE EERE AMMTO focuses on advanced manufacturing RD&D to bridge gaps between fundamental/applied R&D and technology deployment throughout the clean energy ecosystem. I look forward to working with you to further advance #EnergyStorage and #BatteryManufacturing technologies.
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?? ???????????? ?????? ?????????????? ????????????: ?????? ???????? ???? ????????? ?? We’re proud to share some milestones in battery safety metrics here at UNIGRID ??. As energy storage systems have become integral to our daily lives—from powering EVs to enabling renewable energy storage—the need for batteries that achieve both safety and performance standards has never been more critical. Although nail penetration tests here offer a glimpse into what we can expect during cell abuse, it’s not an ideal method of quantifying safety. Instead, Accelerated Rate Calorimetry (ARC) is a more robust technique for evaluating the thermal stability and safety characteristics of batteries. We like to think of it as a ?????????????? ???????????????? ????????! ARC tests are used as part of the evaluation process for UL 9540A, the Test Method for Evaluating Thermal Runaway Fire Propagation in Battery Energy Storage Systems, representing one of the most robust and well recognized methods to measure safety. ?? Click the link below to view our battery safety white paper, which reports ARC safety testing of various commercial Li-ion and Na-ion batteries. https://lnkd.in/gKZNDxVB #BatterySafety #Innovation #SodiumIon #SafetyTesting
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Its like the Comic-Con for Sodium Ion batteries! UNIGRID will be speaking at the International Conference on Sodium Batteries hosted by Pacific Northwest National Laboratory from Nov 11-14th. Its amazing to see the progress made in the field over the last few years, and exciting to know that this is only the beginning. https://lnkd.in/gx43-9Zn
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We are excited to have LG Technology Ventures join our group of incredible investors! ???? With this most recent investment, we are more committed than ever to pushing the boundaries of Sodium-Ion Battery technology and accelerating our commercialization goals. ???? #Innovation #SodiumIon #Batteries #EnergyStorage https://lnkd.in/gpsmZi2A