Drawn by Matthew Fox & Peter Vieira. Revised by Andrew Geck. Drawing List LEGEND. DC Power. AC Power. Control/DAQ. Current Transformer

Transcription

1 LEGED DC Power AC Power Control/DAQ Current Transformer DC Circuit Breaker Circuit Breaker w/ Shunt Trip and AUX Feedback Disconnect / Switch Fan (Axial) Drawn by Matthew Fox & Peter Vieira Fuse ormally Closed Contact Revised by Andrew Geck ormally Open Contact Outlet (0A) Drawing List Drawing ame Title/Legend Power One-line Communications One-line 80V AC Bus 0/08V AC Bus 00V DC Bus 0V AC Distribution V DC Distribution Shunt Trip & Aux. Feedback Side A Power Supply Control Side B Power Supply Control I cdaq Input I cdaq Output System Grounding Page umber A-0 A- A- A- A- A- A- A- A-8 A- A-0 A- A- A- Relay Coil Stack Light Resistor Drawn/Revised By: TITLE/LEGED A-0 //00 TITLE/LEGED A-0 Andrew Geck 0/8/0

2 80VAC 80A -phase from Main Distribution panel CBPB0 80A ¼ Conduit Solar Simulator 80V Fused Disconnect 00V 00A rated w/ FRS-R-80 fuses Upper DC Wireway Hoffman 8x8x0 V Stack Lights Voltage Dividers (00:) ¾ EMT to tray For edtc data and interlock " SCH 0 PVC To edtc High Voltage DC Box (0VAC -phase out to Switchgear) " SCH 0 PVC Upper AC Wireway Hoffman 8x8x0 (80VAC -phase out to Switchgear) " SCH 0 PVC To Be Added Later: 08VAC -phase out to Switchgear 80VAC -phase out to Switchgear ½ Cond. for 0V supply ½ PVC for V and data feed. ½ Rigid Main Control Cabinet ote ¼ Conduit 80V -phase AC ote ½ EMT ½ EMT otes and 00A 80V Main Circuit Breaker (Cutler-Hammer.L.C0G) Side B Fused DC Disconnect Side A Fused DC Disconnect DC Inverter A up to 0kW ½ EMT ½ EMT ½ EMT # AWG Cond. SOOW ½ LFC ½ LFC 00A 00V 00A rated w/ fuse rated for inverter 00A 00V 00A rated w/ fuse rated for inverter 80V -phase Delta otes and otes and otes and AC AE Summit kw x kw DC Power Supply Up to kw otes and otes and DC 00A 08V Circuit Breaker 0A 0V Circuit Breaker 00A 80V A Circuit Breaker 00A 80V B Circuit Breaker AC Side A DC 0-00Vdc Side B (0Ω/000W) HPK00 (x) Side A (0Ω/000W) HPK00 (x) PVP 0 kw Inverter 0V -phase # AWG Cond. SEOOW Up to kw AC 0-00Vdc Preload Resistor Bank DC AC ½ EMT ½ EMT ½ EMT Side B DC ½ EMT ½ EMT ¾ EMT Inverter C: PVP00.kW Lower DC Wireway Hoffman 8x8x0 DC BUS A DC BUS A 08V -phase AC s 00: 00: Lower AC Wireway Hoffman 8x8x0 s 00: ½ Rigid DC BUS B DC BUS B DC Inverter D: PVP800-XV.8kW OTE : An E-stop circuit serves the purpose of tripping all shunt trip circuit breakers. The E-stop circuit consists of an E-stop button located on the door of the controls cabinet, trips on connection boxes on AC & DC output of the P.S., and relays from the Bitronics power meter, the compact DAQ, and the edtc system. See Shunt Trip Circuit (Page A-). OTE : DC Disconnects are not a fail safe precaution, however, as the power supply can hold voltage across the leads for extended periods of time (approx. minutes) after it is shut down. Extra measures should be taken to discharge the capacitors within the power supply before working on the leads of the power supply OTE : DC Disconnects are fused and fuses are rated for inverter maximum current. OTE : All CB s in the system are rated at 00k AIC. This is to protect against the possible ground faults in the InteGrid Switchgear which could propagate into our system. A thorough fault analysis of the switchgear and of our system as a part of the switchgear is in progress. If the AIC ratings change, adjust CB ratings appropriately. OTE : One of the 80V breakers has been removed. The Side A DC bus now feeds the edtc/battery storage system. Drawn/Revised By: One Line PV Simulator A- //00 Power One-Line A- Andrew Geck 0/8/0

