Introduction of Nano Solar Cell (NI) V2.Bilingual (Brief version)

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NEXT - GENERATION SOLAR CELL S 新 一 代 光 能 发 电 全新纳米 绿色科技

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About Nanotechnology 关于纳米科技 Nano -S cience and Nanotechnology are the study and application of extremely small things and can be used across all the other science fields, such as chemistry, biology, physics, materials science, and engineering, in order to create new and unique materials and products. 1 Nanoscale equals 1/100,000 the width of a human hair. 如右图: 纳米技术是 20 世纪 80 年代末期刚刚诞生并正在迅速崛起的用原子和分子创制新物质的技术 . 1 纳米大约是 3 - 4 个原子排列在一起的长度;是人头发直径的万分之一 .

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Novel Properties: Nanotechnology produces materials and systems that exhibit novel and significantly changed physical, chemical, and biological properties because of their size and structure. When a substance consists only of clusters of a few hundred atoms, the laws of quantum mechanics influence dramatic changes in its mechanical, optical, and electronic properties. These properties include improved catalysts, tunable photoactivity , and increased strength. 独有特质 : 通过纳米技术所生成的材料与系统 , 因其大小与结构上的差异 , 可表现出显著的物理学 , 化学 , 以及生物学变化 . 当一种物质包含几百个原子簇时,通过量子力学的原理可影响其在机械学,光学和电子学方面的性质 . 这些特性包括更有效的催化作用,可调节的光催化活性,以及被提高的作用效果 . Nanotechnology has enormous potential in social development. An estimated global research shows that , averagely $9 billion per year is anticipated in researching and developing new medical treatments and tools, including: energy products, storage and logistics, water filtration, reduction and prevention of pollution, etc. 纳米技术对促进社会发展有着举足轻重的潜质 . 据全球研究数据估计 , 每年大约有 9 亿美金的拓展与投资经费被用于新型医疗以及工具的研发 . 其中包括优化能源 , 仓储与物流技术 , 水源净化 , 防止及减轻污染等领域的产品与技术 . About Nanotechnology 关于纳米科技

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NANOPAC Corporate Background NANOPAC 集团简介 Established in 2001 in Suwon, South Korea. 2001 年创办于韩国的水原市 . Main Activities : In Research & Development, Manufacturing and the Distribution of Nanotechnology products. 主要商业范围 : 纳米技术类产品的研发 , 生产及销售 . Business Partners (Consulted by and Product used by ): LG, Samsung, Hitachi, Sanyo, Electrolux, 3M, TCL China, MOH S.Korea and Malaysia, and MinDef Malaysia. 主要合作伙伴 ( 应用与咨询客户 ) : LG, Samsung 三星 , Hitachi 日立 , Sanyo 三洋 , Electrolux 伊莱克斯 , 3M, TCL 中国 , 韩国与马来西亚卫生部 , 以及马来西亚国防部 . 15 International Patents. 拥有 15 项国际专利 . Received many awards from Korean and Malaysian Governments as well as GLC companies for being the Best Business Partner and SME100 : Fastest Moving Companies. 曾获多项韩国与马来西亚政府颁发的奖项 , 包括 SME100 颁发的先进企业称号 .

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PRINCIPAL OFFICER/FOUNDER 总部创办人 Chairman of Nanopac Group – 2001 to Present Nanopac 集团主席 , 从 2001 年至今 Chairman of National Standardization Committee of Photocatalyst Korea - 2009 to Present 韩国光学催化剂标准委员会主席 , 2009 年至今 Chairman of ISO/TC206 (Fine Ceramics) International Organization for Standardization - 2006 to Present 国际标准化组织 ISO/TC206 细陶瓷类主席 , 2006 年至今 Director of New and Renewable Energy Research Department, Korea Institute of Energy Research (KIER) – 1988 to 2001 新能源回收利用研发部总监 , 韩国能源科技部 (KIER), 1988 年至 2001 年 Cited by the Hankook Ilbo (Korean National Daily) as one the “100 promising young people” in 1992 于 1992 年被 Hankook Iibo ( 韩国国家日报 ) 誉为 ‘ ”100 位新晋年轻先锋 ” 之一 Awarded Excellent Published Research paper by KIER in 1991 于 1991 年被韩国能源科技部 (KIER) 授予先锋研发成果称号 Awarded Excellent Researcher 1991 by KIER 于 1991 年被韩国能源科技部 (KIER) 授予先锋研发人员称号 Did his PhD studies in Chemical Engineering at University of New Mexico, USA 在美国新墨西哥大学完成了化学工程专业的博士学位 Dr. Lee Tai Kyu 博士

