INDUSTRY

近年来，在亚洲，欧洲和其他地区，为太阳能的需求不断增加。据国际太阳能研究和咨询公司Solarbuzz统计，全球光伏产业2007年的约17亿美元的收入。塑料行业一直在这个充满前景的市场领先供应商，并积极发展的行业使用的多种产品。

杜邦光伏材料的开发，应用，专业生产和全球销售已经超过20年的经验，以及一个为杜邦创新材料组合的各种太阳能组件的发展。

杜邦公司发展光伏（光伏组件）的关键材料，包括电影，板等树脂及导电浆料。例如，杜邦Tedlar聚氟乙烯膜，20年是一个不可缺少的组成材料回来。由于良好的可扩展泰德拉，耐候性，抗，湿度和紫外线可靠的生命周期，使它成为行业标准。为了满足业界日益增加的需求，杜邦公司还制定了对泰德拉薄膜太阳能组件的新一代泰德拉2100系列产品，以提供更大的尺寸稳定性，不容易变形，撕裂，耐磨性和高反射系数，改善整体发电效率。杜邦Butacite膜之间具有高韧性，是一种热塑性塑料夹层玻璃可用于太阳能电池封装，并具有玻璃和光学性能优良的粘度特性;夹层玻璃符合国家安全标准，具有高撕裂强度和刚度，因此大部分的冲击性和玻璃的结构特性适合装置具有模块化设计的严格要求。 SentryGlass加杜邦膜之间使用一个特别设计的紫外线能穿透太阳能电池，提高太阳能电池的效率;撕裂强度和刚度，分别是传统玻璃夹层的5倍和100倍，在广泛的温度范围可以提供卓越的耐冲击性和结构性能。最近，杜邦
创新和研发
还包括太阳能电池使用，无铅，无镉导电厚膜粘贴技术-杜邦Solamet。铅的一套新的无导体浆料系统，不仅更环保，但对太阳能组件还提供了出色的电气性能和更高的可靠性。杜邦Rynite PET显像要求，如钥匙，耐强度和光伏接线盒程度的应用，是一种热塑性树脂的先决条件，可以在强大的，持久和尺寸稳定模块的制造。这些不同的高性能工程塑料或太阳能技术的结合，使得今天的日益复杂化。

开发太阳能相关组件的工厂不仅是杜邦公司，霍尼韦尔公司开发了一种可以在太阳能光电电池的恶劣环境下，新材料的保护。新产品名为霍尼韦尔PowerShield PV325，在潮湿的环境，如光伏组件的保护，包括零部件的光能转化为电能将是主要组成部分。该产品不仅紫外线，防潮，耐老化，而且还承担了部分1000所产生的电力负荷伏的工作电压。霍尼韦尔PowerShield元件主要用于刚性光伏发展相当僵硬的光伏组件是专门为公共设施或当地电网。该组件通常是在25年的公共设施，作为在停电可靠供电的使用寿命，而且可以为电力的需求和相关费用的高峰期了。霍尼韦尔PowerShield采用五层设计，包括两个基于乙烯-三氟氯乙烯（ECTFE）含氟聚合物薄膜外保护层，聚酯（PET）层与层之间，以及两个专有粘接的内层材料构成。聚氟的背板替代材料的生产厂家光伏组件。

Engineering of new energy contribution

In recent years, in Asia, Europe and other regions, an increasing demand for solar energy. According to the international solar energy research and advisory company Solarbuzz statistics, the global PV industry 2007 revenue of approximately 17 billion U.S. dollars. Plastics industry has long been a leading supplier of this promising market, and actively develop a variety of different products used in the industry.

DuPont photovoltaic materials development, applications, professional manufacture and global marketing has been more than 20 years of experience, and the development of a variety of solar modules for the DuPont portfolio of innovative materials.

DuPont to develop components for photovoltaic (PV) of the key materials, including films, plates, such as resins and conductive paste. For example, DuPont Tedlar PVF film, 20 years is an indispensable component materials back. Because of excellent scalability Tedlar, Weather resistance, anti-UV, moisture and reliable life-cycle, making it the industry standard. In order to meet the increasing needs of the industry, DuPont has also developed a new generation of solar modules of the Tedlar film-Tedlar 2100 Series Products in order to provide greater stability of size, it is not easy deformation, tear, abrasion resistance and a high reflection coefficient, improve the overall efficiency of electricity generation. DuPont Butacite between membrane with a high toughness, as a thermoplastic laminated glass can be used to package solar cells, and have excellent viscosity properties of glass and optical properties; laminated glass comply with national safety standards; with a high tear strength and rigidity, thus most suitable for the installation of shock resistance and structural properties of the glass has the demanding requirements of modular design. SentryGlass Plus membrane between DuPont used a specially designed ultraviolet light can penetrate the solar cells and improve the efficiency of solar cells; tear strength and rigidity, respectively, are the traditional glass laminated 5 times and 100 times; in a wide range of temperature range can to provide excellent impact resistance and structural performance. DuPont recently

of innovation and R & D also include for solar cell use, lead-free, cadmium-free conductive thick-film paste technology - DuPont Solamet. The new set of lead-free conductor paste systems, not only more environmentally friendly, but also for the solar module provides superior electrical performance, and higher reliability. DuPont Rynite PET thermoplastic resins for demanding applications, such as key-resistant strength and the degree of PV junction box is a prerequisite for, can be used in the manufacture of strong, durable and dimensionally stable modules. These different high-performance engineering plastic or a combination of solar energy technology makes today’s increasingly sophisticated.

development of solar energy-related components of a factory is not just DuPont, Honeywell has developed a can in the harsh environment of photovoltaic solar cells under the protection of the new material. New product, called Honeywell PowerShield PV325, in the humid environment such as the protection of PV components, including components of light energy into electricity will be the main components. The product not only UV, moisture, anti-aging, but also bear the operating voltage of the components up to 1,000 volts of electricity generated by the load. Honeywell PowerShield components primarily for rigid PV development rather rigid PV components are dedicated to the public facilities or the local power grid. This component is usually the useful life of 25 years in public facilities to serve as a reliable power supply during power outages, and can make up for the peak period of electricity demand and associated costs. Honeywell PowerShield using a five-storey design, including two based on ethylene - chlorotrifluoroethylene (ECTFE) fluoropolymer film outer protective layer, a polyethylene terephthalate (PET) between layers, and two proprietary adhesive bonding material composition of the inner layer. PV components for manufacturers of poly fluoride alternative backplane material. (08-9-25)