From: Subject: NREL: Feature Story - NREL and R&D Partners Work to Trim Solar Electricity Costs Date: Thu, 3 Feb 2005 09:31:21 -0700 MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_000_0000_01C509D3.1EFD66C0"; type="text/html" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2800.1441 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C509D3.1EFD66C0 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.nrel.gov/features/02-04_solar_costs.html NREL: Feature Story - NREL and R&D = Partners Work to Trim Solar Electricity Costs
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NREL and R&D Partners = Work to=20 Trim Solar Electricity Costs

From Alaska to Nebraska and all points = east, west,=20 and south=97solar energy is all around us. Our national = "solar=20 resource" is enormous, even with all its regional = variations. The=20 energy in this resource could supply us with substantial = amounts of=20 clean, renewable electricity year after year. We just need = to be=20 able to extract and harness the sun's energy at a reasonable = cost.=20

For more than two decades, NREL scientists have been = working on=20 ways to do that. Their brand of science is called "PV," for=20 photovoltaics. At the heart of it are semiconductor devices, = or=20 cells, which convert sunlight directly into electricity. PV = cells=20 are assembled into flat panels or "modules," which in turn = are=20 configured into arrays of virtually any size.

PV technology has advanced greatly, but it still doesn't = convert=20 as much of the energy in sunlight as we'd like. Their = electrical=20 efficiency is one often-cited reason that PV still does not = yet=20 produce power as cheaply as more established sources such as = natural=20 gas and coal. Except in remote areas where utility service = isn't=20 available or in areas where incentive to using PV are = provided, the=20 price of PV power=97about 20 cents per = kilowatt-hour=97generally can't=20 compete.

DOE's Thin Film = Partnership=20 Program

Internationally, the United States is = recognized as having the lead in developing thin-film=20 photovoltaics, said Ken Zweibel of NREL. Europe and = Japan have=20 relatively little technical presence in CdTe and CIGS=20 development, but they are a bit more involved in = amorphous=20 silicon (a-Si) technology.

One reason for the U.S. lead, Zweibel said, is the = lab's=20 research. DOE and NREL have funded thin films because = "they=20 have the vision to see that thin films provide the = greatest=20 potential to reach truly cost-effective PV = electricity." The=20 National Center for Photovoltaics, headquartered at = NREL, has=20 established partnerships with industry and = universities across=20 the country to work together to reach this goal.

The Thin Film Partnership Program, composed of = three teams,=20 was launched in 1993. Each team addresses issues = specific to=20 one of the basic thin-film technologies: CdTe, a-Si, = and CIGS=20 and related materials. A fourth team addresses issues=20 associated with thin-film module reliability. Current = partners=20 include Shell Solar, Global Solar, EPV, UniSolar, and = First=20 Solar, which collaborated with NREL to develop the = High Rate=20 Vapor Transport Deposition technology.

Teamwork is an essential aspect of the work of DOE = and its=20 partners, said Bolko von Roedern, a senior scientist = at NREL.=20 For example, when a manufacturer is having trouble=20 encapsulating CdTe, a research scientist such as = NREL's Tom=20 McMahon might be available to diagnose the problem and = offer=20 solutions. This ready give-and-take of information = produces=20 solutions to problems in a fraction of the time it = would take=20 without collaboration.

But another factor=97perhaps more within our grasp=97is = equally=20 important. When we drive down the cost of making PV = modules, the price of PV power will come down as well. That = goal is=20 what moved solar researchers at NREL, along with one key = partner in=20 private industry, to a recent breakthrough in solar = equipment=20 manufacturing.

