DOCSLIB.ORG

Photovoltaic Energy Program Overview, Fiscal Year 1997

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Photovoltaic Energy Program Overview, Fiscal Year 1997 Photovoltaic Energy Program Overview Fiscal Year 1997 U.S. Department of Energy Message from the Director he photovoltaic (PV) industry in the United States is booming, claiming a growing share of an expanding T worldwide market that grew 42% in 1997, from 89 mega- watts (MW) to 126 MW. The U.S. share of this market amounted to almost 53 MW, which is a 35% increase in one year. And our market share is now 42%Ñmarkedly improved from 1991, when U.S. companies accounted for only 31% of total sales. Operating at full capacity, with a backlog of orders and with man- Gretz, NREL/PIX03606 Warren ufacturing expansion in progress, the U.S. PV industry is poised James E. Rannels to take advantage of a rapidly changing marketplace. This year saw new products introduced, manufacturing processes improved, capacity expanded, and new materials explored. Conversion efficiencies for cells and modules continued to improve steadi- ly, and PV systems became more reliable. A solid foundation for the Million Solar Roofs Initiative, announced by President Clinton on June 26, 1997, was laid by the combination of steady research progress in laboratories and uni- versities, industry investment in new PV Sales Projections technology and capacity, and a bur- 1600 geoning market. To help reduce pro- duction of harmful greenhouse gases, 1400 Million Roofs Z8-B317503 the President called on the Depart- 1200 Business as Usual Z8-B317503 ment of Energy (DOE) to lead the 1000 effort to place one-million solar ener- gy systems on buildings and homes 800 across the nation by 2010. Half of Megawatts 600 these installations are planned for 400 photovoltaic systems. 200 The Million Solar Roofs Initiative will 0 1995 2000 2005 2010 help the PV industry develop a most Business-as-usual projections based on ÒPV Industry promising large-scale domestic mar- Overview: Domestic and International,Ó Robert ket. As domestic sales increase and Johnson, Mountain View, CA: Strategies Unlimited, prices decline, the industry will fur- 1996. The additions to business-as-usual projections ther enhance its competitive advan- are based on Million Solar Roofs goals. tage in the international market, where two-billion people have roofs PV Price Projections but no electricity. Photovoltaics can 30 generate electricity for these people, Z8-B317504 with less production of greenhouse 25 Z8-B317504 gases than using fossil fuels. 20 Although one-million roofs is a dra- 15 matic advance from where we are today, it is a modest goal compared 10 to PV's market and technical poten- 5 tial. I expect we will meet the PV Systems Costs (cents/kWh) Million Solar Roofs objective by 2010 0 and then far exceed it in the years 1995 2000 2005 2010 after. The Initiative adds to the Cost goals derived from ÒPV: The Power of Choice, National momentum that is building around PV Program Plan for 1996-2000,Ó DOE, 1996. the world for the use of solar power. ii PHOTOVOLTAIC ENERGY PROGRAM OVERVIEW FY1997 And it also complements the strong U.S. Market Share of World Production base of research and development that is the core of our PV Program. 80 70 Z8-B317507 The first step in the Initiative requires 60 nearly doubling the sales of PV prod- ucts made in the United States by 50 1999. By achieving 7,000 solar roofs by 40 1999 and reaching 1,000,000 in 2010, 30 we will be one of the first programs to 20 contribute to the President's goal of Market U.S. % of World reducing U.S. greenhouse gas emis- 10 0 sions below 1990 levels between 2010 1980 1982 1984 1986 1988 1990 1992 1994 1996 and 2012. We will accomplish even Year more in developing countries, where Information is derived from Paul Maycock, PV greenhouse gas emissions are growing News, January 1998, v.17, n.1, and past issues. the fastest. Working in partnership, we have the opportunity to move PV to a new level of importance in the global energy mix. The DOE Office of PV and Wind Technologies will continue to support the domestic PV indus- try. At the beginning of FY 1997, DOE formed the National Center for Photovoltaics specifically to serve as a focal point for industry, end users, and the research community. Through the efforts of the PV community working together, I look forward to continued leadership by the United States in this technology. James E. Rannels James E. Rannels, Director Office of Photovoltaic and Wind Technologies U.S. Department of Energy Washington, D.C. Cover Photos: From top left, clockwise: A sheet of thin-film silicon emerges from At the Salinas Missions National the growth chamber of AstroPower, Inc.'s, Monument, New Mexico, a 1.5-kW grid- A National Center for Photovoltaics engi- manufacturing plant. The SiliconFilmª tied PV system provides two-thirds of the neer at Sandia National Laboratories uses product was developed through the DOE power for the Visitor Center and comfort a hail tester to determine the ability of a PV Program's PV Manufacturing