Wireless Design & Development

Now on Wireless Design & Development
How US Design Engineers Can Meet Global Legislation Challenges...
Addressing the Challenges in the Design of High-Performance FOTA...
LTE Femtocell Roadmap from Concept to Reality
Testing MMS Functionality in Mobile Phones

Search

Subscribe







Get wireless design headline news and products - Sign up now!
Efficiency Zone

E-mail for more information

Company's other products

E-mail to a colleague

Printer friendly format

PETE Process Promises Successful Technology Fusion

Article Source: Alternative Energy News

A new joint venture research work at Stanford and SLAC National Accelerator Laboratory, supported by Department of Energy and DARPA has come up with a new solar energy conversion process that can potentially double the efficiency of solar cells. Stanford engineers have discovered this new and totally different process to harvest energy from sun.

The best way to increase the efficiency of the solar cells is to somehow harvest the wasted heat energy and to keep up and utilize the high temperatures which are reached during conversion. Utilizing the existing technology along with utilizing both the photovoltaic and thermal conversion techniques is what is needed.

In the new process, the semiconducting material was coated with a thin layer of caesium which allowed the material to use both the light and heat of sun to generate electricity. Though this is not actually standardized photovoltaic mechanism happening, this is a photovoltaic-like response happening best at very high temperatures. The new process is called Photon enhanced thermionic emission (PETE).

Read the complete article at: http://www.alternative-energy-news.info/pete-process-technology-fusion/


Wireless Design & Development

© 2012 Advantage Business Media




Advantage
Business Media
Part Search





Powered by


Terms Of Use


Latest Releases

Yokogawa Introduces Ultra High Speed CPUs for the FA-M3 PLC Yokogawa has announced the newest addition to the FA-M3 PLC family, the Vitesse Controller.  


SoC Enables Measurement and Diagnostics for High-Power Monitoring in Industrial Applications and Data Centers Maxim’s Teridian power measurement and monitoring SoC provides a fully self-contained energy measurement solution for 3-phase point-of-load (POL) applications.  


Ultra Wideband High Power Amplifier  300 - 3800 MHz / 50 Watts Broadband High Power Amplifier System. The BBS3G6QHM (SKU 2135) is a dual band, ultra broadband high power linear amplifier.  












ECN Manufacturing.net Wireless Design & Development Product Design & Development MDT Medical Design Technology
Advantage Business Media

Top Stories and Headlines
EVERY DAY!

FREE Email Newsletter