3 00 0 InteGrid Linksys Router Subnet Mask:...0 Default Gateway:.8.. Located Outside of Control Cabinet 0 ½ PVC V and Ethernet Feed Main Control Cabinet 0 Bitronics M Serial USB 0 Ethernet IP: Side A Breakout Board Winford BRKM Side B Breakout Board Winford BRKM 0 Summit Power Supply See: Side B PS Control Circuit (Page A-0) Side B User Port 0 See: Side A PS Control Circuit (Page A-) Control Computer Side A User Port USB Cable USB I LabVIEW, Bitronics, DAQ, and Matlab Software. 0 Linksys Ethernet Hub 8 Serial Cable Serial Serial Serial for Configuration Serial 80 Ethernet Cate Out to PVP0kW Inverter Out to edtc system Spare Cable in Main Cabinet ot currently connected Ethernet IP: Drawn/Revised By: Data Communication A- //00 Communications One-line A- Andrew Geck 0/8/0

4 Control Cabinet AC Side 00 80V AC Bus A To Switchgear (Upper Gutter) A B C 0 0 Bitronics M Southern Transformer SB-TC USCCI ATMR ATMR ATMR Floating Shield 0 00AMP Voltage Sensor Wires Cutler-Hammer.L.C0G Shorting Block V AC Bus B To Switchgear (Upper Gutter) A B C A B C 80V From Inverter A (Lower Gutter) 00: 00: 00: ote FlexCore AL-0 FlexCore AL-0 FlexCore AL USCCI ATMR ATMR ATMR Floating Shield 0 00AMP Voltage Sensor Wires Cutler-Hammer.L.C0G 0 Southern Transformer SB-TC : FlexCore AL : FlexCore AL-0 0 OTE : One of the 80V breakers has been removed Shorting Block 00- A B C 80V From Inverter B (Lower Gutter) 00: 80V BUS A&B A- FlexCore AL-0 //00 80V BUS A&B A- Andrew Geck 0/8/0

5 Control Cabinet AC Side 00 08V AC Bus E To Switchgear (Upper Gutter) A B C 0 00AMP Cutler-Hammer.L.C0G 0 TB Southern Transformer SB-TC USCCI ATMR ATMR ATMR Floating Shield 0 Voltage Wires : FlexCore AL : FlexCore AL Shorting Block V AC Bus D To Switchgear (Upper Gutter) A B A B C 00: FlexCore AL-0 08V From Inverter D (Lower Wireway) USCCI ATMR ATMR 0-0- Floating Shield 0 0AMP Voltage Wires Cutler-Hammer.L.C0G Southern Transformer SB-TC : FlexCore AL Shorting Block A B 0V From Inverter C (Lower Wireway) ote 0 OTE : Optional 08V & 0V Bus Measurement Wiring Can Be Wired to Bitronics M terminals shown on page A- 0V Bus C & 08V Bus D A- //00 0V Bus C & 08V Bus D A- Andrew Geck 0/8/0

6 Control Box DC Side 00 DC Bus B From Power Supply B DC Bus A From Power Supply A (com) + -(com) TB 0 0 I cdaq-0 COM 8 AI 0 0V GD (Page A-) +V (Page A-) -V (Page A-) 0K L0S00D Hall-Effect Sensor (+V) (-V) (Vout) (GD) 0 COM AI 0K L0S00D Hall-Effect Sensor (+V) (-V) (Vout) (GD) 0 COM 0 AI To be wired after noise is reduced with ferrites on DC lines - - B S.A. HPVD K S.A. HPVD--80.M ATMR L USCCI ote 0 COM AI - - B 00K.M Precision Resistance Voltage Deviders L ATMR USCCI DC Disconnect Side B DC Disconnect Side A ote Upper Wireway Side A (0Ω/000W) HPK00 (x) Side B (0Ω/000W) HPK00 (x) TRS00R 00A TRS00R 00A Wiegmann SC808K ote Preload Resistor Bank KLKD 0 0A 80 0A KLKD 0 (com) + -(com) 0 ote : ominal value of resistor banks is 0 Ohms. Actual measured value is 0. Ohms ote : Hall effect sensor scale factor is V = 00 A Voltage divider scale factor is V = 00 V DC Bus B To Inverter B DC BUS A&B A- DC Bus A To edtc //00 DC BUS A&B A- Andrew Geck //0

