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NATRON ENERGY SANTA CLARA SERIES

Destructive analysis of aged battery cells and subsequent characterization of degradation byproducts.Battery pouch cell fabrication and testing including GCPL, CV, EIS, etc.Analysis of electrochemical test data and report generation.They are detail-oriented, self-motivated, a strong communicator and have the flexibility to continuously self-educate. A qualified candidate will have a solid foundation in chemistry, materials science or a related field. They will work on cross-disciplinary teams to solve complex problems and implement robust solutions. They will assist in converting experimental findings to specifications that will improve Natron’s battery quality and reliability as the technology scales up to high-volume manufacturing. The battery engineer in this role will assist in the formulation and execution of materials-level and cell-level experiments with the over-arching goals of improving and minimizing variations in overall cell performance. They will play a critical role in enabling the scale-up of a novel battery chemistry to high-volume production. Therefore, the engineer in this role will implement a rigorous fundamental scientific research approach to define and verify battery cell specifications. Natron’s ability to produce batteries that perform reliably across a variety of customer use cases requires a deep fundamental understanding of the unique Prussian blue analogue cell technology. The battery engineer will work closely with a small team to continually improve upon the quality and reliability of Natron’s industrial power solutions. Other investors in QuantumScape include Kleiner Perkins, Prelude Ventures, Lightspeed Venture Partners, Capricorn Investment Group, and Khosla Ventures.Natron seeks a battery engineer to assist ongoing research and reliability experiments. QuantumScape, a solid-state lithium ion battery builder, received up to $200 million from Volkswagen last month.Bill Gates led a $10M investment in the startup.

Quidnet looks to use “excess” renewable energy to store pressurized-water under ground at dry oil and gas wells.Form has raised over $50 million in funding from investors Eni Next, MIT’s The Engine, Breakthrough Energy Ventures, Prelude Ventures, Capricorn Investment Group and Macquarie Capital.

Form Energy intends on deploying a 1 MW/150 MWh system with a Minnesota utility before 2023, an unprecedented energy storage duration if successful.

Form Energy claims its aqueous air battery provides 150-hour duration storage.

Eos has spent over $160 million from investors including AltEnergy, Holtec International, Reservoir Capital Group, and Generation Capital.

Eos Energy Storage with its four- to six-hour duration zinc battery chemistry announced its intention to go public via a SPAC.

Within the last few months, we’ve seen these energy storage investments. Investors seem fascinated by energy storage this year, the long-duration variety in particular. Lithium-ion batteries have their disadvantages - high reactivity, conflict minerals and environmental risk - but they are the clear-cut dominant winner in today’s battery race. energy storage deployments reached roughly 500 MW in 2019 - of which only a few megawatts were non-lithium-ion chemistries. Otherwise, Natron will be competing with the incumbent stationary energy storage technology - lithium ion. Natron’s batteries survive tens of thousands of deep discharge cycles, can be fully charged or discharged in just minutes, and cost significantly less than incumbent lead acid batteries.”įrom that description, it appears that Natron is going after lead-acid battery edge cases.

Colin Wessells at Stanford University.Īlthough Prussian blue provides modest energy density, the startup claims that Prussian blue is so earth-available and inexpensive that it could provide a cost-effective and sustainable answer for stationary energy storage.Īccording to its website, Natron is developing batteries for “data-center UPS, electric forklifts, smart grids/microgrids, and renewables support. Natron is the former Alveo which was founded in 2012, based on work within the Huggins Group by co-founder Dr. Fluxus Ventures has also invested in the firm which has received a total of more than $50 million in venture funding and more than $5 million in ARPA-E and DOE funding. Return backers Chevron Technology Ventures, Khosla Ventures, and Prelude Ventures also participated.

NATRON ENERGY SANTA CLARA SERIES

Natron Energy, a Santa Clara, Calif.-based startup developing a battery using Prussian blue analogue electrodes and a sodium-ion electrolyte, raised $35 million in series D funding led by ABB Technology Ventures, NanoDimension Capital and Volta Energy Technologies.