吉林鸿贝BATA在线监测系统厂家 吉林鸿贝BATA在线监测系统厂家 吉林鸿贝BATA在线监测系统厂家 吉林鸿贝BATA在线监测系统厂家

鸿贝蓄电池 VRLA BATTERY 鸿贝免维护铅酸蓄电池 鸿贝铅酸免维护蓄电池 鸿贝固定型上海鸿贝电源系统有限公司是集VRLA蓄电池和电源产品研发、生产、销售、技术服务与一体的综合型企业。公司位于上海嘉定南翔经济开发区昌翔路168号，占地面积约60亩。公司主导产品为通讯、电力、应急电源用备用蓄电池、固定型蓄电池、太阳能储能（胶体）蓄电池、电动车专用蓄电池等。2009年度被评为上海市高新技术企业。

　　公司通过多年不懈努力，其规模有了跨跃式的发展，已形成年产VRLA蓄电池达50万KVAh,其产品涵盖FM、GFM、FMJ、CNFJ、DZM（J）五大系列 共100多个规格型号的蓄电池。公司引进了国际先进国内一流的铸焊流水线、充放电机及蓄电池性能检测仪等生产、检测设备180多台套。公司理化实验室、蓄电 池检测室保证了产品从原辅材料到成品出库整个过程得到有效控制，使产品的稳定性与可靠性有了充分保障。

吉林鸿贝BATA在线监测系统厂家

　　Shanghai hong bei power systems co., LTD. Is a collection of VRLA battery and power source product research and development, production, sales, technical services and an integrated enterprise. The company is located in Shanghai jiading nanxiang economic development zone, chang xiang road 168, covers an area of about 60 acres. Companies leading products for communications, electric power, emergency power supply type with back-up battery, battery, solar energy storage (colloid) battery, battery for electric vehicles, etc. In 2009 was rated as high-tech enterprises in Shanghai.

　　Company through years of unremitting efforts, the size of the leaping type development, has formed annual production of 500000 KVAh VRLA battery, its products cover FM, GFM, FMJ, CNFJ, DZM (J) five series, a total of more than 100 specifications of the battery. The company introduced the international advanced domestic first-class aluminothermic welding assembly line, charge and discharge machine and battery performance detector production, testing equipment more than 180 sets, etc. Company physical and chemical laboratory, electric storage pool measure to ensure the products from raw materials to the finished product outbound to effectively control the whole process, make the stability and reliability of the products are fully guaranteed.

　　鸿贝蓄电池特点:

　　寿命长，浮充使用可长达8年

　　正负极板均采用铅钙多元合金的高质量极板

　　内阻小，适合高倍率放电

　　独特的端子结构设计，密封性强

　　自放电小

　　深循环电池

　　极板性能好，活性物成份高

　　优良的深循环设计

　　性能好、品质高

　　深循环使用，寿命长

　　深度放电后恢复良好

　　鸿贝蓄电池有许多优良特性

　　免维护。 2、无泄露。 3、低自放电。

吉林鸿贝BATA在线监测系统厂家

高容量，长寿命，价格低廉的原材料，适宜工业化生产的合成，这些因素都新型“-石墨烯”纳米复合材料成为下一代锂离子电池负极材料的选择。 上述研究了自然科学和中科院战略先导纳米专项的支持。人员都说真的无法判断。 　从长期来看，倘若uBeam的无线充电协议果真实现应有的潜力，意味着电线将会逐渐消失。如此计算，一块这样的锂离子电池使用寿命将会是原来的6倍。

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