station. (National Park Service/PIX05664) PV module to withstand the impact of hail Technology (PVMaT) project. (Rusty stones. (Jim Yost Photography/PIX01820) Ristin, AstroPower/PIX05668) Background photo: This home built by FIRST (Fully Integrated Using a physical vapor deposition system, This house in coastal Maine generates its Residential Solar Technology) includes a an NCPV researcher at the National own electricity from a 4.25-kW PV system 1.8-kW PV array of amorphous silicon Renewable Energy Laboratory fabricates beautifully integrated into the rooftop. modules. The house, which is near high-efficiency PV devices of thin films of Surplus power is sent back into the utility Princeton, NJ, is not connected to the utili- copper indium diselenide. (Jim Yost grid. (Solar Design Associates/PIX04470) ty grid. (Lyle Rawlings, FIRST/PIX04474) Photography/PIX03524) PHOTOVOLTAIC ENERGY PROGRAM OVERVIEW FY1997 iii 1997 PV Program Highlights Systems Engineering and Applications . page 2 ■ The Department of Defense ■ To support safe installation of PV ■ The PV Program designed and selected the 450-kW PV array at the systems, the PV Program facilitated built a flexible test bed at the U.S. Army Yuma Proving Grounds industry proposals of more than Outdoor Test Facility for short-term as a Federal Energy Management 50 changes, which have been accept- system performance characterization. Program Showcase Facility. ed, to the 1999 National Electrical The Program also sponsored the 1997 Code. The Program also facilitated a PV Systems and Performance ■ The National Park Foundation proposed standard for utility inter- Workshop, providing the primary awarded Sandia the 1997 National connection of PV systems. forum for communication on system Park Partnership Leadership Award issues between industry suppliers for promoting and expanding the ■ The PV Program facilitated the and users of the technology. use of renewable energy, reflecting development of criteria for laborato- the impact of the 1.5 MW of federal ry accreditation and module certifi- ■ The PV Program established base- agency PV projects facilitated by the cation. These criteria were applied line operation and maintenance costs National Center for Photovoltaics. to Arizona State University PV Test for systems and identified the factors FacilityÑthe first U.S. laboratory contributing to reliability. ■ The PV Program helped to com- accredited by PowerMark Corpo- plete 300 solar PV home-lighting ration to certify PV modules. systems in eight villages of the Sundarbans region in India. ng to reliability. Technology Development . page 9 ■ The PV Program worked to extend turing lines for PV modules made of oped at NREL that has greater pho- the successes of the PV Manufactur- thin-film materials. tothermal stability than current ing Technology (PVMaT) project, commercial formulations. receiving 31 proposals for the new ■ PV Program researchers gained Phase 5A and supporting industrial new insights into failure mecha- ■ Cooperative R&D on balance of manufacturing improvements that nisms affecting the service lifetime systems for PV produced a new, resulted in capacity growth. of modules. 97%-efficient, grid-tied inverter from Utility Power Group. Specifications ■ United Solar Systems Corporation ■ A patent application has been were also developed for a new and Solarex opened large manufac- filed for a new encapsulant devel- 30-kilowatt (kW) hybrid inverter. Research and Development . page 17 ■ United Solar made amorphous al had an efficiency of 14%, and a ■ The PV Program received 63 pro- silicon triple-junction cells with a sta- patent application has been filed. posals for participation in the next ble, total-area conversion efficiency round of Thin Film PV Partnerships. of 12.1%, measured after 1000 hours ■ Siemens Solar Industries tested a of light-soaking. 1-kW copper indium diselenide ■ The Georgia Institute of array having 9.2% efficiency. Technology produced high-efficien- ■ The first PV Program Fulbright cy crystalline silicon cells (19.1% on scholar proposed a theory to explain ■ AstroPower produced a 9.2%, float-zone material and 18.4% on the Staebler-Wronski effect. 321-cm2 monolithically interconnect- Czochralski material) with rapid ed Silicon-Filmª minimodule. thermal processing. ■ DOE's cadmium telluride team developed a new, high-performance ■ NREL received an R&D 100 transparent conducting oxide. The Award for its new software tool, PV first cells produced with this materi- Optics, for cell and module design. iv PHOTOVOLTAIC ENERGY PROGRAM OVERVIEW FY1997 Introduction he U.S. Department of tions working in the field has A strategic review held by the Energy (DOE) Photovoltaic grown tremendously. Recognizing NCPV in July 1997 engaged the PV T Energy Program fosters the the benefits of improved communi- community in formulating plans widespread acceptance of photo- cation among these many people, for future activities. This success voltaic (PV) technology and accel- DOE formed the National Center is highlighted in a letter from a erates commercial use of U.S.
