E-SERIES COMMERCIAL SOLAR PANELS
Contents
1. V OQ ARRAY LAYOUT PLAN A SCALE 1 16 1 0 m 472. 1 81in a 1559mm 61 4in Designed in California sunpowercorp com Document 505701 Rev A LTR_EN Ac ADVANCED L ENERGY AE 250TX and AE 260TX Formerly known as PVP250kW and PVP260kW The industry standard for reliability installability and maintainability The AE 250TX and AE 260TX commercial inverters raise the bar for inverter reliability ease of installation and lifetime maintainability while delivering best in class 97 076 CEC efficiency High reliability is enabled by market leading features including busbar power connections a redundant cooling system card cage circuit board design and wide operating temperature range The highly integrated inverter saves installers time and money by including load break rated AC amp DC service disconnects neutral free installation oversized busbar landings and generous cable bending area with bottom and side cable entry options Communication interfaces remote disable inputs and optional 24 V auxiliary power supply are housed in a dedicated low power compartment for safe and easy access Subcombiner fusing a revenue grade meter and performance monitoring gateway can be factory installed for a completely integrated inverter solution The AE 250TX and AE 260TX offer a wide 295 595 V operating window which maximizes energy harvest and provides exceptional stringing flexibility AE Solar Energy inverters
3. FIL 3 BASED UPON RECORD LOW AMBIENT TEMP F NOTE WEATHER DATA OBTAINED FROM WEATHER COM GFI INCOMING SPACE SPACE 2 3 4 5 6 COMBINER CALCULATIONS COMBINER BOX 1 SHEET NOTE PV MODULE E20 327 COM Oc 1600A __ 800 6 __ 8OOAS o 800AS __ 8OOAS __ NUMBER OF MODULES PER STRING 8 LLI O SW REMOVE E STARTER BUCKET AND REINSTALL NUMBER OF STRINGS PER COMBINER 36 O SUE CIRCUIT CURRENT PER STRING ISC 1 M Qc e NEEDED FOR S 6 FEEDER EXTENSION z2 1600A 8O00AF B800AF BOOAF B00AF REQUIRED CONDUCTOR AMPACITY STRINGSxISCx1 56 36 6 46 1 56 362 8A OS FUSE c CONDUCTOR CHOSEN 500 KCMIL lt PROVIDE A 250A BREAKER WITH COVER CONDUCTOR RATED AMPACITY 75 DEG C 380A A e Ga DOOR IN THIS SPACE F
4. 0 4 16 32 Ft 2 Issue Description SUNLINK CORPORATION RO Layout definition with Suniva 270 at 10 degrees 03 20 13 MG 1010 B STREET SUITE 400 Background updated per customer file Layout maxed out 04 04 13 MG SAN RAFAEL CA 94901 R2 L 06 13 13 mE rd T 415 925 9650 415 925 9636 2013 SunLink Corporation I x NEED The information on this drawing is proprietary to SunLink Corporation It is provided on th dition that it i d only to facilitate the installation o of the SunLink Photovoltaic Module Mounting System shown Do not PY or distribute except for the use stated above 4 10 MIN SUNLINK REQUIRED SETBACK FROM ALL 87 ROOF EDGES TO ALL MODULES V I F E ROOF EQUIPMENT TYP FACE OF BUILDING LATERAL LINKS REQUIRED AS SHOWN Customer Project Location San Francisco CA 94102 201 Van Ness Avenue PROJECT INFORMATION ARRAY INFORMATION Module Number Row Repeat Spacing in Tilt Angle Foot Size in ARRAY QUANTITIES et Panels OmitedModues General Notes These drawings show the required location of SunLink Precision RMS components for this project The layout is based on existing conditions information provided to SunLink by the customer and has not been verified by SunLink Verify key dimensions and existing conditions in the field prior to beginning
