摘要：【中文】本发明提供一种锂电池电解液生产装置及生产方法，装置包括：提纯组件，用于对锂电池电解液的原料进行提纯处理；配液组件，用于根据本地预设置的配液比对提纯组件中提纯后的原料进行获取；混合组件，用于接收配液组件获取到的原料，并根据本地预设置的搅拌规则对原料进行搅拌；质检组件，用于对所述混合组件中搅拌后得到的锂电池电解液进行取样检测，以判断所述锂电池电解液是否合格；封装组件，用于对通过质检组件后的锂电池电解液进行封装处理。本发明通过质检组件的设计，以使在锂电池电解液生产的同时同步针对制得的锂电池电解液进行质量检测，防止了通过采用检测锂电池性能以反映锂电池电解液质量的现象，提高了对锂电池电解液的质检精准度。 【EN】The invention provides a lithium battery electrolyte production device and a production method, wherein the device comprises: the purification assembly is used for purifying the raw materials of the lithium battery electrolyte; the liquid preparation component is used for obtaining the raw materials purified in the purification component according to a liquid preparation ratio preset locally; the mixing assembly is used for receiving the raw materials obtained by the liquid preparation assembly and stirring the raw materials according to a locally preset stirring rule; the quality inspection assembly is used for sampling and detecting the lithium battery electrolyte obtained after stirring in the mixing assembly so as to judge whether the lithium battery electrolyte is qualified or not; and the packaging assembly is used for packaging the lithium battery electrolyte passing through the quality inspection assembly. According to the invention, through the design of the quality inspection component, the quality inspection is synchronously performed on the prepared lithium battery electrolyte while the lithium battery electrolyte is produced, the phenomenon that the quality of the lithium battery electrolyte is reflected by detecting the performance of the lithium battery is prevented, and the quality inspection precision of the lithium battery electrolyte is improved.

摘要：【中文】本发明提供了一种锂电池电解液质检方法及系统，该方法包括：获取待检测电解液，对待检测电解液进行光线照射，并获取透射数据；判断透射数据是否满足透射条件；若是，在待检测电解液中持续注入碱性检测液，直至停止反应时；获取碱性检测液的注入量和待检测电解液的当前容量，判断注入量和当前容量是否满足酸碱滴定条件；若是，获取待检测电解液的导电数据，并判断导电数据是否满足导电条件；若是，对待检测电解液进行元素检测，以得到元素组成数据，并判断其中杂质元素含量是否小于杂质阈值；若是，则判定待检测电解液的质检检测合格。本发明有效的对待检测电解液的色度、游离酸、电导性能和杂质含量进行检测，提高了质检的全面性和准确性。 【EN】The invention provides a lithium battery electrolyte detection method and a lithium battery electrolyte detection system, wherein the method comprises the following steps: obtaining electrolyte to be detected, performing light irradiation on the electrolyte to be detected, and obtaining transmission data; judging whether the transmission data meet the transmission condition; if so, continuously injecting an alkaline detection solution into the electrolyte to be detected until the reaction is stopped; acquiring the injection amount of an alkaline detection liquid and the current capacity of an electrolyte to be detected, and judging whether the injection amount and the current capacity meet acid-base titration conditions; if so, acquiring the conductive data of the electrolyte to be detected, and judging whether the conductive data meets the conductive condition; if so, carrying out element detection on the electrolyte to be detected to obtain element composition data, and judging whether the content of impurity elements is less than an impurity threshold value; and if so, judging that the quality inspection of the electrolyte to be detected is qualified. The invention effectively detects the chromaticity, free acid, conductivity and impurity content of the electrolyte to be detected, and improves the comprehensiveness and accuracy of quality inspection.