TechOnline India Header
Most Popular
Top 5 Courses
  • Evaluating Face Tracking Solutions
  • An Embedded C++ Case Study
  • Fundamentals of LTE Physical Layer and Test Requirements
  • Fundamentals of Signal Integrity
  • Fundamentals of MOSFETs for Switching
    Most Popular
    Top 5 Technical Papers
  • Digital Signal Processing: A Practical Guide (Part 1)
  • C++ Under the Hood
  • Digital Signal Processing: A Practical Guide (Part 2)
  • Digital Signal Processing: A Practical Guide (Part 5)
  • A New Type of DC/DC Module
    Most Popular
    Top 5 Virtual Labs
  • MC9S12NE64
  • Texas Instruments eZ430-RF2500 Wireless Development Tool
  • Texas Instruments MSP430
    Most Popular
    Top 5 Webinars
  • An Overview of ADI's iSensor' Intelligent Motion-sensing Technology
  • Mutexes vs. Semaphores: How to Use Each Properly
  • Learn how to run the uC/OS-III real-time kernel on an ARM Cortex M3
  • On-chip system level visibility for optimized ARM platforms & shorter time to market
    All Articles Products Courses Papers VirtuaLabs Webinars
    Top Search Items
    Solar
    microcontroller
    fpga
    xilinx
    LTE


    Techpaper Spotlight

    Wind River
    Accelerating the Development of Embedded Linux Devices with JTAG On-Chip Debugging
        Login | Register | Welcome, Guest

    Topics
    POLL
    How much code have you produced in your career?
    A few KLOC
        37%
    100s of KLOC
        46%
    Millions of LOC
        11%
    A trillion
        6%
     



    'Perfect wafer' ups solar power density
    Green SupplyLine

    Comtec Solar Systems Group Ltd and Neo Solar Power Corp. have jointly released what they call the "perfect wafer" that is embedded in the "perfect cell."

    Comtec Solar is a pioneer in large sized "perfect wafers." Traditionally 156mm monocrystalline solar wafers are 'pseudo-square' with the corners being cut off. The cut-off corners result in a smaller area from which solar cells and panels can capture sunlight. Comtec Solar's "perfect wafer" enables cell and panel makers to increase the active area and hence the amount of electricity generated.

    NSP's new "perfect cell' using "perfect wafer" demonstrates the possibility of increasing power density by more than 3 per cent, and has an average conversion efficiency of 17.8 per cent. With NSP's technological advance, the cell offers extremely low light induced degradation with superior output that can easily exceed 250W.

    John Zhang, chairman and CEO of Comtec Solar, said, "We are pleased to join hands with international leading solar cell manufacturers and support them in producing cells and panels of enhanced efficiency. The framework supply agreements are recognition of our efforts in strengthening R&D and enhancing production knowhow in producing high quality, large sized wafers that offer superior conversion efficiencies. We will continue our R&D effort in this regard to develop "perfect wafer" of even larger sizes to support the business growth of our customers."

    Quincy Lin, chairman of NSP, said, "Including such a creative wafer maker into our diversified wafer base shall further enhance our capacity on volume delivery of the newly launched 'perfect cell.'"

    1
     
     
    Latest Webinars
    · Distributor Brand Preference Study
    · The Meaning of Total Jitter
    · Editorial Webinar: Optimized Linux Development Tools for Multicore
    · Evaluating Oscilloscope Sample Rates vs. Sampling Fidelity: How to Make the Most Accurate Digital Measurements
    · High-Power Amplifier Characterization using a Nonlinear Vector Network Analyzer
     
    Member Company Spotlight
    National Instruments
     

    Multicore processors present new software challenges that must be overcome to fully take advantage of processing capabilities. Read technical white papers to learn more or view a webinar with a panel of experts.


    Member Companies

    Virtualab
    Freescale Semiconductor

    Freescale M5208EVBE