5. 3 3 250 KCMIL 6 GND EXP 9 30 13 d 2 m E SHEET INFORMATION ze Mj PG amp E mm DISABLE AC 2 22 13 DISCONNECT E SFPU 12120 x 2 SWITC H Scale 400A 600V W MONE y y y y y y LI 250A FUSE ind FMC NEMA 4X Checked By LOCATED ON ROOF 145 KVA Q0 Q0 Q0 Q0 Q0 Q0 Q0 Q0 ELECTRICAL BT S 6 6 E 10 k ome 8 E18 E 17 50HP RANSF SINGLE LINE PANEL TEG dne DIAGRAM MOTOR CONTROL CENTER E COMBINER BOX 2 COMBINER BOX 1 W DISCONNECT ELECTRICAL E SINGLE LINE DIAGRAM un E51 SCALE 3 RGC 24500 KCMIL 41 0 GND SHEET 3 RGC 24500 KCMIL 41 0 GND SHEETS z projects prospects hot prospects aepc group Ilc 1005961 davieshallsf 061313 mg r2 dwg marcos gaxiola ARRAY NORTH OMITTED MODULE TYP
6. TCP IP Environmental 30 C to 50 C 40 C to 60 C Cooling Forced Convection Relative Humidity 0 to 95 non condensing 6000 f lt 65 dBA typical at full load 30 C to 50 C 40 C to 60 C Forced Convection 0 to 95 non condensing 6000 ft lt 65 dBA typical at full load Regulatory Agency Approvals Regulatory UL 1741 IEEE 519 IEEE 929 IEEE 1547 Compliance CSA 107 1 1 Class A Inverter Warranty 10 Year DE 1741 IEEE SIS IEEE 929 IEEE 1547 CSA 107 1 1 FCC Class A 10 Year Subject to change without notice Refer to user manual for detailed specification Note Not all performance window specifications can be achieved simultaneously Performance varies per site Consult your AE sales or service representatives for specific PV system design questions at sales support aei com 877 312 3832 sales support aei com invertersupport aei com EE ADVANCED AE Solar Energy 20720 Brinson Blvd Bend OR 97701 U S A E ww w advanced energy com solarenergy ENERGY Please see www advanced energy com for worldwide contact information 8 r3 20 Advanced Power Controls Power Factor Curtailment Controlled ramp rate Remote enable disable Options Integrated fused sub array combiner with options from 4 to 20 fuses and 70 to 400 Amps Fused subcombiners with monitoring 8 x 200 A l6 x 100 A Integrated revenue grade meter In
7. Up to 2012 m 6600 ft without de rating Relative humidity 0 to 95 non condensing 0 to 95 non condensing Part number 1 153390 01 820 0071 01 01 Features and options Type of cooling Forced convection cooling Display type Standard bright fluorescent green Vacuum display Communication interface Optional RS485 Modbus and RS232 communications interface kit AC DC disconnect Standard and integrated within the inverter enclosure Ground fault detection interruption Standard and integrated within the inverter enclosure Sub array combiner Optional integrated with the inverter enclosure Regulatory approvals Safety CSA certified to UL1741 Ed 2 CSA 107 1 01 Interconnect IEEE 1547 Specifications are subject to change without notice Other options available upon request Schneider Make the most of your energy 2012 Schneider Electric All rights reserved Schneider Electric and the Schneider Electric logo are trademarks or registered trademarks of the Schneider Electric group of companies Other trademarks registered trademarks and product names are the property of their respective owners and are used herein for identification purposes only AEPC croup uc Roof and Wate WARMEST DAY VOLTAGE MODULES x 438 VDC COOLEST DAY VOLTAGE MODULES x VOC x VC 562 VDC WO
8. installation Obtain SunLink approval before modifying the layout shown or relocating omitting or modifying any SunLink component Install all SunLink components per the latest edition of the SunLink assembly instructions available at sunlink com Any additional installation requirements such as roofing protection electrical components waterproofing and connector attachment are not by SunLink Refer to other project documents The installer is responsible for worker safety and for maintaining a safe worksite Shading is calculated by SunLink based on information provided by the customer on December 22 at project latitude For array weight and roof loading information refer to the SunLink Structural Engineering Load Advisory provided for this project SunLink required 6 clearance between components on different sub arrays and other rooftop equipment Array Plan Symbol Legend Module Long Beam Omitted Module Lateral Link Foot Module Sunpower E20 327 COM ROOF MOUNT Tilt Angle Wattage No of Modules DC String Length No of Strings Pwr Output DC SYSTEM 10 327 560 8 70 183 12 kW Quote Reference No SLDS Ver Sheet Title 6 1 20 Array Layout Plan Sales Order No Template Ver Sheets Issue Sheet Number E 6 0 4 2 of 4 R2 SL1 0 PRECISION
