一种高压电解用阳极框阴极框及高压电解槽测试装置数据集

阳极框阴极框及高压电解槽是燃料电池重要部件之一。具有分隔燃料与氧化剂,阻止气体透过;收集、传导电流,电导率高;设计与加工的流道,可将气体均匀分配到电极的反应层进行电极反应;能排出热量,保持电池温场均匀;耐蚀;抗冲击和震动;厚度薄;重量轻;同时成本低,容易机械加工,适合批量制造等。利用高压密封框提高电解槽的气密性，从而提高电堆承压能力，满足高压输出的要求，通过增加内部流道以及密封线和倒角结构，消除液体涡流以及气蚀，增加电堆寿命。Anode frames, cathode frames and high-pressure electrolyzers are critical components of fuel cells. They possess multiple advantageous functions: separating fuel and oxidizer while blocking gas permeation; collecting and conducting electric current with high electrical conductivity; uniformly distributing gas to electrode reaction layers via specially designed and fabricated flow channels for electrode reactions; dissipating heat to maintain uniform temperature distribution in the cell; exhibiting excellent corrosion resistance, impact and vibration resistance, thin profile and light weight; as well as featuring low cost, ease of mechanical machining and suitability for mass production. Employing high-pressure sealing frames improves the airtightness of electrolyzers, thereby enhancing the pressure-bearing capacity of fuel cell stacks to meet high-pressure output requirements. By adding internal flow channels, sealing lines and chamfered structures, liquid eddy currents and cavitation can be eliminated, prolonging the service life of the stacks.

搜集汇总

背景与挑战

背景概述

该数据集涉及高压电解用阳极框、阴极框及电解槽测试装置，这些部件是燃料电池的关键组件，具备分隔气体、高效导电和均匀分配反应气体等功能。通过高压密封框设计提升气密性，以增强电堆的承压能力和使用寿命。