7 Control Cabinet 00 0VAC Main in From CBPB0-CB 0A Breaker L 0 USCCI w/lp-cc-0 Fuse 0A Control Cabinet Main Switch 0 USCCI w/ ATDR Fuse A L Bitronics M Phoenix +/- V PS 0 L +V -V 0V Green V To Hall Effect -V To Hall Effect 0 V To Hall Effect (Page A-) 0 Power Outlet Box 0 L Uninterruptible Power Supply ote 0 0V AC to V DC Converter To Chassis PC Monitor 0 Control PC Linksys Ethernet Hub 80 Fan Switch for Preload Resistor Bank L 0 OTE : Top row of plugs in UPS are surge protection only. Bottom row are surge protection and battery backup. EBM Papst 0 Preload Resistor Bank Fans Component Power A- Drawn/Revised By: //00 0V Distribution A- Andrew Geck 0/8/0

8 Control Cabinet 00 V from Battery Supply in Switchgear Section +V COM 0 0AMP 0 A A USCC w/ EDCC Fuses 0 Phoenix Fuse Holder cdaq DO SUP +V (Page A-) 0 ma 8 Slot : 8 Slot : 0 8 Slot : 0 Bitronics M 0 A CR-BIT A 0 CB Shunt Trip +V (Page A-8) CB s Shunt Trip COM (Page A-8) 0 AUX feedback +V (Page A-8) AUX feedback COM (Page A-8) 80 Miscelaneous COM (Page A-8) 0 Component Power A- V Distribution A- Drawn/Revised By: //00 Andrew Geck 0/8/0

9 Control Box E-Stop 80 V Bus A 800 Shunt Trip + V from (A-) Yellow Shunt Trip 0 V from (A-) P.S. DC Output Cover 80 V Bus B ote Yellow 80 ote Emergency Stop Shunt Trip Contacts P.S. AC Input Cover CR-BIT AC Circuit Breaker Shunt Trip Coils 80 V Main Bus C Yellow 0 V Bus D CR-DAQ Yellow V Bus E CR-eDTC Yellow V CB E 80 AUX feedback + V from (A-) AUX feedback COM from (A-) DI 0+ Slot : Pin 0 (Page A-) 80 0V CB D DI + Slot : Pin (Page A-) 80 80V B CB B ote DI + Slot : Pin (Page A-) 80 80V A CB A DI + Slot : Pin (Page A-) 80V Main CB C ote 880 Light Green Light DI + Slot : Pin 8 (Page A-) Control Box E-Stop 80 OTE: The E-Stop push button is located on the control cabinet door. There is a relay trip from the Compact DAQ and from the Bitronics power meter that will trip the circuit breakers. The E-Stop circuit is wired such that in the case of 0V power loss the breakers will be tripped. OTE : One of the 80V breakers has been removed. OTE : light is on when breaker is on, and green light is on when breaker is off. DI + Slot : Pin 0 (Page A-) CB Control A- //00 Shunt Trip & Aux. Feedback A-8 Andrew Geck 8//0

