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发明公开
CN106199298A 一种超级电容器模组测试工艺 无效 - 驳回

一种超级电容器模组测试工艺
摘要：
本发明提出了一种超级电容器模组测试工艺，包括如下步骤：S1，对超级电容器模组进行编号，存入数据库，之后进入S2；S2，对超级电容器模组进行单体电压对比，之后进入S3；S3，对均压控制板进行过压报警及温度报警测试，之后进入S4；S4，对超级电容器模组进行性能测试；S5，对超级电容器模组进行评级和分选。上述超级电容器模组测试工艺，在原有超级电容器只经由性能测试的基础上，增加了电压对比,均压控制板测试工序，有效的保障了超级电容器模组性能的稳定性，其中电压对比能检测各单体间电压是否均衡，均压控制板能检测超级电容器模组中单体是否过压，及超级电容器模组是否温度过高，以确保超级电容器模组性能的稳定。
摘要（英）：

The invention provides a supercapacitor module testing technology. The technology comprises the following steps that 1, supercapacitor modules are numbered and stored into a database, and then the step 2 is executed; 2, the supercapacitor modules are subjected to monomer voltage comparison, and then the step 3 is executed; 3, a voltage-sharing control board is subjected to overvoltage alarm and temperature alarm testing, and then the step 4 is executed; 4, the supercapacitor modules are subjected to performance testing; 5, the supercapacitor modules are subjected to grading and sorting. According to the supercapacitor module testing technology, on the basis of performance testing of existing supercapacitors, voltage comparison is added, the performance stability of the supercapacitor modules is effectively ensured due to the voltage-sharing control board testing procedure, wherein whether the monomer voltages are balanced or not can be detected through voltage comparison, whether monomers in the supercapacitor modules have overvoltage or not can be detected through the voltage-sharing control board, and whether the temperature of the supercapacitor modules is excessively high or not can be detected, so that the performance stability of the supercapacitor modules is ensured.

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