9. 480 V Max input voltage open circuit 600 V 600 V Max input current 867 A 867 A Max input short circuit current 1214 A 1214A Utility backfeed current 0A 0A Output AC Nominal output power 250 kW 250 kW Output voltage 480 V three phase line to line 1096 1296 600 V three phase line to line 1096 1296 Frequency 60 Hz 60 Hz 40 5 Hz 0 7 Hz 40 5 Hz 0 7 Hz Nominal output current 301A 241A Power factor 0 99 gt 0 99 Harmonic distortion 396 at rated power 396 at rated power Topology Isolation transformer standard and integrated within the inverter enclosure Efficiency Peak 96 896 96 896 CEC weighted 96 096 96 096 General specifications Power consumption night time lt 100W lt 100 W NEMA degree of protection Type 3R outdoor rating Type 3R outdoor rating Enclosure material Zinc coated and powder coated steel Product weight 2018 kg 4450 Ib 2018 kg 4450 Ib Product dimensions H x W x D 219 2 x 228 6 x 117 1 cm 86 3 x 90 0 x 46 1 in Removable air intake reduces depth by 12 in for fitting through doors 219 2 x 228 6 x 117 1 cm 86 3 x 90 0 x 46 1 in Removable air intake reduces depth by 12 in for fitting through doors Ambient air temperature for operation 15 C to 50 C 5 F to 122 F available lower temperature option with space heaters 35 C to 45 31 F to 113 F Operating altitude
10. NCES 1 All comparisons are SPR E20 327 vs a representative conventional panel 240W approx 1 6 m 15 efficiency 2 PVEvolution Labs SunPower Shading Study Feb 2013 3 Typically 7 9 more energy per watt BEW DNV Engineering SunPower Yield Report Jan 2013 4 SunPower 0 25 yr degradation vs 1 0 yr conv panel Campeau Z et al SunPower Module Degradation Rate SunPower white paper Feb 2013 Jordan Dirk SunPower Test Report NREL Oct 2012 5 SunPower Module 40 Year Useful Life SunPower white paper Feb 2013 Useful life is 99 out of 100 panels operating at more than 70 of rated power 6 Out of all 2600 panels listed in Photon International Feb 2012 7 8 more energy than the average of the top 10 panel companies tested in 2012 151 panels 102 companies Photon International March 2013 8 Compared with the top 15 manufacturers SunPower Warranty Review Feb 2013 9 Some exclusions apply See warranty for details 10 5 of top 8 panel manufacturers were tested by Fraunhofer ISE PV Module Durability Initiative Public Report Feb 2013 11 Compared with the non stress tested control panel Atlas 25 Durability test report Feb 2013 12 Standard Test Conditions 1000 W m irradiance AM 1 5 25 13 Based on average of measured power values during production See http www sunpowercorp com facts for more reference information For further details see extended datasheet www sunpo