Load more

Recommended publications
  • Spectrum Board of Curators Asked to Consider New Strategic Plan
    Spectrum Volume 27, Number 4, July 2000 Board of Curators asked to consider new strategic plan UM President Manuel Pacheco July 16 asked members of the Board of Curators for their questions and suggestions related to a new long-range Strategic Plan developed by him, the UM vice presidents and the campus chancellors. Since the completion of UM's five-year plan in June, 1997, the University has operated without a system-wide long-range plan, even though campus plans have been created and implemented. In December of that year, Pacheco appointed a Strategic Planning Steering Committee consisting of the president, the chancellors and the vice presidents. Since then, the Steering Committee "has worked diligently to formulate" a comprehensive strategic plan for the University of Missouri System, Pacheco said. In presenting the report for review and comment, Pacheco noted that, in September, he will offer a final plan for the Board's approval. (The final plan will be introduced at the Sept. 2-3 meeting of the Board in Portageville.) Pacheco noted that, also in September, he will present a Resource Plan to the Board that will be based on the planning assumptions presented on pages 23 and 24 of the draft Strategic Plan. (The draft may be found on the internet at http://www.system.missouri.edu/urel/main/second/ur/sp799.htm). The plan outlines a set of strategic objectives that can be accomplished within the next three to five years, Pacheco said, and is structured around four priorities critical to the University's success: • Student learning and achievement • Program access and quality • Research and scholarship • Response to state, national and international needs The draft Strategic Plan is consistent with campus planning efforts, Pacheco said, and is fully consistent with the University's Mission Enhancement priorities.
    [Show full text]
  • Ready Or Not, Here They Come. Are We Really Ready for a Driverless Future?
    UNIVERSITY OF MICHIGAN | COLLEGE OF ENGINEERING | FALL 2015 READY OR NOT, HERE THEY COME. ARE WE REALLY READY FOR A DRIVERLESS FUTURE? 34 HOW THE NET WAS WON 50 ETHIOPIA’S ENGINEERING BET 70 A PRETTY NERDY PROTEST VISUAL ADVENTURES 1 THAT SINKING FEELING You touch the off-white fluid with your hand first to test the feeling and it sinks into the cold, wet, mushy goo that you’ve been told is called Oobleck. After pulling your hand out with a grimace and watching the thick liquid drip off your fingertips, your instructor tells you that you’ll now be walking on the stuff. Disbelief isn’t an uncommon reaction when kids at the College’s Xplore Engineer- ing summer camp are told that the shear thickening property of Oobleck, a non-Newtonian fluid comprised of cornstarch and water, is what enables them to walk on its surface without sinking. But it’s the surprises – like the slightly sickening feeling when you stop moving and the Oobleck swallows your toes – that make the camp so much fun. PHOTO: Joseph Xu FALL 2015 VOLUME XXXII, NUMBER 2 PUBLISHER David C. Munson Jr. Robert J. Vlasic Dean of Engineering Professor of Electrical Engineering and Computer Science EXECUTIVE DIRECTOR Dan Kim ASSISTANT DIRECTOR, WRITER & CONTENT STRATEGIST Jennifer Judge Hensel EDITOR 22 RACING THE WORLD Brad Whitehouse Solar Car in Abu Dhabi and Adelaide SENIOR CREATIVE DESIGN LEAD K’Kio Hardin CONTENT CREATORS AND CONTRIBUTORS Steve Alvey, Charles Amyx, George Blichar, Gabe Cherry, Ben Collins, Robert Coelius, Evan Dougherty, Esther Eppele, Cara Gonzalez, Heather
    [Show full text]
  • NREL PV: Working with Industry, Second Quarter 1999
    Shedding Light on the Matter Advances in the field of photovoltaics rely on an intimate understanding of the interaction of light and matter. The more completely we under- stand the interaction—and apply that knowledge to improving PV technologies—the sooner citizens of the United States and the world can move into an era of clean, affordable energy generated directly from the sun. At NREL, and within the universities and private-sector companies that partner with the Lab, the insights gained and the inroads made have been substantial. More than ever, PV devices are efficient, cost effective, and manufacturable. The scientific curiosity, ingenuity, and just plain hard work of hundreds of people within this partnership have made it so. But much remains