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CEO/FOUNDER NANOPAC Solar 创 办人及首席执行官 CEO of Nanopac Malaysia – 2003 to Present 任 Nanopac 马来西亚分公司首席执行官 , 2003 年至今 SME 100 Fastest moving companies 2009 by SME Magazine 2009 年被 SME 杂志评为前 100 强先锋企业称号 Elected Member of National Defense Research and Security Council, Malaysia (NDRSC) 2009 - Present 马来西亚国防安全研究委员会 (NDRSC) 成员 , 2009 年至今 2011 Refrigerant Year Best Business Partner Award by Hitachi Group 2011 年被日立集团 (Hitachi) 评为最佳冷却剂类合作伙伴 Won numerous of national and international medals for his inventions and products {e-Cool, e-Light, Smart Strip and i-Flash} - Ministry of Science, Technology and Environment of Malaysia for Invention & Innovation Competitions in 2002, 30 th International Exhibition of Invention & innovation, Geneva in 2002, Pittsburg, USA Invention and Innovation Competitions 2002, ITEX 2002. 曾多次因其产品发明获得国内外奖项 ( 包括 e-Cool, e-Light, Smart Strip and i-Flash 等技术专利 ) – 包括 2002 年的马来西亚 MINDS 发明与设计协会举办的 “ITEX 国际发明创造技术展 ”, 2002 年的第 30 届日内瓦创新发明博览会 , 2002 年的美国 Pittsburg“ 发明与创新竞赛 ” 等 . Did his Doctor of Business Administration (DBA) in Information Technology at Berkeley International University, USA 在美国伯克利国际大学完成 网络信息工商管理专业的博士学位 Dr. Cheng Kok Leon g | 郑国樑 博士

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Media Coverage on Nanopac New Solar Cells 有关 Nanopac 光能发电板革新技术的报道 Company Profile 公司简介

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Sin Chiew Daily Interview – New Solar Cells 星洲日报专访 – 高效光能发电 Company Profile 公司简介

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The Star Press Release – Nanopac sees transforming industry with new solar cells The Star 报道 – Nanopac 以新光能源主导工业变革 Company Profile 公司简介

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The Malay Mail Press Release – Cheaper Solar Power Output 马来邮报专访 – 低价高效的光能源装置 Company Profile 公司简介

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Strategic Alliance Agreement with UNIK (Special Innovation Unit Under JPM) April 19 th 2011 2011 年 4 月 19 日 与 UNIK ( 马来西亚政府旗下的创新组织 ) 签订战略性市场合作协议 Company Profile 公司简介

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CURRENT SOURCES OF ENERGY 当前有效能源 . Distributed Generation 再生能源分布 Transportation 交通工具 Biomass 生物质燃料 Hydro 水能 Wind 风能 Solar 太阳能 Coal 煤炭 Nuclear 核能 Natural Gas 天然气 Oil 燃油 With Carbon Sequestration HIGH EFFICIENCY & RELIABILITY 高效可靠 ZERO/NEAR ZERO EMISSIONS 零排放

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WHAT ARE SOLAR CELLS ? 什么是太阳能电池板? Solar widely adopted in Water heating system 20 years ago 20 年前 , 太阳能已被广泛运用于热水系统的技术研发中

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Later stage (18 years ago) of development it was used for daily electricity consumption for household and industries 最近一次的核心利用与开发,是在 18 年前被广泛运用于住家 以及工业领域的太阳能供电功能 WHAT ARE SOLAR CELLS ? 什么是太阳能电池板?