11. OR CONNECTION PV AC CONDUCTOR TEMPERATURE 90 DEG LL GFI GFI GFI GFI GFI OUTPUT FEEDER CONDUCTOR AMPACITY 90 DEG C 430A AMBIENT TEMP DERATING NEC TABLE 310 16 2 0 91 Uu CONDUCTOR DERATED AMPACITY 391 3A LONGEST CONDUCTOR DISTANCE FROM COMBINER 1 TO RECOMBINER BOX 1 100 FT o WORST CASE VOLTAGE DROP 0 8 E R pu eed D ER WB T6A SWBD 2 BASED UPON RECORD HIGH AMBIENT TEMP F o 2 COMBINER CALCULATIONS T c E HBA 7 SWITCHBOARD 1600A 480 277V COMBINER BOX 2 PV MODULE E20 327 COM NUMBER OF MODULES PER STRING 8 400AS NUMBER OF STRINGS PER COMBINER 34 VOLTAGE PER STRING 1 437 6 VDC SHORT CIRCUIT CURRENT PER STRING ISC 1 6 46A REQUIRED CONDUCTOR AMPACITY 4 STRINGSxISCx1 56 34 6 46 1 56 342 6A 400AF CONDUCTOR CHOSEN 500 KCMIL CONDUCTOR RATED AMPACITY 75 DEG 380A REVISIONS CONDUCTOR TEMPERATURE 90 DEG CONDUCTOR AMPACITY 90 DEG C 430A AMBIENT TEMP DERATING NEC TABLE 310 16 2 0 91 CONDUCTOR DERATED AMPACITY 391 3A 13 2j LONGEST CONDUCTOR DISTANCE FROM COMBINER 2 TO RECOMBINER 1 100 FT WORST CASE VOLTAGE DROP Z 0 8 Tem o O _ MR EE 2 BASED UPON RECORD HIGH AMBIENT TEMP F 1 2 5 4 5 6 7 8 9 10 11 12 200AS 100AS 250A o 150AF QOAF e e e e e e e e e e PV INVERTER EN uis m E EU zi _ _ d _ _ _ _ E 17115 E
12. RST CASE VOLTAGE DROP 0 8 400048 E HBM SWITCHBOARD 4000A 480 277V 3 4W 100KA JOB TITLE 1 BASED ON PANEL MANUFACTURER PUBLISHED DATA 2 BASED UPON RECORD HIGH AMBIENT TEMP TO PG amp E E MCC E 480V 600A STHING CALCULATIONS ADVANCED DESIGN CONSTRUCTION MANAGEMENT LOCATED IN ROOM MO2 PV MODULE E20 327 COM Northern California Office 5000 Executive Parkway Suite 475 NUMBER OF MODULES PER STRING 8 San Ramon CA 94583 VOLTAGE PER MODULE VMP 1 54 7 VDC T EUIS E 13 Eu OPEN CIRCUIT VOLTAGE VOC 1 64 9 VDC C M VOLTAGE CORRECTION FACTOR TABLE 690 7 OR VOC TEMP COEFFICIENT 176 6MV C SHORT CIRCUIT CURRENT PER MODULE ISC 1 6 46A IM MAX CIRCUIT CURRENT PER STRING NEC 690 8 A 1 6 46 1 25 8 08A e 2 REQUIRED CONDUCTOR AMPACITY NEC 690 8 B 1 8 08x1 25 10 10A d CUN eC OMNEUN zc Structural Design and Engineering 5 9 PANEL H6B FUSE SIZE 10A 414 Mason Street suite 605 CONDUCTOR CHOSEN 10 PV CABLE San Francisco CA 94102 C CONDUCTOR TEMPERATURE 90 Ph 415 772 9891 C CONDUCTOR AMPACITY 40A 83 AMBIENT TEMP DERATING NEC TABLE 310 16 2 0 91 E 8 TRANSFORMER CONDUCTOR DERATED AMPACITY 36 4A T6C LONGEST STRING DISTANCE 150 FT TECHNICAL i SPACE 4000AF
13. SUNPOWER MORE ENERGY FOR LIFE 20 4 efficiency Captures more sunlight and generates more power than conventional panels High performance Delivers excellent performance in real world conditions such as high temperatures could and low light 3 Commercial grade Optimized to maximize returns and energy production the E Series panel is a bankable solution for commercial solar applications Maxeon Solar Cells Fundamentally better Engineered for performance designed for reliability Engineered for peace of mind Designed to deliver consistent trouble free energy over a very long lifetime Designed for reliability The SunPower Solar Cell is the only cell built on a solid copper foundation Virtually impervious to the corrosion and cracking that degrade Conventional Panels 1 Ranked in Fraunhofer durability test 9 100 power maintained in Atlas 25 comprehensive PVDI Durability test E SERIES COMMERCIAL SOLAR PANELS HIGH PERFORMANCE amp EXCELLENT RELIABILITY SERIES E20 327 PANELS HIGH EFFICIENCY Generate more energy per square foot E Series commercial panels convert more sunlight to electricity producing 36 more power per panel and 60 more energy per square foot over 25 years HIGH ENERGY PRODUCTION Produce more energy per rated watt Mor