to be investigated. PV research at its most fundamental level is conducted within NREL's Basic Sciences Center, led by Satyen Deb—who is the editorialist for this issue. Within his center, teams of scientists are using solid-state theory to predict the existence of new semiconductors, as well as solid-state spectroscopy to reveal the intricacies of defects in PV materials. They're using chemical sciences to synthesize quantum dots of a variety of PV materials, and examining the dramatic effects that are introduced when the crystals are “nanosized.” The work of another team is expanding the science of crystal growth and devices, including developing methods to expand the supply of silicon to the PV industry. So, too, are the Lab's university partners making their presence felt. They're lighting the way to future-generation PV technologies, as you'll read in the article that profiles the PV sessions held at the most recent meeting of the Electrochemical Society.
    [Show full text]
  • Photovoltaic Energy Program Contract Summary: Fiscal Year 1999
    KEY CONTACTS U.S. Department of Energy National Renewable Energy Laboratory Sandia National Laboratories James E. Rannels, Director Lawrence Kazmerski, Director Chris Cameron, Manager DOE/GO-102000-0976 Office of Solar Energy Technologies National Center for Photovoltaics Photovoltaics Program 1000 Independence Ave., SW 1617 Cole Boulevard P.O. Box 5800 Washington, DC 20585 Golden, CO 80401-3393 Albuquerque, NM 87185-0753 202-586-SUNS (7867) 303-384-6600 505-844-8161 Fax: 202-586-8148 Fax: 303-384-6481 Fax: 505-844-6541 E-mail: [email protected] E-mail: [email protected] E-mail: [email protected] Richard King, Team Leader Thomas Surek, Technology Manager Useful Web Sites Photovoltaics Program Photovoltaics Program DOE: www.eren.doe.gov/pv 1000 Independence Ave., SW 1617 Cole Boulevard NCPV: www.nrel.gov/ncpv Washington, DC 20585 Golden, CO 80401-3393 Sandia: www.sandia.gov/pv FY 1999 P 202-586-1693 303-384-6471 Fax: 202-586-8148 Fax: 303-384-6481 E-mail: [email protected] E-mail: [email protected] HOTOVOLTAIC E NERGY NT O NOTICE ME F E T N This report was prepared as an account of work sponsored by an agency of the United States government. R E A R Neither the United States government nor any agency thereof, nor any of their employees, makes any P G E Y warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, complete- D P U ness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its A N ROGRAM C use would not infringe privately owned rights.
    [Show full text]
  • The Echo: April 11, 1997
    inside This Issue •Batteries Curt Cloninger 2 the ML Gideon's Torch wire news 3 readying for the road and Depression signs 4 Sunrayce '99- see page 5 Sunrayce 1997 5 for details Acoustic Cafe 7 TAYLOR UNIVERSITY STUDENT NEWS April 11, 1997 Upland, Indiana NSLC brings Contractor college Redwood in Rediger selected for leaders to new Morris campus AMY MEYERING ANDREA ANIBAL Campus Editor Staff Writer "Do nothing out of selfish ambition or The numbers are in, and the contractors vain conceit, but in humility consider oth­ have been chosen for construction of the new ers better than yourselves." Samuel Morris Hall, which is slated to be­ Philipians 2:3 illustrates the theme for gin immediately following the this year's National Student Leadership groundbreaking ceremony on April 18. Conference, "Reflecting His Image." The According to Daryl Yost, provost, Calu­ event will allow college students to come met Construction has been named the gen­ together to share ideas about leadership, ac­ eral contractor for the new building. They cording to Cheri VanderPloeg, vice presi­ will begin with the roadwork necessary in dent for leadership services. re-routing the campus loop and they will "We want to be focusing on developing also be responsible for all general construc­ characteristics of Christ's leadership. The tion and the site work, which includes drive­ big part we want to emphasize is the ways and parking lots. Although this will servanthood aspect," she said. be the first time that Calumet Construction The students attending the conference has done work for Taylor, they have a num­ come from 20 schools within the Christian ber of reputable clients under their belt, in­ College Coalition, including Asbury Col­ cluding the University of Notre Dame, Yost lege, Cedarville College, and John Brown said, and this is a decision with which he University.