The partner is First Solar, a privately held PV module = supplier=20 based in Ohio. NREL has worked with the firm for more than a = decade;=20 their relationship is an outgrowth of the U.S. Department of = Energy's (DOE) Thin Film PV Partnership Program, which is = managed at=20 the NREL National Center for Photovoltaics. NREL and First = Solar=20 haven't focused on cost reductions per se, but rather on a = promising=20 new technology involved in the manufacture of PV modules. =

The technology is known as High-Rate Vapor Transport = Deposition,=20 or HRVTD. Richard J. King, who leads PV research and = development=20 activities in DOE's Solar Energy Technology Program, last = year=20 described it as "one of the most important processing = advances in=20 photovoltaics history." He went on to write that the = technology=20 "represents a critical pathway toward truly cost-competitive = electricity from solar energy." (The editors of R&D = Magazine=20 agreed, and they honored HRVTD with an R&= D=20 100 Award.)

HRVTD is used to produce a type of PV module made of = cadmium=20 telluride (CdTe) solar cells. A CdTe cell is one of several = kinds=20 made of polycrystalline thin-film materials, which are = different=20 from the crystalline silicon used in the pioneer systems of = the=20 commercial PV market. Typical CdTe modules, which measure 2 = feet by=20 4 feet, can be linked together in PV arrays of virtually any = size,=20 from rooftop systems to utility installations larger than = football=20 fields.

A much faster and less costly process

It would be an overstatement to say HRVTD = alone has=20 enabled industry to mass-produce PV modules. In fact, = high-volume=20 production has long been deployed to manufacture other types = of=20 modules including crystalline silicon. But other = manufacturers rely=20 on labor-intensive batch processing, in which individual = pieces must=20 be handled multiple times in several different production = steps.=20 HRVTD makes possible a non-stop, continuous-feed production = line=20 that could be as much as 100 times faster than = batch-processing=20 methods; it represents the first mass-production process for = CdTe=20 modules.

It works like this: First, CdTe and cadmium sulfide (CdS) = are=20 deposited on a soda-lime glass substrate. The modules are=20 laser-scribed and metallized, and then encapsulated in ethyl = vinyl=20 acetate and in another layer of soda lime glass. Using an = automated=20 system, a manufacturer can produce a high volume of = high-quality=20 modules. The process is becoming more reliable and less = expensive as=20 it is scaled up to higher production volumes.

HRVTD Wins NREL's 35th = R&D 100=20 Award

R&D Magazine annually honors 100 = of the=20 year's most significant scientific and technical = innovations.=20 NREL has been the recipient (either jointly or = individually)=20 of 35 R&D 100 Awards since the early 1990s.

The most recent such honor, presented jointly to = NREL and=20 First Solar, was for the development of High-Rate = Vapor=20 Transport Deposition (HRVTD). The technology was = praised for=20 having helped to "bring alternative energies to the=20 mainstream." PV technologies involved in DOE's Thin = Film=20 Partnership have won six R&D 100 Awards in = all.

These awards are intended in part to recognize = progress=20 toward commercialization. To qualify, products must = have been=20 available for sale or licensing during the calendar = year=20 preceding the judging.

First Solar has used HRVTD at its Perrysburg, Ohio, = manufacturing=20 plant since early 2002. The company is already producing PV = modules=20 in multi-megawatt volumes and selling them at less than = $2.50 per=20 watt=97a very low cost for the industry as a whole. = Production costs=20 are decreasing steadily, and there could be even greater = cost=20 reductions with the second-generation production line now = under=20 construction. First Solar is pursuing a development path = that could=20 result in production costs of less than $1 per watt in high = volumes.=20

How much will that help? Manufacturing the modules = represents=20 approximately half the cost of PV power. Other cost elements = include=20 the cost of mounting hardware and electrical components such = as=20 inverters, and labor for installation. All those elements = add up to=20 a typical "installed cost" of around $6 or more per watt = today, of=20 which roughly $3 is the cost of purchasing PV modules. = Lowering PV=20 production costs to $1 per watt or less would be a = significant=20 achievement and help to improve PV electricity's=20 cost-competitiveness, said NREL's Ken Zweibel, a project = leader who=20 manages the Thin Film PV Partnership along with Harin Ullal = and=20 Bolko von Roedern.