10 Power Supply Control Box 00 Summit Power Supply User Port A Side A: Pin Shielded Serial Cable Side A: Pin Shielded Serial Cable User Cable A Breakout Board DO- OUTPUT.D DO- OUTPUT.D 0-V DC DI + DI - 0 DO- VILOWR.D DO- READY.D DO- VILOWR.D DO- READY.D 0-V DC 0-V DC DI + DI + DI - DI - DI Module Slot : OUTCOM.D OUTCOM.D 0 DI- AUX.D DI- VAC.D DI- AUX.D DI- VAC.D CR- DI- WATER.D DI- WATER.D 0 ITLKCOM.D ITLKCOM.D 0 DI- OFF.D DI- CLEAR.D DI- IREG.D DI- OFF.D DI- CLEAR.D DI- IREG.D CR- CR- CR- Relays CR- to CR- are controlled by DO Module Slot : 0 DI- PREG.D DI- O.D DI- PREG.D DI- O.D CR- CR- ICOM.D ICOM.D 0 AO- VOUT.A AO- VOUT.A 0-0V DC AI AI AO- POUT.A AO- POUT.A 0-0V DC AI AI AO- IOUT.A AO- IOUT.A 0-0V DC AI AI AI Module Slot 8: 0 0 AO- LEVELOUT.A AO- LEVELOUT.A 0-0V DC AI AI AO- REF.A AO- REF.A 0-0V DC AI 8 AI OUTCOM.A OUTCOM.A 80 AI- LEVELI.A ICOM.A 0 AI- LEVELI.A ICOM.A 0 0-0V DC AO COM AO Module Slot : 0 ote : Summit Supply Analog Scale Factors: (Signal = Real) 0 V = 000 V 0 V = 00 A 0 V = 000 W PS Control Wiring A- //00 Side A: PS Control A- Andrew Geck 8//0

11 Power Supply Control Box 000 Summit Power Supply User Port B Side B: Pin Shielded Serial Cable Side B: Pin Shielded Serial Cable User Cable B Breakout Board DO- OUTPUT.D DO- OUTPUT.D 0-V DC DI + DI - 00 DO- VILOWR.D DO- READY.D DO- VILOWR.D DO- READY.D 0-V DC 0-V DC DI + DI + DI - DI - DI Module Slot : OUTCOM.D OUTCOM.D 00 DI- AUX.D DI- VAC.D DI- AUX.D DI- VAC.D CR- DI- WATER.D DI- WATER.D 00 ITLKCOM.D ITLKCOM.D 00 DI- OFF.D DI- CLEAR.D DI- IREG.D DI- OFF.D DI- CLEAR.D DI- IREG.D CR-8 CR- CR-0 Relays CR- to CR- are controlled by DO Module Slot : 00 DI- PREG.D DI- O.D DI- PREG.D DI- O.D CR- CR- ICOM.D ICOM.D 00 AO- VOUT.A AO- VOUT.A 0-0V DC AI AI AO- POUT.A AO- POUT.A 0-0V DC AI 0 AI 8 AO- IOUT.A AO- IOUT.A 0-0V DC AI AI AI Module Slot 8: 0 00 AO- LEVELOUT.A AO- LEVELOUT.A 0-0V DC AI AI 0 AO- REF.A AO- REF.A 0-0V DC AI AI OUTCOM.A OUTCOM.A 080 AI- LEVELI.A ICOM.A 0 AI- LEVELI.A ICOM.A 0 0-0V DC AO COM AO Module Slot : 00 ote : Summit Supply Analog Scale Factors: (Signal = Real) 0 V = 000 V 0 V = 00 A 0 V = 000 W PS Control Wiring A- //00 Side B: PS Control A-0 Andrew Geck 8//0

