【摘 要】
：
A major obstacle confronting solar cell manufacturers in realizing higher efficiency solar cells is the silver and aluminum based metallization pastes.Silver pastes in particular require high surface
【出 处】
：
SNEC 第八届(2014)国际太阳能产业及光伏工程(上海)论坛
论文部分内容阅读
A major obstacle confronting solar cell manufacturers in realizing higher efficiency solar cells is the silver and aluminum based metallization pastes.Silver pastes in particular require high surface dopant concentrations for good contact, while higher efficiencies are actually possible with lower surface doping.
其他文献
CIGS modules are currently produced on mass production level and have the potential to reach high conversion efficiencies around 15%.The production cost of CIS-based modules varies significantly among
The series interconnection of thin-film PV can be simplified using a combination of subtractive and additive manufacturing.The current paradigm is laser patterning which interrupts the deposition of a
Photovoltaic modules operate in a hostile environment: outdoors.Stresses in the outdoor environment include ultraviolet and visible radiation, moisture in the form of rain, condensation and humidity,
Defects are known to produce negative and positive effects in silicon solar cells.Reducing the former and enhancing the latter is the goal of advanced cell fabrication.In this work we address a critic
Photovoltaic (PV) solar power plants are under development worldwide in both concentrated and distributed ways.With further planning, increasing influences of both utility scaled and roof PV system on
作为一种典型的可再生能源技术，光伏发电具有低碳、环境友好的特点；同时也面临系统复杂(一个1 MW的光伏阵列包括数千块电池组件)不易维护，输出功率波动大，电网适应性差等诸多实际问题。采用基于组串式逆变器的分布式电气架构和先进的信息(Bit)管理技术，可以对每一块光伏电池组件发出的直流能量(DCWatt)进行精细化管理；实现快速故障定位与维护，提升光伏电站的高发电量。本文将对这一架构及其特性进行介绍。
As large scale deployments of photovoltaic panels have become widespread, new understandings of the interactions of sunlight, environmental factors, and location specific conditions, on power output o
On the photovoltaic module fabrication, the choice of one or other backsheet has a great importance in order to ensure its lifetime for 25 years or even for longer periods of time.
This paper presents the results of an experimental study of the performance of a 10 kWp PV-Thermal (PVT) system installed in a student hostel in Singapore for the cogeneration of electricity and heat.
In this paper, we present results of the implementation of the RCT Solutions* Multi PERCT technology into an industrial pilot production of a Chinese cell manufacturer.This technology upgrade is an al