Opportunities for further improvement can be found in PV=20 conversion efficiencies. In a typical CdTe module, about 8% = of the=20 incoming sun's energy is converted to electricity. That = efficiency=20 rate could rise to 11%-13% because of design improvements=20 demonstrated in NREL laboratories. Newer designs have a = better=20 device geometry, to capture more sunlight at the junctions = between=20 individual layers. And with further improvements, the hope = is to see=20 the kind of efficiency=97about 20%=97that is now achievable = in copper=20 indium gallium diselenide (CIGS) cells, for example.

(Note: Dr. Xuanzhi Wu of = NREL and=20 other authors have published a detailed technical paper on a = world-record CdTe laboratory cell efficiency of 16.5%. (PDF 257 = KB)=20 Download=20 Acrobat Reader.)

A difficult but beneficial technology

"PV is a difficult technology," Zweibel = said. Success=20 is not just a matter of effective computer modeling. = Instead,=20 functional, durable semiconductors have to be designed and = actually=20 produced. Much of PV "relies on semiconductors that we = essentially=20 had to invent," he said. And commercialization relies on the = ability=20 of new, untried manufacturing processes to produce modules = by the=20 square mile.

That's why government-sponsored R&D, such as the = DOE-funded=20 work occurring at NREL, is so important, Zweibel added. = Without it,=20 private industry couldn't cover the investments needed. = "Every=20 little glitch in developing the technology would represent a = high=20 financial risk for private investors," he said. Venture = capitalists=20 are drawn to investments that promise profitability within a = few=20 years. But PV manufacturing operations might well take a = decade or=20 longer to make a profit.

Successes like HRVTD require the participation of both = the public=20 and private sectors, Zweibel said. "It only works because = there is=20 collaboration of a lot of people in a lot of places, = including many=20 NREL PV scientists."

The private companies benefit in some obvious ways. Many = smaller=20 PV manufacturers would struggle or not exist without = government=20 R&D programs. But DOE and NREL also benefit greatly from = their=20 relationship with industry, he said. "Inventing the = technology is=20 hard, but getting it to the point of commercialization is = just as=20 difficult." Like the technology development phase, the=20 commercializing phase could take five years or more. And = that role=20 can be played only by private companies with real = customers.

PV technology development is driven as much by social = factors as=20 by economics, Zweibel said. "It's not a glamorous = investment. There=20 is no dot-com type of craze with photovoltaics. No one is = crying out=20 for PV as a way to reduce electricity costs, because cheap=20 electricity already exists. But people are beginning to care = more=20 about the environment.

"As the cost of PV-generated electricity gets closer to = the cost=20 of conventional electricity, demand for PV systems will = increase=20 dramatically. Clean energy is something that the world needs = very=20 much, and if we don't do something about it now-before the = economic=20 drivers are present-we won't have it ready when society = realizes how=20 badly we need it."

For more information, see NREL's National=20 Center for Photovoltaics Web site.

3D""=20 3D"Photo=20

NREL's Tom McMahon by the = Outdoor=20 Accelerated Weathering Tracking System (OATS) = that is=20 used to accelerate PV module=20 weathering.

Researchers Evaluate PV Technologies at the = Outdoor Test=20 Facility (OTF)

Researchers at the OTF test PV = technologies=20 like the HRVDT both before and after = commercialization. The=20 solar industry relies on OTF researchers for = independent=20 testing and evaluation of PV products.

OTF researchers use field testing and accelerated = indoor=20 testing to:

  • Verify, characterize, and model performance=20
  • Assess reliability=20
  • Identify failure/degradation mechanisms=20
  • Improve PV performance and reliability. =

Research performed at the OTF helps industry = improve PV=20 technologies, advances our understanding of the future = of PV,=20 and contributes to NREL's mission.

3D"Photo=20

NREL's Outdoor Test = Facility

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To learn more about current capabilities and = opportunities=20 at the OTF, e-mail Carl = Osterwald, or=20 call him at 303-384-6764.