12 00 Slot : V Digital Input Breaker & E-stop Aux. Feedback 08V Breaker E C contact (Page A-8) 0V Breaker D C contact (Page A-8) 0 DI0+ DI+ DI- DI0-80 V Breaker B C contact (Page A-8) DI+ DI- 0 80V Breaker A C contact (Page A-8) DI+ DI- Miscelaneous COM (Page A-) 80V Main Breaker C C contact (Page A-8) 8 DI+ DI- Control Box E-Stop C contact (Page A-8) 0 DI+ DI- 0 DI+ DI- DI+ DI- 0 Slot : V Digital Input Summit Supply Status Monitoring Side A Breakout Board Pin (Page A-) 0 DI0+ DI+ DI+ DI0- DI- DI- Side A Breakout Board Pin (Page A-) DI+ DI- 0 Side A Breakout Board Pin (Page A-) Side B Breakout Board Pin (Page A-0) 8 0 DI+ DI+ DI- DI- Green Side A Breakout Board Pin (Page A-) Side B Breakout Board Pin (Page A-0) DI+ DI- Side B Breakout Board Pin (Page A-0) DI+ DI- Green Side B Breakout Board Pin (Page A-0) 0 Slot 8: 0 0V Analog Input Side A Hall Effect Sensor Positive (Page A-) Side B Hall Effect Sensor Positive (Page A-) AI0 AI AI8 AI 0 Side A Hall Effect Sensor Common (Page A-) Side B Hall Effect Sensor Common (Page A-) Jumper to Slot 8 pin (this page) AI AI0 Jumper to Slot 8 pin (this page) Jumper to Slot 8 pin (this page) AI AI Jumper to Slot 8 pin (this page) ote 0 Jumper to Slot 8 pin (this page) AI AI Jumper to Slot 8 pin (this page) Jumper to Slot pin 0 (Page A-) AI AI Jumper to Slot pin (Page A-) Side A Breakout Board: Pin (Page A-) Side A Breakout Board: Pin (Page A-) 8 AI AI AI AI Side A Breakout Board Pin (Page A-) 0 Side A Breakout Board: Pin (Page A-) Side A Breakout Board: Pin (Page A-) 0 AI AI AI AI 8 Side A Breakout Board: Pin (Page A-) AI8 AI 80 Side B Breakout Board: Pin (Page A-0) Side B Breakout Board: Pin (Page A-0) Side B Breakout Board: Pin (Page A-0) AI AI0 AI AI AI8 AI 0 Side B Breakout Board Pin (Page A-0) Side B Breakout Board: Pin (Page A-0) AI AI0 Side B Breakout Board: Pin (Page A-0) AI AI 0 Jumper to Slot 8 AIS and to Ground 8 COM DO0 AIS PFI0 Jumper to Slot 8 COM (this page) ote : Summit Supply Analog Scale Factors: (Signal = Real) 0 V = 000 V 0 V = 00 A 0 V = 000 W ote : Jumpers from to and to are temporary until the voltage divider wiring is configured. Jumpers to slot are for testing analog in and out. cdaq Input A- Andrew Geck 8//0

13 00 Slot : V Digital Output 0 DO0 DO DO DO 0 V Supply (Page A-) DO DO DO DO 8 VSUP Bitronics M Miscelaneous COM (Page A-) CR-DAQ A A Miscelaneous COM (Page A-) 0 V Common (Page A-) COM 0 Slot : V Digital Output Summit Supply Side A Relays 0 DO0 DO DO DO DO DO CR- A A CR- A A CR- A A CR- Miscelaneous COM (Page A-) 0 V Supply (Page A-) V Common (Page A-) DO DO 8 VSUP COM A A CR- A A CR- A A 0 0 Slot : V Digital Output Summit Supply Side B Relays 0 DO0 DO DO DO DO DO CR- A A CR-8 A A CR- A A CR-0 Miscelaneous COM (Page A-) 0 V Supply (Page A-) V Common (Page A-) DO DO 8 VSUP COM A A CR- A A CR- A A 80 Slot : 0V Analog Output 0 AO0 COM Jumper to Slot 8 pin (Page A-) Jumper to Slot 8 pin (Page A-) AO COM AO Side A Breakout Board: Pin (Page A-) 0 ote : Summit Supply Analog Scale Factors: (Signal = Real) 0 V = 000 V 0 V = 00 A 0 V = 000 W COM AO COM 8 C COM Side A Breakout Board: Pin 0 (Page A-) Side B Breakout Board: Pin (Page A-0) Side B Breakout Board: Pin 0 (Page A-0) cdaq Output A- Andrew Geck 0/8/0

14 Lower DC Wireway DC Disconnect Side B Upper DC Wireway Main Circuit Breaker Solar Simulator 80V AC Fused Disconnect DC Disconnect Side A Building Ground from Main Distribution Panel CBPB0-CB Summit Power Supply AC Ground User Port Frame Frame Outlet Box Bitronics M +/- V Power Supply PVP 00 Inverter Shorting Blocks Building DC Grounding Electrode Control Cabinet PVP 800 Inverter 80V B Circuit Breaker ote PVP 0 kw Inverter 80V A Circuit Breaker 08V Circuit Breaker 0V Circuit Breaker Upper DC Wireway OTE : One of the 80V breakers has been removed. Drawn/Revised By: System Grounding A-8 //00 System Grounding A- Andrew Geck 8//0