    [Show full text]
  • New from Kaylor Energy Products
    Electric Auto Association CURRENT EVENTS APRIL '99 Promoting the use of electric vehicles since 1967 Vol. 31 No. 4 EV Holds Off Gas-Powered Racers ”Mixes It Up” with 200 HP NASA Mazdas 3/21/99 Firebird Raceway, Phoenix, EVTC officials said to the Optimal Perfor- reporting that at the end of the straight- AZ - An electric race car that clocked an mance team, relaying queries from the NASA away, just before the turn into the 1.1 mile unofficial time of 1minute 23 seconds and side after the Porsche’s first run. course, the Porsche EV was doing 95 mph reached speeds of 112 and 115 mph on During the run with the NASA cars, the while drawing only 100 amps. Firebird’s 1.6-mile road-race course showed Porsche’s driver, Richard Hatfield, reported The Porsche also showed its perfor- that alternate-energy vehicles can compete that the NASA corner workers were enthu- mance to its electric compatriots, during the successfully with gas cars on their own siastic about having the electric on-track. “I Advanced High School and Stock heat race territory. During practice runs at on Saturday, 3/20/99. The Opti- the EVTC Arizona Electrics, sev- mal Performance team intended to eral electric vehicles joined a group show that a DC car could keep up of NASA (National Auto Sport with the AC-powered entries and, Association) Mazdas and other for a while they were making their NASA entries. NASA and EVTC point, as the 914 hung on the were sharing the track and NASA bumpers of the SRP Probe, #90, generously allowed the EVTC and the University of Idaho electric entries to join their prac- Camaro, #25, threatening to pass tice and run demonstration laps.
    [Show full text]
  • Carolina Sun, Summer 1999
    Volume 22 No. 2 Summer 1999 Carolina Sun Published by North Carolina Solar Energy Association GOAL by 20% 2010 15% 2005 10% 2000 If you didn’t come to Sunrayce 99 and 8.7% 1999 Solar Now Festival in Raleigh on June 0% 21 just because it was drizzling, you missed a lot of fun. We didn’t see a lot of solar cars running on their own power, Solar Center’s banner in front of the Solar House. but they did all arrive at the NCSU McKimmon Center, and we gave them a big welcome. Two solar car teams finished on their own power that day, University of Mis- souri, Rolla (who came in first overall in the race) and Queens University, Canada. There were 29 cars and teams in all, from universities and colleges across North America, and they did the best they could considering they had clouds ➊ ➋ all day from their start in Charlottesville, Virginia,thatday.Wedidn’tseeanysigns of anyone giving up, though—they tilted up all solar panels toward the set- ting sun to get whatever energy they could until it was pitch black outside. The entire McKimmon Center parking ➍ lot was filled with solar cars, students, ➌ and interested on-lookers. It was quite an impressive scene. ➊ Raffle winner holds solar mini-car. ➋ Queen’s University car crossing finish line 6/21. ➌ Solar Now Festival tent. Inside: Continued on page 10 ➍ Cars preparing for take off June 22. ➎ University of Missouri-Rolla car crossing 99 Triangle Area Solar Home Tour 3 finish line June 21. NCSEA News 4 Earth Day 2000 Preview 5 Duke Solar Headquarters to be at Centennial 6 Solar Center News 7 What One Member Can Do 13 Daylighting Study Shows the Light 13 On the House 14 ➎ NCSEA T-Shirt 16 NORTH CAROLINA SOLAR Chair’s Column ENERGY ASSOCIATION 2501 Blue Ridge Road, Suite 150 Raleigh, NC 27607 by Richard Harkrader Tel.