For more information, visit the National = Center for=20 Photovoltaics Web site. =


Top Photo: NREL's Bolko von Roedern, = Harin Ullal,=20 and Ken Zweibel worked with First Solar to develop the = High-Rate=20 Vapor Transport Deposition (HRVTD) technology to produce PV = modules=20 made of cadmium telluride.

=97Contributed by Tom=20 LaRocque
February 2004

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NREL is a national = laboratory=20 of the U.S. Department of Energy, Office of Energy Efficiency = &=20 Renewable Energy,
operated by Midwest Research Institute =95=20 Battelle
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FONT-SIZE: 110%; MARGIN-BOTTOM: 0px; COLOR: #cc6600; = FONT-FAMILY: Verdana, Arial, Helvetica } H2 { FONT-WEIGHT: bold; FONT-SIZE: 100%; MARGIN-BOTTOM: 0px; COLOR: #cc6600; = FONT-FAMILY: Verdana, Arial, Helvetica } H3 { FONT-WEIGHT: bold; FONT-SIZE: 80%; MARGIN-BOTTOM: 0px; COLOR: #000000; = FONT-FAMILY: Verdana, Arial, Helvetica } H4 { MARGIN-TOP: 0px; FONT-WEIGHT: bold; FONT-SIZE: 80%; MARGIN-BOTTOM: 0px; = COLOR: #666666; FONT-FAMILY: Verdana, Arial, Helvetica } TD.header { BACKGROUND-IMAGE: url(/features/images/feature_story_head.jpg); = BACKGROUND-REPEAT: no-repeat; BACKGROUND-COLOR: #ffffff } .leftlinks :link { TEXT-DECORATION: none } .leftlinks :visited { TEXT-DECORATION: none } .leftlinks { FONT-SIZE: 70%; MARGIN: 3px 6px 8px 0px; COLOR: #000000 } .leftlinks A:hover { COLOR: #cc6600 } ------=_NextPart_000_0000_01C509D3.1EFD66C0 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.nrel.gov/includes/ua.js // JavaScript Document // convert all characters to lowercase to simplify testing var agt=3Dnavigator.userAgent.toLowerCase(); var appVer =3D navigator.appVersion.toLowerCase(); // *** BROWSER VERSION *** var is_minor =3D parseFloat(appVer); var is_major =3D parseInt(is_minor); var is_opera =3D (agt.indexOf("opera") !=3D -1); var is_opera2 =3D (agt.indexOf("opera 2") !=3D -1 || = agt.indexOf("opera/2") !=3D -1); var is_opera3 =3D (agt.indexOf("opera 3") !=3D -1 || = agt.indexOf("opera/3") !=3D -1); var is_opera4 =3D (agt.indexOf("opera 4") !=3D -1 || = agt.indexOf("opera/4") !=3D -1); var is_opera5 =3D (agt.indexOf("opera 5") !=3D -1 || = agt.indexOf("opera/5") !=3D -1); var is_opera6 =3D (agt.indexOf("opera 6") !=3D -1 || = agt.indexOf("opera/6") !=3D -1);=20 var is_opera7 =3D (agt.indexOf("opera 7") !=3D -1 || = agt.indexOf("opera/7") !=3D -1); var is_opera5up =3D (is_opera && !is_opera2 && !is_opera3 && = !is_opera4); var is_opera6up =3D (is_opera && !is_opera2 && !is_opera3 && = !is_opera4 && !is_opera5);=20 var is_opera7up =3D (is_opera && !is_opera2 && !is_opera3 && = !is_opera4 && !is_opera5 &&=20 !is_opera6); //=20 // Note: On IE, start of appVersion return 3 or 4 // which supposedly is the version of Netscape it is compatible = with. // So we look for the real version further on in the string // And on Mac IE5+, we look for is_minor in the ua; since=20 // it appears to be more accurate than appVersion - 06/17/2004 var is_mac =3D (agt.indexOf("mac")!