Power IC helps PV panels harvest maximum energy.

Press Release Summary:




Consisting of highly integrated DC-DC converter, Cell-String Optimizer replaces bypass diode and performs maximum power point tracking deep inside PV module. By replacing each diode with MPPT device, on-off response to performance mismatch is eliminated; every cell-string contributes maximum power without interfering with power production capability of others. IC provides shade mitigation, eliminates hotspots, and minimizes impact of power degradation mechanisms.



Original Press Release:



Solar Panels Gain 30% Additional Power with Maxim's Cell-String Optimizer



First IC to perform MPPT in volume production with top PV module manufacturers



SAN JOSE, Calif. and LAS VEGAS, -- New cell-string optimizer technology from Maxim Integrated Products, Inc. (NASDAQ: MXIM) allows photovoltaic (PV) panels to harvest significantly more energy and simplifies design complexity for solar installation projects.



More information: http://bit.ly/SolarCellOptimizers

Video: http://bit.ly/SolarCellOptimizer_video

Partners: http://bit.ly/SolarDesignPartners



Maxim's cell-string optimizers are highly integrated DC-DC converters that replace the bypass diode and perform maximum power point tracking (MPPT) deep inside the PV module. By replacing each diode with a MPPT device, the on-off response to performance mismatch is eliminated; every cell-string contributes maximum power without interfering with the power production capability of others. This enhanced degree of flexibility leads to increased energy production; eliminating collateral performance loss due to module mismatch, degradation, soiling, localized shading, and row shading loss mechanisms.



Based on the company's industry leading power semiconductor technology, Maxim's cell-string optimizer is the first integrated power IC to perform MPPT and first to be embedded within the PV module.



Key Advantages



Increases Energy Harvest: Offers best-in-class shade mitigation, providing 30% additional power over diodes

Extends Reliability: Eliminates hotspots and minimizes the impact of power degradation mechanisms

Enables Flexible Design: Higher degree of flexibility to incorporate multiple string lengths, multiple orientations, and expanding modules into partially shaded areas

Simplifies Operation: Fully integrated solution simplifies design by requiring no additional hardware, specialized inverters, or data services



Commentary



"The granularity of Maxim's cell-string optimizers offers best-in-class shade mitigation, enables flexible system design without adding complexity, and helps improve panel lifetime performance," said Seth Kahn, Executive Director, Solar Products, Maxim Integrated. "Major PV module companies have recognized the advantages of this unique technology—the first integrated power semiconductor for MPPT—and are ramping it in volume production."



At Solar Power International

Maxim's cell-string optimizers will be featured in partner booths at Solar Power International (SPI), September 12-15. SPI attendees can learn more about Maxim's high-performance, cost-efficient solar cell optimizer technology by visiting the following exhibitors: JinkoSolar, Booth 2007; ET Solar, Booth 1371; Fronius, Booth 1521; Hanwha Q CELLS, Booth 2337; Suntech, Booth 1335; Trina Solar, Booth 1511.



About Maxim Integrated

Maxim develops innovative analog ICs for the automotive, industrial, healthcare, mobile consumer, and cloud data center markets. We make technology smaller, smarter, more secure and energy efficient, so that our customers can meet the demands of an integrated world. Learn more at http://www.maximintegrated.com.



Contact:

Tara Yingst

408-601-3993

Tara.Yingst@maximintegrated.com



Web Site: http://www.maxim-ic.com


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