Sodium-Ion Battery Equipment
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Manufactured by Natron Energy, Inc.based in USA
Reliable Performance & Uncompromising Safety; Natron’s sodium-ion battery packs the most peak-power and cycles safely into a production battery. Natron’s BlueTray 4000 in a standard 1U 19-inch rackmount configuration delivers 4kW at 48V DC over a 2-minute discharge with a 6kW peak power rating, recharges in ...
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Manufactured by Storagenergybased in USA
SIB is a promising option for bridging the intermittent renewable energy to modern power grid due to the substantially lower cost compared to its lithium cousin. Our advanced membrane technology that can improve the Na+ transport, stabilize the electrode interphase and utilize the potential of advanced electrolyte to the fullest is indispensable for the success of high voltage ...
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Manufactured by Tiamat Energybased in FRANCE
Tiamat designs, develops and manufactures sodium-ion batteries for mobility and stationary energy storage. Stable chemistry for simple, safe, fast and performing ...
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Manufactured by Elfa Elementenfabriek B.V.based in NETHERLANDS
BlueSky Energy is an expert in energy storage solutions based on Sodium-Ion saltwater technology. The AIB saltwater battery is a modular building block for clean energy storage systems, designed and manufactured in Austria. Natural materials such as cotton and saltwater make this the safest and most environmentally friendly way to ...
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Manufactured by Salty Enerjibased in TURKEY
The first researches and developments around the sodium ion battery technology already took place in the 1970s and 1980s. However, anode is the main issue for this technology. Current developed anodes have low energy density, capacity, and life cycle. Therefore, application of Na-Ion technology was not reliable. Salty provide new ...
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Manufactured by Altris ABbased in SWEDEN
Prussian White is a framework material consisting of sodium, iron, carbon and nitrogen. The large pores inside the material enable the capture and storage of a range of atoms or molecules making the compound highly interesting for a number of ...
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based in USA
Electrolyzers in the market today fall into two categories – hot and cold. Cold electrolyzers—like alkaline, AEM, PEM, and others—work with liquid water. They always require large amounts of electricity to coax a liquid into electrolysis, at least 40 kWh to make a kilogram of hydrogen, and often more than 50 kWh is needed. Worse yet, many of these systems require expensive ...
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