14. are engineered for reliability with more than 9976 monitored fleet availability The AE 250TX and AE 260TX are backed with an industry leading 10 year nationwide warranty and a comprehensive optional 20 year warranty plus the most responsive service and support team in the business AE Solar Energy is a US based company soe Superior Reliability Redundant cooling system with Smart Air Management Increased availability with gt 99 monitored fleet availability Low parts count reduces potential failure points Engineered busbar power connections Card cage circuit board system minimizes eletronic interconnections Exceptional Installability Bottom and side entry with generous bending area and oversized busbar landings Complete range of DC subcombiner fusing options Exterior mounting flanges for fast and easy anchoring with no pre drilling Easy to Maintain All maintenance and service via front and side access Fast change circuit board system shortens service time Load break rated AC and DC service disconnects Dedicated performance monitoring section Dimensions AE 250TX and AE 260TX 94 3 4 1 0000 00000000000 612 I 41 3 8 71 27 34 Construc
15. e energy to power your operations High year one performance delivers 7 9 more energy per rated watt This advantage increases over time producing 20 more energy over the first 25 years to meet your needs 12096 20 More Energy 11096 Per Rated Watt 100 j SunPower E Series 25 Year Energy Production Watt 90 35 more year 25 80 70 60 50 10 15 Years 10 Maintains High Power at High Temps PHOTON No Light Induced Degradation High Average Watts 696 4 Better Low Light and Spectral Response 296 High Performance Anti Reflective Glass Year 1 Energy Advantage Watt 096 sunpowercorp com SUNPOWER MORE ENERGY FOR LIFE E SERIES COMMERCIAL SOLAR PANELS SUNPOWER OFFERS THE BEST COMBINED POWER AND PRODUCT WARRANTY POWER WARRANTY 100 95 90 85 80 75 MEE 0 5 10 15 20 25 Years More guaranteed power 95 for first 5 years 0 4 yr to year 25 ELECTRICAL DATA E20 327 COM E19 310 COM Nominal Power Pnom 327 W 310 W Power Tolerance 5 3 5 3 Avg Panel Efficiency 20 4 19 3 Rated Voltage Vmpp 547 V 54 7 V Rated Current Impp 5 98 A 5 67 OpenCircuit Voltage 64 9 V 64 4 V Short Circuit Current Isc 6 46 A 6 05 A Maximum System Voltage 1000 V UL 1000 V IEC Maximum Series Fuse 20A Power Temp Coef Pmpp 0 38 C Voltage Temp Coef 176 6 mV C Current Temp Coef Isc 3 5 mA C REFERE
16. nnects Integrated ground fault detection and interruption Soft start circuit to reduce nuisance trips Sensitive components are protected from the environment while heat generating components are in the cooling airflow Back and sides of unit designed for zero clearance installations to minimize inverter space requirements Wiring access points on bottom and sides of inverter Designed for fork lift or sling transportation Zinc primed and powder coated steel enclosure for maximum corrosion resistance Designed to help maximize reliability with film type capacitors and bus bars in the power path Bright fluorescent green Vacuum display with UV cover for ease of reading in sunlight RS485 Modbus and RS232 communications Five year standard warranty Options PV Box solution with multiple inverters and medium voltage transformers Fused sub array combiner integrated with the inverter enclosure Positive ground configuration Remote monitoring and control options Preventative maintenance programs Warranty extensions and service contracts with uptime guarantees ONTARIO FIT COMPLIANT Schneider For more information about this product email re pvsales schneider electric com Electric Schneider Electric GT250 Solar Inverters COMPLIANT Device short name GT250 600 Electrical specifications Input DC Photovoltaic power 260 kW 260 kW Input voltage range MPPT 300 to 480 V 310 to
