Permit PackageBakerSchoolOkaloosa.pdf - Florida Solar Energy ...

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A C Current Transducer Wiring SCALE: NTS Solar Irradiation Sensor Bracket SCALE: NTS Notes: Morning Star Relay Driver input voltage 8- 68VDC. Supply from battery or AC adapter. Relay Driver load without relays is 20mA. Individual Channel maximum output is 750mA Current transducer output voltage 0 - 10VDC. Current transducer sensor wiring #18 AWG Sensed wire must pass through center of current transducer window DC wiring colors: Black= NEG, Red= POS or per code. Notes: green House Computers, LLC This bracket is designed to mount a solar irradiance sensor in the plane of the array. Before affixing the irradiance sensor to the array, verify that the sensor is level with respect to the mounting bracket. Install such that shadows are not cast on an adjacent solar panel. green House Computers, LLC Title: Current transducer wiring, 120 /240 single phase Description: Wiring diagram showing two current transducers connected to a Morningstar Relay Driver. Title: Solar irradiation sensor Bracket Description: Bracket for mounting APRS6557 to solar array racking. B greenMonitor lite connector diagram SCALE: NTS green House Computers, LLC Austin, TX "Bringing Intelligence to Energy Conservation and Renewable Energy" SunSmart Schools System Content OutBack System Monitoring greenMonitor Lite, 8GB Flash, greenMonitor “Individual Advanced” software with Modbus enablement. 15VDC / 120VAC adapter RS-232 Mate-wired serial cable, 6', shielded hoods. Cat 5 network cable, 7' (2m) 4 port USB Hub, unpowered. Load Center Monitoring Critical Loads Panel (Inverter output connectors): Morningstar Relay Driver 3 x Veris Industries Hawkeye 923 Current Transducer USB-to-Serial Adapter Grid Connection (Inverter input connectors): Morningstar Relay Driver 3 x Veris Industries Hawkeye 923 Current Transducer USB-to-Serial Adapter Environmental Monitoring APRS World Wind Data Logger 4x4 PVC junction box with 2 x 3/4” openings for power, communication and sensor wiring. 15VDC / 120VAC adapter 1' RS-232 to stripped leads pigtail, unshielded hood. USB-to-Serial Adapter #40R Anemometer 1' anemometer stub, 1/2” galvanized EMT. Davis Instruments Pyranometer Pyranometer bracket Ambient temperature sensor, 30' cable Stevenson Screen for ambient temperature sensor Panel temperature sensor, 7' cable D Monitoring System Content SCALE: NTS Notes: green House Computers, LLC greenMonitor Lite includes Mate-wired serial cable, 7' (2m) Cat 5 /5E cable, Power over Ethernet (PoE) injector and 15 VDC 120 VAC adapter. Title: greenMonitor lite connector diagram Description: Diagram of connectors and indicator lights for a greenMonitor Lite. 5 sensor combiner wind speed and direction (not included) with 3 analog sensors to combined output 5 sensor splitter combined input to wind and analog input 50' patch cable splitter to combiner interconnection. 2 x 1' Cat 5 patch cable splitter to wind and analog inputs splitter to wind and analog inputs 1369 14th Street, Baker, FL 32531 Design for: I CERTIFY THAT THIS PV SYSTEM FULLY COMPLIES WITH THE REQUIREMENTS OF NEC 690. PV SYSTEM Total Output: # Modules: Manufacturer: Model: Baker School Solar School Shelters Battery Backup PV System SCALE: green House NTS Computers, LLC DRAWN Drawn By: BY: Julie RB,HB Haugh CHECKED Date: 02 BY: /09/11 EC DATE: 10/03/11 SHEET 12 OF 20 Revision: 00 10.08 kW 42 Solar World 240 Sheet: E.E. Castillo, PE Licensed Engineer #: PE52590 green House Computers, LLC Monitoring System Certification of Authorization #28406 3601 N. DIXIE HWY, BAY 16 BOCA RATON, FL 33431 PHONE: 561.750.8677 FAX:561.750.0518 E-08
Battery Backup Grid-Connected Photovoltaic Emergency Power System Installation Notes The following is a brief summary of equipment installation notes. The owner and the installer will be provided with all manufacturers' instruction manuals as well as a copy of the materials that have been submitted to the Florida Solar Energy Center for design review of the system. Summary of Major Equipment Manufacturer, Model and Listing/Compliance Note that the Outback GVFX3648 Inverters will supply a maximum of 10,800 watts if the utility grid is down. When the utility grid is up, the three inverters will pass through 50A @ 120V, or 18,000 VA. If the utility grid is down, the system operates as a stand-alone PV system and is thus subject to the provisions of NEC 690.10(A). When the utility grid is operational, the PV system loads are subject to NEC 220. Note also that the PV system can be expected to generate approximately 36 kWh per day as long as the day is mostly sunny. In the event of a utility outage, run times of loads may need to be adjusted on a daily basis to avoid having the inverter shut down if the battery state of charge reaches the minimum allowable limit of 44 volts. When the utility is