浙江帕瓦新能源股份有限公司成立于2014年7月，是一家專注于電動汽車用鋰離子電池三元正極材料前驅體生產、研發和銷售的國家高新技術企業。公司位于浙江省諸暨市，占地面積約200畝。
帕瓦新能源長期以來與中南大學、中國科學院過程工程研究所等知名高校及科研機構建立了緊密的產學研合作關系。擁有一支強大的研發團隊，從海內外引進博士、碩士及專業工程技術人員等100余名，建有“院士工作站”、“浙江省企業技術中心”、“省級高新技術企業研究開發中心”、“有色行業難處理鎳鈷資源材料化冶金工程技術研究中心”等科研平臺。
帕瓦新能源擁有三元正極材料前驅體NCM111、NCM523、 NCM622、 NCM811和NCA等產品的自主知識產權及制備技術，有專利40余項。其中大顆粒NCM622、單晶NCM622、NCM811等多項高端產品均獲得市場廣泛好評，單晶低鈷產品連年國內銷量排名前列。產品已進入杉杉能源、廈鎢新能源等國內外領先企業的供應鏈體系。
Brief introduction of Zhuji Power New Energy Co. Ltd.
Zhuji Power New Energy Co. Ltd., founded in July 2014. The company is committed to become the leading global supplier of the precursor of LiNixCoyMn1-xO2 cathode materials. The products are widely used in mobile phone, laptop, electric tools, electric bicycles and electric vehicles etc.. The company has built the production line of 3000 tons/year, and in October 2016, the production amount will reach 10000 tons/year, ranking the leading position in the same industry in China. We established close cooperation relationship with famous universities and scientific research institutions, such as Central South University and Institute of process engineering, Chinese Academy of Sciences, and introduce sixteen high-level talents with postdoctoral, doctoral, master's degree from home and abroad, and more than 40 for professional engineering and technical person. On the other hand, the National Post Doctoral Research Station and Provincial (Ministry) Engineering Technology Research Center are under construction.
The company has the independent intellectual property rights for the preparation of precursor of LiNixCoyMn1-xO2 cathode materials, especially for NCM523, NCM622, small particle of NCM111 and NCA. The preparation technology of the precursor developed jointly with CSU is identified to be reached the leading level of the world by the China Non-ferrous metals Industry Association and the company won the first prize in provincial level reward. Compared with the products in the same industry, the products in the company has excellent properties and stable quality, especially in tap density and the magnetic material, leading to the outstanding competitive advantages. In addition, the process has several characteristics, such as high productivity, low energy consumption and obvious advantage for product cost.
Company has established stable cooperation relations with Hunan-Shanshan Energy Technology Co. Ltd., Kingray New Materials Science & Technology Co .LtdHunan-Tianzheng Technology & Trade Co. Ltd. and Sichuan-Haopurui new materials Co.Ltd..