17. tegrated data monitoring solutions 24 V auxiliary power supply Stainless Steel Enclosure 20 year extended warranty Performance Monitoring Increase uptime and reduce maintenance costs with integrated performance monitoring hardware that enables connectivity to a variety of software solutions from industry leading monitoring partners The tight integration between AE Solar Energy and our monitoring partners creates a superior service and support experience while seamlessly delivering meaningful data Factory integration and testing of our UL listed monitoring solution ensures high reliability and significantly reduces field installation costs Advanced Energy Industries Inc 2012 c ely All rights reserved Printed in U S A Intertek ENG AE250 260TX 250 07 11 12 Advanced Energy is a registered U S trademark of Advanced Energy Industries Inc Schneider Electric GT250 Grid Tie Solar Inverters Easy to install and operate the Schneider Electric GT250 grid tie inverters automate startup shut down and fault detection scenarios They incorporate advanced Maximum Power Point Tracking technology to maximize the energy harvested from a PV array To ensure reliability the GT250 and their sub components have been tested using Highly Accelerated Life Testing HALT Multiple inverters are easily paralleled for larger power installations Features Integrated design with isolation transformer Includes AC and DC disco
18. tion Powder Coated Steel Environmental Rating NEMA 4 Isolation Transformer Integrated Integrated AC DC Disconnect included AC and DC Surge Protection Included Electrical 3 AE 260TX 5000 Ibs Powder Coated Steel Optional Stainless Steel NEMA 4 Pad Mount Integrated Included Included Array Configuration Positive or negative ground 890 A Maximum DC Input Voltage MPPT Voltage Range Open Circuit Turn On Voltage Positive or negative ground 925A 600 V 295 595 V 330 V Continuous Output Power Nominal Voltage 12 10 3 phase 4 wire grounded Wye 480 304 A 600 243 A 480 336 Arms 480 VAC 60 3 ms 600 269 Arms 600 VAC 60 3 ms Nominal Frequency 60 Hz Frequency Range 59 3 60 5 Hz adjustable to 57 0 Hz Total Harmonic Distortion lt 3 THD Maximum Continuous Current Short Circuit Fault Current 260 kW 480 Y 12 10 3 phase 4 wire grounded Wye 316A 336 Arms 480 VAC 60 3 ms 60 Hz 59 3 60 5 Hz adjustable to 57 0 Hz lt 3 THD lt 480 97 7 96 5 Efficiency Peak CEC 600 97 7 96 5 Standby Losses lt 33 W 97 7 97 0 lt 33 W Inverter Controls and Monitoring gt 0 99 adjustable to 0 9 leading or lagging gt 0 99 adjustable to 0 9 leading or lagging Communication Interfaces and RS 485 Ethernet Modbus TCP IP Protocols RS 485 Ethernet Modbus
19. wercorp com datasheets Read safety and installation instructions before using this product March 2013 SunPower Corporation All rights reserved SUNPOWER the SUNPOWER logo MAXEON MORE ENERGY FOR LIFE and SIGNATURE are trademarks or registered trademarks of SunPower Corporation Specifications included in this datasheet are subject to change without notice PRODUCT WARRANTY SunPower 0 5 10 15 20 25 Years Combined Power and Product Defect 25 year coverage that includes panel replacement costs OPERATING CONDITION AND MECHANICAL DATA Temperature Max load Impact resistance Appearance Solar Cells Tempered Glass Junction Box Connectors Frame Weight Standard tests Quality tests EHS Compliance Ammonia test Salt Spray test PID test Available listings 40 F to 185 F 40 C to 85 Wind 50 psf 2400 Pa 245 kg m front amp back Snow 112 psf 5400 Pa 550kg m front 1 inch 25 mm diameter hail at 52 mph 23 m s Class B 96 Monocrystalline Maxeon Gen II Cells High Transmission Tempered Anti Reflective IP 65 Rated MCA Compatible Class 2 silver anodized 41 165 18 6 kg TESTS AND CERTIFICATIONS UL 1703 IEC 61215 IEC 61730 ISO 9001 2008 ISO 14001 2004 RoHS OHSAS 18001 2007 lead free IEC 62716 IEC 61701 passed maximum severity Potential Induced Degradation free 1000V CEC JET KEMCO MCS FSEC CSA UL TUV 46mm 1046mm 41 2in
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