in operation, the kWh consumption is no longer limited by battery capacity, since the grid will supply 14,400 VA continuously (50A C.B.) via the inverter if necessary. I. PV Module Installation Item Manufacturer Model Listing PV Modules Solar World SW 240 Poly UL Source ckt Combiner Box DC Component Enclosure Outback Power Outback Power PV8 FW1000DC ETL ETL GFDI Device Outback Power OBDC-GFP2 ETL Inverter Outback Power GVFX3648 ETL (to UL1741) Charge Controller Outback Power FM-80 ETL AC Component Enclosure Outback Power FW1000AC ETL Storage Batteries Sun-Xtender PVX-3050T ЯU A. Electrical Notes 1. Modules are prewired with #12 PV Wire conductors with molded W/P connectors. Use only the connectors provided for connecting modules in series. Do not cut connectors off as this may void the manufacturer's warranty. Do not disconnect connectors under load. 2. Module output is DC. Twist-on connectors are not suitable for use with DC. Use only the terminal strips or Polaris taps enclosed in a weatherproof junction box to transition wires if needed. 3. If junction boxes are used, use cord connector strain relief at junction box entries of module open wiring conductors. Be sure connectors are tightened sufficiently to prevent water entry into the junction box along the wires. 4. Use lay-in ground lugs or WEEB components for grounding modules and module racking. Mount ground lugs to modules using #10-32 self-threading stainless steel bolts, nuts and lockwashers that are provided with the lugs. Use #10 solid bare wire in continuous runs to ground modules. Removal of any module from the system must not affect the grounding of the remaining modules. 5. Bond all array mounting structure to modules using approved bonding clips. Use one clip for each individual length of mounting rail. 6. Strap all module open wiring neatly to the mounting frame using UV resistant wire straps. 7. Follow school building code requirements for all electrical conduit and and components. 8. If DC wiring passes through building interior space, NEC690.31(E) requires that the wiring be enclosed in metallic conduit up to the first readily accessible disconnecting means. B. Mechanical Notes 1. Use Stainless Steel hardware to attach PV Modules to PV Array mounting frame 2. Follow module mounting detail shown in mechanical drawings of mounting frame. II. Source Circuit Combiner Box Installation Follow manufacturer's instructions. III. FW1000 AC and DC Disconnect Enclosure Installation Follow manufacturer's instructions. IV. System Batteries Installation Follow manufacturer's instructions and install in accordance with NEC requirements. Maintenance free batteries will only need to be vented at the top and bottom of battery container to keep the batteries cool, as per IEEE 1187 and the terminals will need to be protected from accidental short circuits. Use only UL listed cables and cable lugs crimped with approved UL crimping tool. The use of fine stranded battery cables is highly recommended to reduce the strain on battery terminals. Do not use battery lugs that have an inspection peep hole for battery connections, as these lugs are not suitable for use with batteries. V. GVFX 3648 Inverter Installation Follow manufacturer's instructions for installation and programming via the MATE system controller. VI. MX-80 MPPT Charge Controller Installation Follow manufacturer's instructions for installation and programming via the MATE system controller. VII. Balance of System (BOS) Component Installation The balance of system components are shown on the electrical schematic diagram. These are standard AC components that require wiring according to NEC, using standard wiring practices. In particular, the point of utility connection (PUC) has been designed to meet the requirements of NEC 690.64. 1369 14th Street, Baker, FL 32531 Design for: I CERTIFY THAT THIS PV SYSTEM FULLY COMPLIES WITH THE REQUIREMENTS OF NEC 690. PV SYSTEM Total Output: # Modules: Manufacturer: Model: Baker School Solar School Shelters Battery Backup PV System Notes SCALE: NTS DRAWN BY: RB,HB CHECKED BY: EC DATE: 10/03/11 SHEET 13 OF 20 Revision: 00 10.08 kW 42 Solar World 240 Sheet: E.E. Castillo, PE Licensed Engineer #: PE52590 Certification of Authorization #28406 3601 N. DIXIE HWY, BAY 16 BOCA RATON, FL 33431 PHONE: 561.750.8677 FAX:561.750.0518 N-01
Page 1 and 2: Solar School Shelters Baker School
Page 3 and 4: Solar Array North Side - Baker Scho
Page 5 and 6: 1 1 1 2 2 2 3 3 3 4 4 4 5 5 5 Combi
Page 7 and 8: 1 1/4" conduit (4) #4 & (1) #10 THW
Page 9 and 10: PV System Electrical Calculations f
Page 11: A C MONITORING SYSTEM SCALE: NTS AP
Page 15 and 16: A C 3/4” Metal LB 4”X4”X2”
Page 17 and 18: Solar Panel - Inverter Data Sheet S
Page 19 and 20: Battery Data Sheet SCALE: NTS 1369

Permit PackageBakerSchoolOkaloosa.pdf - Florida Solar Energy ...

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