Manual State Transitions | Xantrex Technology PV100S-208 specification

Operation

Manual State Transitions

State conditions can also be transitioned manually. Refer to “Commanding Goal State Changes” on page 2–20for instructions on commanding PV100S goal states for manual transitions.

Shutdown → Matrix Test → Shutdown

1.Turn the ON/OFF switch to the OFF position.

2.Command the PV100S to the Matrix Test.

3.After completing the Matrix Test, command the PV100S to Shutdown.

If the ON/OFF switch is turned to ON while the PV100S is in the Matrix Test state, the PV100S will transition to Shutdown.

Power Tracking → Manual Current → Power Tracking or Shutdown

1.Verify the PV manual current parameter (I Manual %) is set to the desired percent of rated.

2.Command the PV100S to Manual Current mode from the operator interface keypad. While in the manual current mode, the user may change the PV manual current parameter. However, the user may demand greater current than the capacity of the PV array. If this causes the PV voltage to drop below the minimum operating voltage (300 Vdc), the PV100S will transition to Shutdown.

3.To exit the Manual Current mode, the user must manually command the PV100S to Power Tracking.

Automatic State Transitions

State conditions can also be transitioned automatically. Refer to “Commanding Goal State Changes” on page 2–20for instructions on commanding PV100S goal states.

Shutdown → Power Tracking → Shutdown

1.The ON/OFF switch must be turned to the ON position.

2.Once the PV voltage exceeds the PV voltage start set point (PV V Start) the PV100S will start a wake-up timer (PV T Start).

a)If the PV voltage remains above the PV start voltage set point for the duration of the wake-up timer, the PV100S will transition to Power Tracking.

b)If the PV power drops below the PV power stop set point, (PV P Stop) the PV100S will start a PV sleep timer (PV T Stop).

c)If the PV voltage and power remain below their respective setpoints for the duration of the sleep timer, the PV100S will transition to Shutdown.

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Xantrex Technology PV100S-208 Manual State Transitions, Automatic State Transitions, Shutdown → Matrix Test → Shutdown

Contents

PV100S 100 kW Grid-Tied Photovoltaic Inverter Page PV100S 100 kW Grid-Tied Photovoltaic Inverter Date and Revision Audience PurposeScope Organization Conventions Used Following conventions are used in this guide Abbreviations and Acronyms Related InformationPage Important Safety Instructions Safety Equipment General Safety PrecautionsPersonal Safety Wiring Requirements Safety Operational Safety Procedures Lockout and Tag To isolate the PV100S De-Energize/Isolation ProcedureInterconnection Standards Compliance Xii Contents Operation Commissioning TroubleshootingPreventative Maintenance Specifications Figures Figures Tables Page Introduction Operation Features Fixed Unity Power Factor Operation Peak Power Tracking Utility Voltage/Frequency Fault Automatic Reset 1Maximum Peak Power Tracking Anti-Island Protection Safety FeaturesPV Ground Fault Detection DC Over-voltage Detection Physical Characteristics 2PV100S Major Components Main Inverter Enclosure Power Distribution PanelPower Electronics Matrix Inductor Enclosure AC Interface Enclosure DC Interface EnclosureTransformer Enclosure Communications Enclosure 4AC Interface Enclosure and Transformer Enclosure Main Enclosure Door Interlock Switch Operator Interface Controls On/Off Switch Operator Interface Controls Communication Features AC and DC Disconnect Switches Data Logging System Status and Fault ReportingData logging features include Communication Methods Universal Front Panel Control Unit Ufcu PC Connection Methods 10PC Connections in the Communications Enclosure Pots Access Wireless Access Ethernet LAN Access Direct Access GUI Software Features Specific list of available parameters Operation Overview FaultsDescription of System Operation 1Operating States Flow Chart Transition Power TrackingOperating States Manual Current FaultShutdown Matrix Test Operator Interface Ufcu Keypad Operation and LCD Display LCD Display Initialization Screen Standard Display 4Operator Interface Menu Diagram Menu Structure Read Menu To Display Any Operational Value in the Read Menu 5Scrolling through the Read Menu 2Read Menu Descriptions Shut Down Sleep To use the Read-by-ID Feature READ-by-ID 3Data Logging Menu Write Menu Changing and Displaying Write Menu Parameter Values To change Write Menu parameters Minimum Grid Time Delay for PV Enable Peak Power Commanding Goal State Changes To change the Goal State Setting the Date and Time To change the Date and Time Automatic State Transitions Shutdown → Power Tracking → ShutdownManual State Transitions Shutdown → Matrix Test → Shutdown To clear the fault Auto-restart FeatureAny State → Fault To start up the PV100S Energize Procedure StartupDe-Energize/Isolation Procedure Shutdown Computer Communications with the PV100S 9GUI Interface Main Menu Screen Starting the Setup Program Using Autorun Installing the Graphic User Interface GUI SoftwareStarting the Software Setup Program Starting Setup Manually Starting Setup From a Command Prompt 10Starting Setup from a Command Prompt Model Specific Software Installation To continue with the GUI software installation 13GUI Setup Start Window 15GUI Setup Progress Indicator Window Running the GUI Remote/LAN Connection Direct Connection 18GUI Interface Screen if Connected Directly GUI Configuration Adding Inverters To configure the inverters in the GUI 21Operational Configuration Screen Limits 23Operational Configuration Screen Power Tracker 26Connection Configuration Screen General GUI Help 27GUI Help TopicsPage Commissioning To commission the PV100S Commissioning ProcedureStarting the Commissioning Test File Verify DC Voltage Serial NumberVerify AC Voltage Front Panel Display Inspect Inductor EnclosureApply Grid Voltage Establish Communications with the GUI Confirm AC Operational Parameters Verify Door Interlock Functions Confirm Power Tracker Configuration Operational ParametersConfirm DC Operational Parameters Completed Commissioning Thank You for choosing Xantrex The Smart Choice for PowerOperate Inverter Page Troubleshooting Respond to any PV100S alarm or fault as follows Faults and Fault CodesGeneral Troubleshooting Clearing Faults Manually 1LCD showing Fault Code Fault Code Descriptions 1Fault Codes Fault Code Descriptions 1Fault Codes Internal RAM error 1Fault Codes 1Fault Codes Fpga PreventativeMaintenance De-Energize/Isolation Procedure Maintenance SafetyOperational Safety Procedures Lockout and Tag TB4-A 3PV Terminal Locations Periodic Maintenance Monthly Intervals or As Required Electrical Connections Six-month IntervalsEnclosure Seals Inductor EnclosurePage Specifications System Specifications Environmental Specifications Electrical Specifications Over Voltage, Under Voltage and Frequency Ranges Wire Gauge and Torque Requirements TB2 Figure A-1Electrical Diagram sample Schematics Appendix a Schematics Appendix a Schematics Appendix a This page intentionally left blank Warranty and Product Information Xantrex Limited Warranty Product Disclaimer Product Registration Warranty and Return WA-4 Rev C Index IX-2 Rev C Page Xantrex Technology Inc