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Inorganic pn Junction Solar Cell 无机合成太阳能电池 n -type semiconductor p -type semiconductor h + e – E CB E VB Si, CIS, CdTe Efficiency: high Cost: very high 高价高效 Nano Solar Cell Nanopac 纳米光能电池 Redox electrolyte e – e – h + A – A Dye-adsorbed n -type semiconductor Metal Dye-TiO 2 Efficiency: high Cost: low 低价高效 TYPES OF SOLAR CELLS 太阳能电池的基本式样

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TYPES OF SOLAR CELLS 太阳能电池的基本式样 1st Generation product in existing market 现有市场的 第一代太阳能电池 Uses non-toxic raw materials 采用无毒无害材质 Lower cost to p roduce 低成本生产 Promise higher efficiency for the future 保证长远效率 A light generation technology, NOT sunlight powered 采用光源再生技术 , 并非阳光能源 Main Benefits of Nano Solar Cell 纳米电池板主要优势 3 rd Generation Nano Solar Cell by Nanopac 由 Nanopac 研发的 第三代纳米光能电板产品 2 nd Generation product in existing market 现有市场的 第二代太阳能电池

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Light Weight 轻便 Fully Transparent 全透明 Unlike conventional Solar Cell, it generates electricity through visible light like fluorescent light 与传统太阳能电池板不同 , 它可普通的日光灯 中产生电能 Able to generate electricity even in cloudy days 即使是阴天也可发电 It can be retrofit into existing interior design like windows 它可随意被改良后运用到如玻璃窗等家饰装潢中 NANO SOLAR CELL 纳米技术光能电池板

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Wider options and ranges of colors to meet custom requirements 更多类别及颜色选项以满足客户的定制需求 NANO SOLAR CELL 纳米技术光能电池板

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NEW SOLAR CELL Example of new Nanotechnology Solar Cell, fitted as part of the interior design window 以新款纳米光能电池板制成的家用玻璃窗样本 , 可运用于室内装潢 NANO SOLAR CELL 纳米技术光能电池板

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NEW SOLAR CELL Example of New Nanotechnology Solar Cell fitted as part of the interior design window KIST-BIPV 以新款纳米光能电池板制成的室内装潢玻璃窗 KIST-BIPV NANO SOLAR CELL 纳米技术光能电池板

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NEW SOLAR CELL FLEXIBLE NANO SOLAR CELLS 多元化的纳米光能电池板 The Technology allowed to make t he system in all shapes and color 最新的纳米光能技术能让该电池板在各种形状与颜色中呈现同样的功效

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EASY RETROFIT 易于各类式样的整合 NTT

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OTHER POTENTIAL BENEFITS 其它潜在优势 Manufacturing facilities are inexpensive to scale up or to set up 生产设备的成本低并易于组装 Uses non toxic materials 使用无毒无害原料 Sufficient raw materials, less concerns on price control 充裕的原始材料 , 无需顾虑成本预算 Ready for commercialization 适用于商业运作 Future technology enhancement is promising for flexible type 未来的技术拓展对其运用的多元化将有极大帮助 Nanotechnology Solar Panel is very suitable for building interior. 纳米光阳能板非常适于建筑物室内装潢 . Not necessary to install at the roof top like conventional solar panel. 无需像传统太阳能板一般装在建筑物顶端 .

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Product / Application 产 品 应 用 范 围

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A SIMPLE COMPARATIVE STUDY 简单的对比案例研究 Window space 窗户面积 78,000 Sq Mete rs 78,000 平方米 Sky Bridge Surface 空中桥面积 400 Sq Meters 400 平方米 Roof Area 屋顶面积 426 Sq meters 426 平方米 Total : 46.8 Mw / day 总计 : 4680 万 瓦 / 日 Install Area : 78,000 sq Meters 安装面积 : 78,000 平方米 Total : 892 kw / day 总计 : 892 千瓦 / 日 Install Area : 826 sq Meters 安装面积 : 826 平方米 Sun light Absorption and Energy Output 阳光吸收量与能源输出的对比 Nano Solar Cell 纳米光能电板 Existing PV 传统 PV 太阳能板 This comparison, using the Petronas Twin Tower is to clearly illustrate the massive difference in the Sunlight Absorption rate. 该对比充分显示 , 以吉隆坡的国油双峰塔为例 , 纳米光能电板对阳光的吸收量远超于其它类型的传统太阳能板 .