=3D-1); var iePos =3D appVer.indexOf('msie'); if (iePos !=3D-1) { if(is_mac) { var iePos =3D agt.indexOf('msie'); is_minor =3D = parseFloat(agt.substring(iePos+5,agt.indexOf(';',iePos))); } else is_minor =3D = parseFloat(appVer.substring(iePos+5,appVer.indexOf(';',iePos))); is_major =3D parseInt(is_minor); } // ditto Konqueror =20 var is_konq =3D false; var kqPos =3D agt.indexOf('konqueror'); if (kqPos !=3D-1) { =20 is_konq =3D true; is_minor =3D = parseFloat(agt.substring(kqPos+10,agt.indexOf(';',kqPos))); is_major =3D parseInt(is_minor); } =20 var is_getElementById =3D (document.getElementById) ? "true" : = "false"; // 001121-abk var is_getElementsByTagName =3D (document.getElementsByTagName) ? = "true" : "false"; // 001127-abk var is_documentElement =3D (document.documentElement) ? "true" : = "false"; // 001121-abk var is_safari =3D = ((agt.indexOf('safari')!=3D-1)&&(agt.indexOf('mac')!=3D-1))?true:false; var is_khtml =3D (is_safari || is_konq); var is_gecko =3D=20 ((!is_khtml)&&(navigator.product)&&(navigator.product.toLowerCase()=3D=3D= "gecko"))?true:false; var is_gver =3D 0; if (is_gecko) is_gver=3Dnavigator.productSub; var is_moz =3D ((agt.indexOf('mozilla/5')!=3D-1) && = (agt.indexOf('spoofer')=3D=3D-1) && (agt.indexOf('compatible')=3D=3D-1) && = (agt.indexOf('opera')=3D=3D-1) && (agt.indexOf('webtv')=3D=3D-1) && = (agt.indexOf('hotjava')=3D=3D-1) && (is_gecko) && = ((navigator.vendor=3D=3D"")||(navigator.vendor=3D=3D"Mozilla")||(navigato= r.vendor=3D=3D"Debian"))); =09 var is_fb =3D ((agt.indexOf('mozilla/5')!=3D-1) && = (agt.indexOf('spoofer')=3D=3D-1) && (agt.indexOf('compatible')=3D=3D-1) && = (agt.indexOf('opera')=3D=3D-1) && (agt.indexOf('webtv')=3D=3D-1) && = (agt.indexOf('hotjava')=3D=3D-1) && (is_gecko) && (navigator.vendor=3D=3D"Firebird")); var is_fx =3D ((agt.indexOf('mozilla/5')!=3D-1) && = (agt.indexOf('spoofer')=3D=3D-1) && (agt.indexOf('compatible')=3D=3D-1) && = (agt.indexOf('opera')=3D=3D-1) && (agt.indexOf('webtv')=3D=3D-1) && = (agt.indexOf('hotjava')=3D=3D-1) && (is_gecko) && (navigator.vendor=3D=3D"Firefox")); =09 if ((is_moz)||(is_fb)||(is_fx)) { // 032504 - dmr var is_moz_ver =3D (navigator.vendorSub)?navigator.vendorSub:0; if(!(is_moz_ver)) { is_moz_ver =3D agt.indexOf('rv:'); is_moz_ver =3D agt.substring(is_moz_ver+3); is_paren =3D is_moz_ver.indexOf(')'); is_moz_ver =3D is_moz_ver.substring(0,is_paren); } is_minor =3D is_moz_ver; is_major =3D parseInt(is_moz_ver); } =09 var is_fb_ver =3D is_moz_ver; var is_fx_ver =3D is_moz_ver; var is_nav =3D ((agt.indexOf('mozilla')!