第三届太阳电池浆料与金属化技术论坛2017

第三届太阳电池浆料与金属化技术论坛2017 / 3rd Solar Cell Paste Metallization Forum 2017

背景

金属化浆料是晶硅太阳电池的关键辅助材料，约占电池片非硅成本的50-60%。浆料由导电相、粘结剂和有机载体组成，包括正面银浆、背面银浆和背面铝浆，对电池的光电转换效率和成本有重要影响。由于技术提升和市场竞争的激烈，单个电池片浆料用量持续减少，和硅片的价格下降一起构成了电池成本降低的主要驱动力。

尽管如此，全球光伏发电规模的快速扩张仍然驱动浆料市场增长。2016年全球光伏新增装机可达76GW，其中超过31GW来自中国。中国拥有全球最大的太阳电池产量和金属化浆料消费量。在背面铝浆大部分国产化和背面银浆国产化率稳步提升的背景下，国产正银企业经过多年的技术研发与经验积累，2016年也取得了重大进展。

随着晶硅太阳电池制造技术的不断更新进步，尤其是近年来PERC电池、异质结电池与N型双面电池等高效电池的兴起，以及黑硅技术、无网结网版技术的推广应用，对浆料提出了更高的性能要求。浆料生产企业必须不断研发新工艺，并与电池及组件企业密切合作，才能紧跟行业发展趋势，扩大市场份额。

第三届太阳电池浆料与金属化技术论坛将于2017年3月21日在江苏常州召开。会议将探讨全球与中国光伏行业展望与浆料市场前景，太阳电池金属化技术进展，银浆和铝浆国产化趋势与投资机遇，用于新型高效电池的浆料研发与应用，导电浆料技术趋势与成本降低路径，光伏浆料关键原料生产与供需等。

主题

1. 全球与中国光伏行业展望与浆料市场前景

2. 银浆和铝浆国产化趋势与投资机遇

3. 用于高效电池的先进浆料：PERC电池、异质结电池与N型双面电池

4. 适用于黑硅电池的浆料与金属化方案

5. 光伏导电浆料技术趋势与成本降低路径

6. 导电浆料印刷与烧结技术的创新

7. 规模化生产银浆与铝浆的品质管控体系

8. 光伏浆料关键原料技术：银粉、铝粉、玻璃粉与有机载体

9. 正银导电机理与金属化接触机制探究

10. 无网结网版技术及对导电浆料的性能需求

11. 铜浆金属化面临的挑战与解决方案

如果您有意向做参会或赞助，欢迎您尽快与我们联系

会议负责人 ：孔小姐 021-68726606 -102/ 13918486381或 Email至 emma.k@chemweekly.com

3rd Solar Cell Paste Metallization Forum

Solar cell paste is the key auxiliary material for the production of crystalline silicon solar cell, accounting for about 50-60% of the non-silicon cost of cells. The paste is made up of conductive phase, binder organic vehicle, consists front-side Ag paste, backside Ag paste backside Al paste, has an important influence on the cell’s photoelectric conversion efficiency cost. Due to technical upgrading fierce market competition, the paste consumption of single cell is decreasing, along with the falling price of silicon wafer, are the main driving force to reduce the cell cost.

Nevertheless, the rapid expansion of global PV scale is still driving the paste market growth. In 2016, the global new PV installed capacity is expected to 76GW, of which more than 31GW from China. China has the world''s largest solar cell production metallization paste consumption. In the background of most backside Al paste realized domestic production domestic rate of backside Ag paste steady improved, in 2016, domestic front-side Ag paste enterprises have also made significant progress after years of technology R&D experience accumulation.

With updated progress of c-Si solar cell manufacturing technology, especially the rises of high efficiency PERC、HJT N-type bifacial cells, promoted application of black silicon no knot screen technology in recent years, the pastes need higher performance. Paste manufactures must develop new technology constantly cooperate with the cell module companies closely, to keep up with industry trends exp market share.

3rd Solar Cell Paste Metallization Forum will be organized by ASIACHEM on 21 Mar. 2017 in Changzhou, Jiangsu, China. The upcoming conference will discuss the global China’s PV industry outlook paste market prospect; solar cell metallization technology progress; Ag paste Al paste localization trends investment opportunities; R&D application of pastes for new high efficiency solar cells; solar cell pastes technology trends cost reduction paths; production, supply dem of PV pastes key raw materials, etc.

Topics:

1. Global China’s PV industry outlook paste market prospect

2. Ag paste Al paste localization trends investment opportunities

3. Advanced paste technologies for PERC, HJT N-type bifacial cells

4. Paste metallization solutions for black silicon cells

5. Solar cell pastes technology trends cost reduction paths

6. PV pastes printing & sintering technologies innovation

7. Quality control system for Ag paste & Al paste production

8. PV paste key raw materials technologies: silver powder, aluminum powder, glass powder organic vehicle

9. Study on front-side Ag paste

conductive mechanism metallization contact mechanism

 

10. No knot screen technology performance needs for pastes

11. Challenges solutions for copper paste metallization

Would you please to confirm arrange the schedule for this event?

Miss Emma Kong

Tel: +86-21-68726606-102

Cell: +86-13918486381

Email: kyq@chemweekly.com