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PROJECT SUMMARY 项目概述 December 2010 - Project Started discussion with Agency Innovasi Malaysia (AIM) to form JV company to manufacture 3 rd Generation Solar Panel. The JV would undertake manufacturing, R&D and Distributions. Main objectives are for key technology transfer. 2010 年 12 月 – 该项目开始与马来西亚原子能机构( AIM )讨论合资合作义项 , 以生产第三代太阳能电池板 . 该合资项目将涉及制造,研发和分销方面的运营与拓展 . 该项目主要目标是实现一定的技术转让 . Jan-Mar 2011 – Series of discussion held with AIM, regarding project terms and conditions, as well as mutual understanding of the joint venture. Obtained full clearance and support from both local and overseas Board of Directors. 2011 年 1 月至 3 月 – 与马来西亚原子能机构展开了一系列的项目讨论,对项目的目的 , 条款 , 以及经营模式达成共识 , 并得到本地以及海外董事会的支持 .

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17 March 2011 – Due Diligent was carried out by AIM’s appointed consultant at Nanopac Group. The Due diligent report was completed and presented to AIM. 2011 年 3 月 17 日 – 马来西亚原子能机构委派 Nanopac 集团对此项目展开审核 . 该报告由马来西亚原子能机构完成并提交 . 19 April 2011 – Signing of Strategic Alliance Agreement witnessed by YB Dato ’ Seri Mohd Najib B. Tun Abdul Razak , Prime Minister of Malaysia. 2011 年 4 月 19 日 – 在马来西亚总理纳吉布的见证下签订战略合作伙伴协议 . PROJECT SUMMARY 项目概述

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NTT BUILDING INTEGRATED PHOTOVOLTIC SYSTEM (BIPV) 建筑用途的聚乙烯系统配置 Nano Solar Cell able to realized and s upport the growth demand for BIPV system because it is able to be installed onto existing Window unlike conventional PVs can only be installed at the roof top due to non transparent design. 纳米光能发电可有效支持并帮助建筑类应用的发展 . 纳米光能发电板的透明材质可被用于任何地方 , 而非传统聚乙烯板般只能被安装在建筑物屋顶 . APPLICATION AREA # 1 应用范围 #1

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NTT Nano Solar Cell are flexible and Light Weight which is very suitable for military application. 纳米光能发电极其轻便而多功能 , 适合各类军事应用 . APPLICATION AREA #2 应用范围 #2

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NTT Nano Solar Cells In LCDs Could Recycle Wasted And Ambient Light to charge battery of PDA or cell phone or other usage. LCD 液晶显示屏中如使用纳米光能发电 , 可回收和利用多余光源来为产品本身充电 , 不浪费能源 . APPLICATION AREA #3 应用范围 #3

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Nano Solar Cell s are flexible and fully transparent which meets automotive requirements. Solar energy are used for mainly hybrid cars 纳米光嫩发电板因其透明材质可被广泛运用于电能汽车制造业 . Advantages : All windows including Sun roof can be installed with Nano Solar Cell. 优势 : 所有车窗以及车顶天窗都可成为纳米光能发电板的运用范围 . APPLICATION AREA #4 应用范围 #4

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Nano Solar Cells can be design to used in Lighted Signboard due to its transparency design. 纳米光能发电板因其透明材质可用于各类灯箱广告 . APPLICATION AREA # 5 应用范围 #5

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APPLICATION AREA #6 应用范围 #6 Street Lighting / Outdoor Lighting 路灯 / 室外照明 Advantages : In day time, sunlight can be harnessed to generate electricity and at night lights source from the street light can be also harnessed to generate electricity for other usage. (no wastage of light source) 优势 : 除了白天日照所产生的电能 , 夜晚的路灯所产生的光源也可转化为电能 , 对任何能源的生成都并不浪费 .

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Oil & Gas Industries 燃油及天然气 Advantages : Flexible and transparent which make installation easy and possible for many areas. 优势 : 透明而多元化的材质让产品易于安装在任何领域 . APPLICATION AREA # 7 应用范围 #7

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The PV industry generated $82 billion in global revenues in 2010, up 105% Y/Y from $40 billion in 2009. Meanwhile, worldwide solar cell production reached 20.5 GW in 2010, up from 9.86 GW in 2009. Due to the recent sharp cuts in tariffs in Europe, the industry will need to stimulate positive PV policies across new markets and regions in order to be successful. MARKET ING POTENTIAL 市场潜力预览 光伏产业在 2010 的全球生产收入为 82 亿美元,从 2009 年的 $ 40 亿美元同比增长了 105%. 同时, 2010 年的全球太阳能电池产量从 2009 年的 9.86 万千瓦达到 20.5 万千瓦 . 由于最近在欧洲的关税大幅削减,该行业将在新的市场和地区倍显需求,只有积极的刺激光伏政策,才能取得更大的成功。

