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IXYS Introduces Diode For Solar Energy Applications
Milpitas CA (SPX) Apr 16, 2008 IXYS introduces a family of proprietary diodes, the DFP32-005 device family. These diodes are optimized for solar cell panels and space sensitive applications, where the devices can withstand radiation levels found in space. This family of devices is a result of IXYS' focused R and D in developing power semiconductors for the growing business of solar photovoltaic panels that are used to generate electrical power in standard systems and in concentrated solar cell applications in both terrestrial and outer space installations. The diodes feature low forward voltage drop (Vf) and typical low leakage current of only 0.01nA. This prevents energy stored in the batteries from leaking back out of the solar panel when in the dark. Due to their ruggedness these diodes have been designed in integrated solar panels on spacecraft and terrestrial installations. Today's space applications are exposed to extreme outer space radiation, variant temperatures, humidity and light. IXYS' DFP32 device performs optimally in these tough conditions through the use of silicon starting material and special passivation layers. Advanced silicon power technology adoption in the alternative energy generation area has been a focus for IXYS. "These diodes complement our power MOSFETs and IGBTs, and power modules that are used in inverters for solar panels and converters for wind generators," commented Dr. Nathan Zommer, CEO of IXYS Corporation. "We have been working with our customers to develop new specialized products for solar cell applications in order to meet their non-standard demands, and are proud of the fact that the resulting specialized products are deployed". Community Email This Article Comment On This Article Related Links All About Solar Energy at SolarDaily.com
Solar Energy Company Sencera To Build 1 Megawatt PV Manufacturing Platform
Charlotte NC (SPX) Apr 16, 2008Sencera International has announced that it has secured a $3.6 million equity investment. Funds will be used to accelerate increases in cell efficiency and to complete process integration of the Viper manufacturing platform. This process is projected to manufacture solar modules at a cost less than $1 per watt. The investment is led by The Quercus Trust. |
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