=3D-1) && = (agt.indexOf('spoofer')=3D=3D-1) && (agt.indexOf('compatible') =3D=3D -1) && = (agt.indexOf('opera')=3D=3D-1) && (agt.indexOf('webtv')=3D=3D-1) && = (agt.indexOf('hotjava')=3D=3D-1) && (!is_khtml) && (!(is_moz)) && (!is_fb) && (!is_fx)); // Netscape6 is mozilla/5 + Netscape6/6.0!!! // Mozilla/5.0 (Windows; U; Win98; en-US; m18) Gecko/20001108 = Netscape6/6.0 // Changed this to use navigator.vendor/vendorSub - dmr 060502 =20 // var nav6Pos =3D agt.indexOf('netscape6'); // if (nav6Pos !=3D-1) { if ((navigator.vendor)&& = ((navigator.vendor=3D=3D"Netscape6")||(navigator.vendor=3D=3D"Netscape"))= && (is_nav)) { is_major =3D parseInt(navigator.vendorSub); // here we need is_minor as a valid float for testing. We'll // revert to the actual content before printing the result.=20 is_minor =3D parseFloat(navigator.vendorSub); } var is_nav2 =3D (is_nav && (is_major =3D=3D 2)); var is_nav3 =3D (is_nav && (is_major =3D=3D 3)); var is_nav4 =3D (is_nav && (is_major =3D=3D 4)); var is_nav4up =3D (is_nav && is_minor >=3D 4); // changed to = is_minor for // consistency - dmr, = 011001 var is_navonly =3D (is_nav && ((agt.indexOf(";nav") !=3D -1) || (agt.indexOf("; nav") !=3D -1)) ); var is_nav6 =3D (is_nav && is_major=3D=3D6); // new 010118 mhp var is_nav6up =3D (is_nav && is_minor >=3D 6) // new 010118 mhp var is_nav5 =3D (is_nav && is_major =3D=3D 5 && !is_nav6); // = checked for ns6 var is_nav5up =3D (is_nav && is_minor >=3D 5); var is_nav7 =3D (is_nav && is_major =3D=3D 7); var is_nav7up =3D (is_nav && is_minor >=3D 7); =20 var is_ie =3D ((iePos!=3D-1) && (!is_opera) && (!is_khtml)); var is_ie3 =3D (is_ie && (is_major < 4)); var is_ie4 =3D (is_ie && is_major =3D=3D 4); var is_ie4up =3D (is_ie && is_minor >=3D 4); var is_ie5 =3D (is_ie && is_major =3D=3D 5); var is_ie5up =3D (is_ie && is_minor >=3D 5); =20 var is_ie5_5 =3D (is_ie && (agt.indexOf("msie 5.5") !=3D-1)); // = 020128 new - abk var is_ie5_5up =3D(is_ie && is_minor >=3D 5.5); // = 020128 new - abk =09 var is_ie6 =3D (is_ie && is_major =3D=3D 6); var is_ie6up =3D (is_ie && is_minor >=3D 6); // KNOWN BUG: On AOL4, returns false if IE3 is embedded browser // or if this is the first browser window opened. Thus the // variables is_aol, is_aol3, and is_aol4 aren't 100% reliable. var is_aol =3D (agt.indexOf("aol") !=3D -1); var is_aol3 =3D (is_aol && is_ie3); var is_aol4 =3D (is_aol && is_ie4); var is_aol5 =3D (agt.indexOf("aol 5") !=3D -1); var is_aol6 =3D (agt.indexOf("aol 6") !=3D -1); var is_aol7 =3D ((agt.indexOf("aol 7")!=3D-1) || = (agt.indexOf("aol7")!=3D-1)); var is_aol8 =3D ((agt.indexOf("aol 8")!=3D-1) || = (agt.indexOf("aol8")!=3D-1)); var is_webtv =3D (agt.indexOf("webtv") !=3D -1); =20 // new 020128 - abk =20 var is_TVNavigator =3D ((agt.indexOf("navio") !=3D -1) || = (agt.indexOf("navio_aoltv") !=3D -1));=20 var is_AOLTV =3D is_TVNavigator; var is_hotjava =3D (agt.indexOf("hotjava") !