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Global market increases 139% to 18.23 GW in 2010 全球市场需求为 18.23 万千瓦,在 2010 年增加了 139 % European markets accounted for 81% of global demand. - 欧洲市场占全球需求量的 81 % . Only three markets were larger than 1 GW in size: Germany, Italy, and the Czech Republic. These markets accounted for 74% of global market growth in 2010. - 只有三个市场的规模超过 1 万千瓦 : 德国,意大利和捷克共和国。在 2010 年,这些市场占全球市场增长的 74 % . Only four other markets exceeded 500 MW: Japan, United States, France, and China. 只有其他四个市场超过 500 兆瓦 : 日本,美国,法国和中国 . 2011 market demand is forecast to be in the range of 15.4-26.5 GW, with a most likely outcome of 21 GW. 预计 2011 年的市场需求将在 15.4-26.5 万千瓦 , 而最终需求预计可达 21 万千瓦 . MARKET ING POTENTIAL 市场潜力预览

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MARKET ING POTENTIAL 市场潜力预览 Worldwide cell production reaches 20.5 GW 全球电池产量达到 20.5 万千瓦 Total global cell production increased 108%, with crystalline silicon up 117% and thin film up 62%. 全球电池总产量增加 108 %,晶体硅电池增长 117 %,薄膜电池增长 62 % . The thin film market share dropped to 13.5%. 薄膜市场份额下降到 13.5 %。 Overall cell manufacturing capacity utilization rose to 70% in 2010. 电池的制造产能总利用率在 2010 年上升到 70 %。

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If the project collaboration goes well , e.g production on the 3rd generation commences within the next 6mths, we are looking at a market size as big as we can move; USD5 ~ 10 billion. (Please refer to the Overview of Market Potential) 如合作进展顺利,例如:对第三代太阳能板的生产在未来的 6 个月内可以有效展开 , 该项目所瞄准的市场将在约 5 – 10 亿美金 . ( 请浏览 ” 市场潜力预览 ” ) We would be working simultaneously on the 4th generation, e.g. the flexible thin film. Mass production of electric cars would be a reality sooner than we can imagine. 我们将可以同时开始第四代太阳能电池的研发 , 例如 : 多功能太阳能薄膜 . 电能轿车的大批量生产将成为不可估量的未来趋势 . REVENUE PROJECTIONS POTENTIAL 收入与销售预算

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MARKET ING POTENTIAL 市场潜力预览

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PROJECT INVESTMENT 项目投资 To seek for synergistic Investor to realize Joint Venture DSSC Production Plant 寻求投资协作 , 以实现共同的 DSSC 产品研发基地 Total Investment Required :- US$320 Million 最大投资需求 : $3200 万美金 6 factories in total to be built in 6 countries 6 家工厂将建立在 6 个不同的国家 The factories are equipped with machineries that can provided full production of the Nano Solar Cell. 工厂将运用最完整的配备以生产纳米电池 The above investments are for setup of Nano Solar production plant and continue R&D for flexible Nano Solar Cell (4 th Generations) 以上投资包括建立纳米光能产品培植基地 , 以及第四代多元化纳米电池的持续研发与拓展 . All IPs related to DSC in Nanopac Korea shall assigned full rights to New Company together with the rights to manufacture and marketing Nanopac 韩国总部需授权所有相关技术专利于新投资方 , 包括生产以及市场销售方面的所有权利 .

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CONTACT US 联 系 我 们 No. 24, Lesperance, Providence Industrial Estate, MAHE Seychelles. Seychelles Hong Kong Room 02, 17 F, Sino Centre, 582-592 Nathan Rd., Mongkok, Kowloon, HK Korea 8F, Kyeonggi Venture, B/D Suwon Center, 1017, Inge-Dong, Paldai-Ku,Suwon, Korea. Malaysia 27, Jalan Raja Wali 2, Bandar Puchong Jaya, 47100 Puchong, Selangor D.E., Malaysia. THANK YOU ! 感谢您的浏览!

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