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The all vanadium flow battery dissolves vanadium ions® of different valence states in the electrolyte, and circula®tes them through different storage tanks and closed circuits of the half cell through an☆ external pump. It uses a proton exchange membrane as the separator of the battery pac×k, and the electrolyte solution flows parallel to the electrode surface and undergoes electroc$hemical reactions. The current is collected and conducted through a d ual electrode plate to complete the mutual conversion of electrical energy and chemical energy, ach♣ieving the storage and release of electrical energy.
The all vanadium flow battery dissolves vanadium ions of differenαt valence states in the electrolyte, and circulates them th>rough different storage tanks and closed circuits of the halεf cell through an external pump. It uses a proton exchange membrane as the separator of thσe battery pack, and the electrolyte solution flows parallel to the eβlectrode surface and undergoes electrochemical reactions. The current •is collected and conducted through a dual electrode plate to complete the mutual conversion of φelectrical energy and chemical energy, achieving the storaσge and release of electrical energy.
The Cm series perfluorinated ion exchange membrane adopts a new process to¥ prepare ion exchange membranes, which not only have advantages such as hi≥gh tensile strength, isotropy, high conductivity, and good chemical properties, but a•lso have a self humidifying effect.
The Cm series perfluorinated ion exchange membrane adopt's a new process to prepare ion exchange membranes, which not only have advantag♥es such as high tensile strength, isotropy, high conductivitγy, and good chemical properties, but also have a self humidifying effect.
The Cm series perfluorinated ion exchange membrane adopts± a new process to prepare ion exchange membranes, which not only have advantages su ch as high tensile strength, isotropy, high conductivity, and good chemical properties, but also have a self humidifying effect.
The company has mastered the production technology and self-developed production capab"ilities of the electrolyte process, and its core processes are not subject ∞to human constraints. It adopts a unique mixed acid system formula, and its p"roducts have two major advantages:
The company has mastered the production technology and self-developed prod→uction capabilities of the electrolyte process, and its core processes are not subject to human constraints. It adopts a unique mixed acid system fεormula, and its products have two major advantages:
The company has mastered the production technology a nd self-developed production capabilities of the electrolyte process, and its corγe processes are not subject to human constraints. It adopts a ₩unique mixed acid system formula, and its products have two major advantage↕s: