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Salgenx Modular Block Cell Electrolyzer Unit Blade $10,000 to $30,000 each depending on model application (plus shipping). 1.6-1.8 V discharge cell voltage.Stack these up to make a full electrolyzer stack and full battery. 1.1 Voltage factor (i.e. 12V = 12 x 1.1 = 13.2 V charging). Divide by 1.6 V as lowest discharge. Round up and decimal units to make next higher cell voltage.1.6-1.8 V discharge cell voltage.200-3500 amps per module.Each 1.8 V cell can be 1-10 kW power density.12V = 8 standard cells24V = 16 standard cells 48V = 32 standard cells120V = 83 expanded cells240V = 160 expanded cells480V = 320 expanded cells960V = 640 expanded cells Larger electrolyte tank capacity equals more storage capacity (kWh).Dimensions: 20 in (508 mm) height x 30 (762 mm) in length x 12 in (305 mm) wide.Does not include electrolyzer flow bar manifold.Inputs:Aqueous and OrganicOutputs:Aqueous and OrganicSensors (optional):Volts, amps, temperature, pH, flow, optional ports for added sensors (future proof). First few versions are still in Beta stage (not final product).Non-disclosure agreement has to be signed prior shipment. Blade Cell Electrolyzer Beta (pdf) |
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Front Panel The front panel of the Salgenx Flow Bladex Electrolyzer module will have basic user inputs for ease of setting up, operation, and maintenance.The panel is like a server blade in that you can number it up to increase battery system voltage and current.Since it is a flow battery with aqueous and organic fluid flows, there are view ports which not only allow visual eyesight monitoring, but also via a camera, laser, or other optics which allow remote viewing or sensing.There are two electrode panels which are easily removable for servicing or replacement if needed.A simple digital status and operation indicator are available.
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The purpose of the blade is as a electrolyzer which accepts a charge and as the discharge point of the flow battery. The blade is unique from its many functions and ease in assembly, operation, and maintenance. The 1.8 V module can be used to connect in series or parallel, which gives you the flexibility to build a battery of any DC voltage and amperage. Increasing surface area of the electrodes and flow equals more power. |
CONTACT TEL: 608-238-6001 Email: greg@salgenx.com | RSS | AMP | PDF | IG |