=3D -1); var is_hotjava3 =3D (is_hotjava && (is_major =3D=3D 3)); var is_hotjava3up =3D (is_hotjava && (is_major >=3D 3)); // end new =09 =20 // *** PLATFORM *** var is_win =3D ( (agt.indexOf("win")!=3D-1) || = (agt.indexOf("16bit")!=3D-1) ); // NOTE: On Opera 3.0, the userAgent string includes "Windows = 95/NT4" on all // Win32, so you can't distinguish between Win95 and WinNT. var is_win95 =3D ((agt.indexOf("win95")!=3D-1) || = (agt.indexOf("windows 95")!=3D-1)); // is this a 16 bit compiled version? var is_win16 =3D ((agt.indexOf("win16")!=3D-1) || (agt.indexOf("16bit")!=3D-1) || (agt.indexOf("windows = 3.1")!=3D-1) || (agt.indexOf("windows 16-bit")!=3D-1) ); var is_win31 =3D ((agt.indexOf("windows 3.1")!=3D-1) || = (agt.indexOf("win16")!=3D-1) || (agt.indexOf("windows 16-bit")!=3D-1)); =09 var is_winme =3D ((agt.indexOf("win 9x 4.90")!=3D-1)); // new 020128 = - abk var is_win2k =3D ((agt.indexOf("windows nt 5.0")!=3D-1) || = (agt.indexOf("windows 2000")!=3D-1)); var is_winxp =3D ((agt.indexOf("windows nt 5.1")!=3D-1) || = (agt.indexOf("windows xp")!=3D-1));=20 // NOTE: Reliable detection of Win98 may not be possible. It appears = that: // - On Nav 4.x and before you'll get plain "Windows" in = userAgent. // - On Mercury client, the 32-bit version will return = "Win98", but // the 16-bit version running on Win98 will still return = "Win95". var is_win98 =3D ((agt.indexOf("win98")!=3D-1) || = (agt.indexOf("windows 98")!=3D-1)); var is_winnt =3D ((agt.indexOf("winnt")!=3D-1) || = (agt.indexOf("windows nt")!=3D-1)); var is_win32 =3D (is_win95 || is_winnt || is_win98 || ((is_major >=3D 4) && (navigator.platform =3D=3D = "Win32")) || (agt.indexOf("win32")!=3D-1) || = (agt.indexOf("32bit")!=3D-1)); var is_os2 =3D ((agt.indexOf("os/2")!=3D-1) || (navigator.appVersion.indexOf("OS/2")!=3D-1) || (agt.indexOf("ibm-webexplorer")!=3D-1)); var is_mac =3D (agt.indexOf("mac")!=3D-1); if (is_mac) { is_win =3D !is_mac; } // dmr - 06/20/2002 var is_mac68k =3D (is_mac && ((agt.indexOf("68k")!=3D-1) || (agt.indexOf("68000")!=3D-1))); var is_macppc =3D (is_mac && ((agt.indexOf("ppc")!=3D-1) || (agt.indexOf("powerpc")!=3D-1))); var is_sun =3D (agt.indexOf("sunos")!=3D-1); var is_sun4 =3D (agt.indexOf("sunos 4")!=3D-1); var is_sun5 =3D (agt.indexOf("sunos 5")!=3D-1); var is_suni86=3D (is_sun && (agt.indexOf("i86")!=3D-1)); var is_irix =3D (agt.indexOf("irix") !=3D-1); // SGI var is_irix5 =3D (agt.indexOf("irix 5") !=3D-1); var is_irix6 =3D ((agt.indexOf("irix 6") !=3D-1) || = (agt.indexOf("irix6") !=3D-1)); var is_hpux =3D (agt.indexOf("hp-ux")!=3D-1); var is_hpux9 =3D (is_hpux && (agt.indexOf("09.")!=3D-1)); var is_hpux10=3D (is_hpux && (agt.indexOf("10.")!=3D-1)); var is_aix =3D (agt.indexOf("aix") !=3D-1); // IBM var is_aix1 =3D (agt.indexOf("aix 1") !