    [Show full text]
  • Missouri S&T Magazine Fall 2003
    Missouri University of Science and Technology Scholars' Mine Missouri S&T Magazine Special Collections Missouri S&T Magazine Fall 2003 Missouri S&T Marketing and Communications Department Miner Alumni Association Follow this and additional works at: https://scholarsmine.mst.edu/alumni-magazine Recommended Citation Missouri S&T Marketing and Communications Department and Miner Alumni Association, "Missouri S&T Magazine Fall 2003" (2003). Missouri S&T Magazine. 56. https://scholarsmine.mst.edu/alumni-magazine/56 This Magazine is brought to you for free and open access by Scholars' Mine. It has been accepted for inclusion in Missouri S&T Magazine by an authorized administrator of Scholars' Mine. This work is protected by U. S. Copyright Law. Unauthorized use including reproduction for redistribution requires the permission of the copyright holder. For more information, please contact [email protected]. pjjojjcatjoj’J o f 7>j£jyjsjyj- ojyj. Ljjjyjj'jj MSM-UMR Alumni Association Representing over 45,000 alumni worldwide Castleman Hall • University of Missouri-Rolla • 1870 Miner Circle • Rolia, MO 65409-0650 • Telephone (573) 341-4145 • Fax: (978) 926-7986 • email: [email protected] • http://alumni.umr.edu PRESIDENT PRESIDENT-ELECT ZEBULUN NASH, 72 LARRY L. HENDREN, 73 Baytown, Texas ([email protected]) Columbia, Mo. ([email protected]) VICE PRESIDENTS DAN HINKLE, 73 SUSAN (HADLEY) ROTHSCHILD, 74 Sugar Land, Texas ([email protected]) St Louis, Mo. ([email protected]) ASSOCIATIONS ADVANCE DARLENE (MELOY) RAMSAY, '84 JON VANINGER, '63 AMERICA Rolia, Mo. ([email protected]) Manchester, Mo. ([email protected]) Chamber of Commerce Member KENNETH G. RILEY, '56 PERRIN R. ROLLER, '80 San Marino, Calf, ([email protected]) Spring, Texas ([email protected]) SECRETARY TREASURER ASSISTANT TREASURER SUSAN WATSON, '83 JERRY R.
    [Show full text]
  • Schools Going Solar: a Guide to Schools Enjoying the Power of Solar Energy
    DOCUMENT RESUME ED 426 854 SE 061 625 AUTHOR Gibson, Bob; Mayotte, Jenna; Cochran, Jacquie TITLE Schools Going Solar: A Guide to Schools Enjoying the Power of Solar Energy. INSTITUTION Utility PhotoVoltaic Group, Washington, DC.; Interstate Renewable Energy Council, Latham, NY.; American Solar Energy Society, Boulder, CO. SPONS AGENCY Department of Energy, Washington, DC. PUB DATE 1998-04-00 NOTE 53p. AVAILABLE FROM Utility Photo Voltaic Group, 1800 M Street NW, Suite 300, Washington, DC 20036; Tel: 202-857-0898; Fax: 202-223-5537; Web site: http://www.ttcorp.com/upvg PUB TYPE Guides Non-Classroom (055) EDRS PRICE MF01/PC03 Plus Postage. DESCRIPTORS *Alternative Energy Sources; *Educational Facilities; Elementary Secondary Education; Higher Education; School Buildings; *Solar Energy IDENTIFIERS Renewable Resources; *Solar Energy Systems ABSTRACT Schools today are hosting the solar energy systems that will become commonplace tomorrow in public buildings, homes, and businesses. This publication serves as a guide to how schools are using solar energy, listing scores of schools currently using the sun for lighting, heating, and cooling as well as highlights of innovative programs to expand the use of solar energy. Contains a list of resources for further investigation. (Author/NB) ******************************************************************************** * Reproductions supplied by EDRS are the best that can be made * * from the original document. * ******************************************************************************** 1/,7 U.S. DEPARTMENT OF EDUCATION Office of Educational Research and Improvement PERMISSION TO REPRODUCE AND EDUCATIONAL RESOURCES INFORMATION DISSEMINATE THIS MATERIAL HAS CENTER (ERIC) BEEN GRANTED BY This document has been reproduced as ceived from the person or organization 1475originating it. 0 Minor changes have been made to improve reproduction quality.
