专业资料
LED的应用项目
可行性研究报告
氮化物紫外线
目 录
1. 项目概况················································································ 3 2. 市场分析················································································ 3 2.1 市场机遇·················································································3 2.2 工业背景·················································································6
2.2.1 III 族氮化物紫外线LED的应用与前景······················································6 3. 产品及服务············································································· 11 3.1 生化检测用紫外线LED 光源························································11 3.2 灭菌用紫外线LED 光源·····························································11 3.3 高分子聚合物固化用紫外线LED 光源········································· 11 3.4 医药用紫外线LED 光源······························································11 3.5 用于高功率可见光LED 和激光器的GAN 体材料衬底·························12 4．营销策略·················································································· 12 5. 市场竞争 ················································································ 12 5.1 国内竞争企业··············································································12 5.2 国外竞争企业············································································12
5.2.1 美国Sensor Electronic Technology, Inc (SET)············································ 13 5.2.2 美国Fox Group ································································································14
专业资料
5.2.3 美国Sandia National Laboratories·································································14 5.2.4 日本Nichia·······································································································14 5.2.5 日本· ············································································································14 5.2.6 国外潜在的竞争对手····················································································14 5.3 竞争策略和竞争力·····································································15
5.3.1 竞争策略·······································································································15 5.3.2 核心竞争力·····································································································16 6．业务发展状况· ····································································· 17 7．技术团队················································································ 18 8. 融资计划················································································ 21 8.1 一期创业的资金要求·································································22 8.2 一期创业的资金使用· · ····························································22 8.3 二期融资要求· ········································································23 9． 一期创业产业规模与财务分析 ·············································· 24 10. 风险分析··············································································· 26 10.1 风险·····················································································26 10.2 项目抗风险分析······································································27
专业资料
1. 项目概况
合资公司的名称：某LED科技有限公司 合资公司的地点：苏州。 注册资本：拟定为5000万元。
合资双方出资比例：江苏某实业发展公司出资60%，北京某光电子科技有限公司出资40%。 北京某光电子科技有限公司
北京某光电子科技有限公司是由四位旅美学者筹划成立的，得到中国科学院半导体研究所和国家照明中心大力支持的新材料新器件高科技公司。公司于2007 年12 月正式注册成立于北京市海淀区，为北京市高科技企业。初期注册资本165 万人民币。公司的近期产品主要是紫外线发光二极管（UV LED，波长范围可覆盖254 nm 到 400 nm），预测中期将推出超高亮度的蓝，绿，白光LED，远期将增加高功率的微波器件。北京某科技是全球市场极少数几家能提供商品化高功率紫外发光二极管的企业。预测在未来的5 年内将实现年产值超5 亿元人民币，年利润过亿元的高科技企业。
江苏某实业发展公司：
江苏某实业发展公司是某投资公司的全资子公司。某投资公司是
专业资料
根据国务院确定的专项任务成立发展起来的在某环保领域唯一的国家级专业投资公司。某投资公司自成立以来，推广完成重大节能措施13大类，建成重大节能工程3000余项，在我国节能产业的发展中占有重要地位。
2. 市场分析
2.1 市场机遇
高效，轻便而省电的紫外光源将在许多领域产生革命性的影响，并为北京某这样的领头企业带来难以估量的巨大市场。现有工业中的紫外线光源都是汞灯紫外线光源。汞灯紫外线光源波长单一，体积庞大（20 厘米长度），需要1.5 千伏以上启辉器点亮，汞灯寿命短（频繁开启时仅5000 小时），易破碎，最大的缺点是汞的剧毒性。全固态紫外线LED 波长可调节，功率密度大，直流10 伏以下供电，非常小巧（封装后仅2 毫米见方）节能，耐久，无毒，是真正意义上的绿色产品。用全固态紫外线LED 取代汞灯必然有市场价值。
在巨大的消毒市场，公司将集中力量开发在家庭和在食品工业，公共场所进行消毒的产品。幼儿园，学校，餐厅，公厕，交通枢纽，医院，家禽饲养厂, 食品包装厂及零售点等地方的紫外消毒都是某科技的潜在市场。紫外线光源在医药卫生中的应用也相当广泛。包括为高端的荧光分析设备提供光源，皮肤病医治，伤口消毒等。在家电领域，仅以电冰箱市场为例。据韩国家电巨头LG 的数据，2006 年全
专业资料
氮化物紫外线LED的应用项目可行性研究报告