=3D-1); var is_aix2 =3D (agt.indexOf("aix 2") !=3D-1); var is_aix3 =3D (agt.indexOf("aix 3") !=3D-1); var is_aix4 =3D (agt.indexOf("aix 4") !=3D-1); var is_linux =3D (agt.indexOf("inux")!=3D-1); var is_sco =3D (agt.indexOf("sco")!=3D-1) || = (agt.indexOf("unix_sv")!=3D-1); var is_unixware =3D (agt.indexOf("unix_system_v")!=3D-1); var is_mpras =3D (agt.indexOf("ncr")!=3D-1); var is_reliant =3D (agt.indexOf("reliantunix")!=3D-1); var is_dec =3D ((agt.indexOf("dec")!=3D-1) || = (agt.indexOf("osf1")!=3D-1) || (agt.indexOf("dec_alpha")!=3D-1) || = (agt.indexOf("alphaserver")!=3D-1) || (agt.indexOf("ultrix")!=3D-1) || = (agt.indexOf("alphastation")!=3D-1)); var is_sinix =3D (agt.indexOf("sinix")!=3D-1); var is_freebsd =3D (agt.indexOf("freebsd")!=3D-1); var is_bsd =3D (agt.indexOf("bsd")!=3D-1); var is_unix =3D ((agt.indexOf("x11")!=3D-1) || is_sun || is_irix || = is_hpux || is_sco ||is_unixware || is_mpras || is_reliant || is_dec || is_sinix || is_aix || is_linux || is_bsd || = is_freebsd); var is_vms =3D ((agt.indexOf("vax")!=3D-1) || = (agt.indexOf("openvms")!=3D-1)); // additional checks, abk var is_anchors =3D (document.anchors) ? "true":"false"; var is_regexp =3D (window.RegExp) ? "true":"false"; var is_option =3D (window.Option) ? "true":"false"; var is_all =3D (document.all) ? "true":"false"; // cookies - 990624 - abk document.cookie =3D "cookies=3Dtrue"; var is_cookie =3D (document.cookie) ? "true" : "false"; var is_images =3D (document.images) ? "true":"false"; var is_layers =3D (document.layers) ? "true":"false"; // gecko m7 bug? // new doc obj tests 990624-abk var is_forms =3D (document.forms) ? "true" : "false"; var is_links =3D (document.links) ? "true" : "false"; var is_frames =3D (window.frames) ? "true" : "false"; var is_screen =3D (window.screen) ? "true" : "false"; // java var is_java =3D (navigator.javaEnabled()); ------=_NextPart_000_0000_01C509D3.1EFD66C0 Content-Type: application/octet-stream Content-Transfer-Encoding: quoted-printable Content-Location: http://www.nrel.gov/includes/search.js function getSearch() { if (is_mac =3D=3D true) { if (is_safari =3D=3D true) { searchCode =3D ''; } else if (is_ie5 =3D=3D true) { searchCode =3D ''; //alert("IE 5 and 5.1 Mac!"); } } else { if (is_nav6up =3D=3D true) { searchCode =3D ''; //alert("Netscape 6 Windows!") =09 } =09 else if (is_moz =3D=3D true) { searchCode =3D ''; //alert("Mozilla!") =09 } else if (is_fx =3D=3D true) { searchCode =3D ''; //alert("Firefox!") =09 } =09 =20 else if (is_ie5 =3D=3D true) { searchCode =3D ''; //alert("IE 5 Windows!"); } =09 else if (is_ie5_5 =3D=3D true) { searchCode =3D ''; //alert("IE 5.5 Windows!") } else if (is_ie6 =3D=3D true) { searchCode =3D ' '; //alert("IE 6 Windows!") } =09 else { searchCode =3D '';=09 //alert("other"); } } =09 return searchCode; } ------=_NextPart_000_0000_01C509D3.1EFD66C0--