    [Show full text]
  • THE AEM UPDATE Engineering and Mechanics University of Minnesota
    Department of Aerospace THE AEM UPDATE Engineering and Mechanics UNIVERSITY OF MINNESOTA CHAIRMAN'S CORNER This has been a very good and industry. year for the University of This year Professor Dick James was selected as a Minnesota Community. Distinguished McKnight University Professor. Only six of Our new President, Mark these awards were given and this is the second consecutive Yudof, has provided a year that a faculty member in our Department received huge boost for morale one of these Professorships. The McKnight Professorships of students, faculty, are designed to “honor the University’s finest mid-career and staff. He was an faculty scholars.” Dick is a leading researcher in the field of enormous success with smart materials and is internationally known for his work the legislature and governor. As a result, several major in mathematical modeling of materials. He and Professor building projects in the Institute of Technology are or Graham Candler were recently awarded a five million dollar will be underway soon. These include a new building grant to study the application of smart materials to nano for Mechanical Engineering, reconstruction of Walter technology including microscopic aircraft. Library to house the Digital Technology Center, and an We are very happy to welcome a new member of our faculty, addition to Amundson Hall which houses the Chemical Dr. Ivan Marusic, who comes to us from the University Engineering and Materials Science Department. of Melbourne in Australia. Dr. Marusic is an expert in Unfortunately Akerman Hall will not benefit a great deal from this new construction, and although we have made incremental improvements in the building over the last 10 years, the AEM Department is the only engineering department which has not received a new INSIDE building or major renovations to an existing building.
    [Show full text]
  • NREL PV: Working with Industry, Third Quarter 1998
    Getting There Some fundamental questions lie before us. How do we get there? How do we speed up our arrival to that day when photovoltaic technologies are everyday commodities, being used virtually every- where they make sense? To those of us in the PV community—to anyone conscious of the delicate balance between energy use and the environment—that day can't come soon enough. In part, the answers to these questions can be found in the work described in this issue. The recent National Center for Photo- voltaics (NCPV) Program Review Meeting is profiled, wherein researchers, developers, and integrators presented recent accom- plishments and progress. Each accomplishment brings us a step closer to getting there. The simple answer is that we keep working together to make PV technologies cheaper and better. That's the philosophy behind the four National Research Teams of the Thin Film PV Partnership. Articles on two of those teams, CIS (copper indium diselenide) and Cadmium Telluride, appear in this issue. The other two teams, Amorphous Silicon and Environment, Safety, and Health, were profiled in the last issue. In perusing the articles on the two National Teams, you'll see that members of each team's working groups are getting there by getting specific. They're working on ways to make the technologies manu- facturable and usable on a broad scale—which will enable their use by millions, even billions, of people around the world. The work of these problem-solving teams represents giant steps in getting there. This is what the U.S. Department of Energy PV Program has always been about.
    [Show full text]
  • Solar Cars to Be Inspected at WMU Before Race
    estern MAY 17, 2001 NEWS volume 27, number 16 www. wmich.edu/wmu/news Engler appoints new trustees Floyd lobbies Senate subcommittee for increased funding from state Michigan Gov.John Engler announced May 2 that he has appointed two new To present the U n iversity's case for in­ told members of the subcommittee led by cide upon a budget recommendation and members to WMU's Board of Trustees, creased state funding for the coming aca­ Sen. John Schwarz of Battle Creek. "Un­ then meet with their counterparts in the his second such announcement in a month. demic yea r, WMU fortunately, we fall within the bottom House ro forge a joint budget resolution. Peter L. Aseritis of Williamsburg re­ President Elson S. Floyd 10 percent when measured against our Under the Hou e's March budget recom­ places Lori Waddles fo r a term that ex­ traveled to Lake Supe­ peers in unrestricted state appropriations mendation, WMU was slated for a 7 per­ pires in 2006. Vernice Anthony of De­ rior State University per student." cent increase. troit replaces Will iam Carmody on the May 11 to testify before He also outlined for the senators his However, in light of recent reports of board and was appoin ted to a term expir­ M ichigan's Senate Ap­ vision for WMU's future and key priorities dec! in ing state revenues, Gov. John Engler ing in 2004. Aseritis and A nthony are propriations Subcom­ presented to the University community in has proposed zero growth in higher educa­ expected to be sworn in May 30 at the mittee on H igher Ed u­ his recent State of the University address.
    [Show full text]