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BUILDING INTEGRATED PHOTOVOLTAICS BIPV

BUILDING INTEGRATED PHOTOVOLTAICS BIPV. SOLAR LI 2006. BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS. BUILDING INTEGRATED PHOTOVOLTAICS. ELECTRICAL SYSTEM INTEGRATION * PV SYSTEM & BUILDING’S ELECTRICAL SYSTEMS * PV SYSTEM & UTILITY GRID. SOLAR LI 2006.

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BUILDING INTEGRATED PHOTOVOLTAICS BIPV

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  1. BUILDING INTEGRATED PHOTOVOLTAICSBIPV SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  2. BUILDING INTEGRATED PHOTOVOLTAICS ELECTRICAL SYSTEM INTEGRATION *PV SYSTEM & BUILDING’S ELECTRICAL SYSTEMS * PV SYSTEM & UTILITY GRID SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  3. BUILDING INTEGRATED PHOTOVOLTAICS ARCHITECTURAL INTEGRATION * ROOFING MATERIALS * WALL COMPONENTS * GLAZING * SOLAR SHADING * MISCELLANEOUS OTHER APPLICATIONS SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  4. BENEFITS OF BIPV ~ * ARCHITECTURALLY CLEAN * ELIMINATES TRANSMISSION AND DISTRIBUTION LOSSES * OFFSETS COST OF FAÇADE / ROOFING / GLAZING OR OTHER MATERIALS * LOAD & SUPPORT STRUCTURES NOT REQUIRED * REDUCES ENERGY CONSUMPTION AND / OR PEAK LOAD REQUIREMENTS * PROVIDES PREMIUM POWER -- SENSITIVE MANUFACTURING PROCESSES -- BUILDING EMERGENCY SERVICES SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  5. AN EXAMPLE OF NON - INTEGRATED ROOF-MOUNTED PV SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  6. THIS PEEL & STICK FLEXIBLE COLLECTOR WITH A TEDLAR SURFACE IS DESIGNED ESPECIALLY FOR METAL STANDING SEAM ROOFING WITH STANDARD 16” ON CENTER SPACING OF THE VERTICAL JOINTS. IT IS ABOUT HALF THE COST OF RIGID GLASS COLLECTORS, BUT HAS ABOUT HALF THE EFFICIENCY, FOR A NET PERFORMANCE OF THE SAME COST PER WATT. IT MAY BE ARGUED THAT THIS ISN’T A TRUE BIPV PRODUCT AS IT DOESN’T REPLACE THE ROOFING, BUT WITH A COLOR-MATCHED ROOFING IT LOOKS TERRIFIC! SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  7. INTEGRATED ROOF-MOUNTED PV IN EAST PATCHOGUE, LI SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  8. PV CELLS LAMINATED TO A DURABLE SUBSTRATE TO MAKE SHINGLE WHICH MAY BE UTILIZED FOR SLOPED ROOF APPLICATIONS. THIS PARTICULAR ILLUSTATION IS OF A GENERAL ELECTRIC PRODUCT. WITH THEIR GLASS SURFACES, PV MODULES PROVIDE EXCELLENT LONGEVITY. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  9. SUNSLATES, ANOTHER LAMINATED SHINGLE PRODUCT, CARRY A FIFTY YEAR WARRANTY. THIS LOG CABIN - WITH ONE FOOT IN THE 19th CENTURY AND ONE IN THE 21st CENTURY – IS HERE ON LONG ISLAND IN SETAUKET. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  10. THE MOST COMMON INTEGRATED ROOFING APPROACH. FRANCE SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  11. THE HIGHLY IMAGINATIVE NON-NUCLEAR KOREAN ENERGY SOLUTION. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  12. ROOF AND WALL APPLICATION NOW IF THOSE HEADSTONES WERE ONLY ROTATED 90 DEGREES ! GEORGETOWN UNIVERSITY SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  13. ROOF OR WALL ? AT LEAST – LIKE ANY OTHER PV INSTALLATION IN THE NORTHERN HEMISPHERE – IT TELLS US WHICH DIRECTION IS SOUTH. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  14. CLASSIC CURTAIN WALL APPLICATION Germany SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  15. THE FAMOUS SOLERA PV FACTORY HERE IN THE USA. A SOLAR CHAIN REACTION ! SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  16. ThyssenKrupp Metal Fabrication Germany SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  17. ThyssenKrupp Metal Fabrication Germany SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  18. ThyssenKrupp Metal Fabrication Germany SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  19. NOTE: SOLAR SHADING TO REDUCE AIR – CONDITIONING LOADS. ANOTHER CLASSIC CURTAIN WALL. THIS INSTALLATION CONCEALS A STRUCTURAL SHEAR WALL AND HAS NO VISION GLAZING PANELS – 100% PV. Germany SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  20. HERE THE PV PANELS REPLACE THE LOUVERS / MESH SOLAR SHADING DEVICE. THIS IS AN EXCELLENT EXAMPLE OF WHAT ARCHITECTS AND ENGINEERS CALL AN “ELEGANT” DESIGN SOLUTION. INSTEAD OF THE SOLAR SHADE “REJECTING” THE SUN’S ENERGY, IT INTERCEPTS IT AND CONVERTS IT TO A USEFUL PRODUCT. GERMANY SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  21. A REFINED AND NEATLY DETAILED SPANDREL PANEL DESIGN. THIS IS AN ALL STRUCTURAL GLASS CURTAIN WALL WITHOUT ANY METAL OR WOOD MULLIONS OR MUNTINS. HONG KONG SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  22. THESE PV PANELS ARE MOUNTED ON A MOTORIZED PIVOTING VERTICAL AXIS AND TRACK THE SUN. THIS NOT ONLY IMPROVES THEIR COLLECTION EFFICIENCY, BUT ALSO IMPROVES THEIR SHADING PERFORMANCE. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  23. THESE TRANSLUCENT PV PANELS SERVE AS A SAFE BALUSTRADE. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  24. DETAIL VIEW OF THE RAILING. FINLAND SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  25. TRAIN STATION ROOF RIGHT HERE IN NEW YORK CITY. KISS & CATHCART, ARCHITECTS SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  26. FRITTED GLASS PV COLLECTOR WITH ENOUGH TRANSLUCENCY TO PROVIDE AMPLE DAYLIGHTING FOR VISION PURPOSES BELOW – WHILE AFFORDING PROECTION FROM THE SUMMER SUN. KISS & CATHCART, ARCHITECTS SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  27. VIEW FROM BELOW KISS & CATHCART, ARCHITECTS SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  28. NIGHT VIEW KISS & CATHCART, ARCHITECTS SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  29. SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  30. START SMALL – BUT START ! SOLAR OUTHOUSE IN APPLETON, MAINE JANE MARASCO, OWNER-BUILDER SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

  31. THANK YOU SOLAR LI 2006 BILL CHALEFF, CHALEFF & ROGERS, ARCHITECTS

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