Natron has developed a very promising technology which we are really excited to further evaluate and test at our facilities in France," explained Arnaud Souille, Smart Grid Program Manager at EDF Innovation Lab. "EDF R&D and EDF Innovation Lab researchers and engineers in California are seeking innovative and high-performance storage solutions in response to EDF's growing global storage needs. Its widespread availability, low cost and low sensitivity to temperature extremes, make this environmentally friendly technology a potential game-changer for sustainable energy storage solutions. Prussian Blue dye, commonly used in blueprints, is very effective in storing and releasing energy in the form of sodium ions. "We are continually evaluating and testing technologies that can further our goal in creating a cleaner, more efficient and sustainable planet." Laurent Torcheux, head of the batteries group at EDF R&D. "As a leading utility company and a European leader in renewable energies, we're intrigued by the potential of Natron Energy's new battery cell technology for grid storage applications," said Dr. The testing and evaluation of Natron's patented technology, based on Prussian Blue analogue electrodes and a sodium-ion electrolyte, will be conducted at EDF's state-of-the-art battery test laboratories in France. Natron Energy, a developer and provider of disruptive new battery products using Prussian Blue Electrode Sodium Ion chemistry, has entered into an evaluation agreement with Electricite De France (EDF) on the potential use of its technology for stationary storage applications that are increasingly vital to support the growing use of grid-scale renewables.
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