组合电池 meaning in Chinese
assembled battery
Examples
- Nowadays , li - ion battery is widely used , and in practice is often used in packs
如今锂离子电池在各地有着广泛的应用，且在实际应用中又以组合电池的形式居多。 - Pack - battery ' s quality is determined by the consistency of the independent battery ' s required to be measured and classified before its out of factory
而组合电池性能的好坏，则取决于组合电池中单体电池的电化学特性的一致性。这就需要在电池出厂前对电池的性能进行检测并分选。 - Shanghai xinli battery manufacture co . , ltd . to establish in 1994 lately , the precursor is shanghai xinli battery factory lately , the company takes making the alkaline battery alkaline as to predominate the product , various specification , species is basic to cover all serieses of the dry battery , and accept various combination battery of the not standard type of design , to satisfy customer " s demand . xinli battery company lately to have already passed iso - 14000 environment system attestations of iso - 9001 : 2000 international quantity system attestation , the product quantity passes the battery examination center examination of the national light industry bureau and the sgs measurement of the eu ros serieses , the product is qualified . company annually with pass to increase continuously , the extension exports outward and the superior economic specific value service of the underneath brand peony , hongdan , fengdian . etc
上海新立电池制造有限公司成立于1994年，前身是上海新立电池厂，公司以制造碱性电池alkaline为主导产品，各种规格品种基本涵盖干电池的所有系列，并承接设计非标准型的各种组合电池，以满足客户的需要。新立公司已通过iso 9001 - 2000国际质量体系认证和iso 14000环境体系认证，产品质量通过国家轻工业局电池检测中心检测以及欧盟ros系列的sgs测定，产品合格。公司每年以不断递增扩大对外出口和旗下品牌牡丹红丹丰电等的最优经济比值服务于广大国内外客户，并得到用户的欢迎。 - The most important aim of this forum is providing information and opportunities for private enterprises , accelerating the enterprise transformation , promoting the international communication and cooperation of new power to a new step , as a leading orator , our board chairman expressed his particular opinions on " grasp the chances , adjust resource , sostenuto improve the core competition of our company among the new power field "
4高功率mh ni电池的研究和改进从sc和d型电池入手，对其高功率放电性能和组合电池放电性能加以研究，通过对其正负极材料添加剂隔膜电解液等方面的研究改进，提高其大功率放电性能，进一步适应市场的需要。