DuPont expands production of Solamet for solar energy
10 Jun 2008
DuPont Solamet thick film metallisation paste enables solar cell manufacturers to significantly reduce their cost per watt by achieving higher cell efficiencies, higher production yields and lower material consumption.
DuPont™ Solamet® thick film metallization paste enables solar cell manufacturers to significantly reduce their cost per watt by achieving higher cell efficiencies, higher production yields and lower material consumption. |
The company will more than double manufacturing capacity of Solamet pastes as part of its overall strategy to more than triple its sales to the photovoltaic industry. DuPont expects that its sales into photovoltaics within the next five years will be over $1 billion - up from about $300 million today. DuPont anticipates that the PV market will grow by more than 30 percent in each of the next several years, driving demand for existing and new materials that are more cost effective.
"The PV industry is in the midst of a substantial surge globally, and demand for solar as a renewable energy source will continue to increase," said Tim McCann, vice president and general manager -- DuPont Electronic Technologies. "We are expanding Solamet production to support increased demand. Through future development, we will accelerate our ability to deliver innovations that will further drive down PV system costs and improve the lifetime and performance of solar modules. As a leading global materials supplier to the photovoltaic industry, we are using our science to make the use of renewable energy easier for everyone."
DuPont Solamet thick film metallisation pastes are used for front and back side metallization of solar cells, enabling solar cell manufacturers to significantly reduce their cost per watt by achieving higher cell efficiencies, higher production yields and lower material consumption. The Solamet expansion in Asia represents a significant investment that will help DuPont keep pace with global demand and ensure its customers have enough volume of material to meet their needs.