1 / 18

KM3NET-IT Tower Power System Rosanna Cocimano for KM3NET-IT Power Group 26 november 2014

KM3NET-IT Tower Power System Rosanna Cocimano for KM3NET-IT Power Group 26 november 2014. FLOOR POD 1. FLOOR POD 14. TOWER BASE. JUNCTION BOX. Power System layout - from JB to Tower floors. E-O. E O. E O. 1. E O. E-O. E-O. 2. Backbone cable 110 m 2 x 22 AWG. BASE MANIFOLD.

cristinad
Download Presentation

KM3NET-IT Tower Power System Rosanna Cocimano for KM3NET-IT Power Group 26 november 2014

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. KM3NET-ITTower Power SystemRosanna Cocimanofor KM3NET-IT Power Group26 november 2014

  2. FLOOR POD 1 FLOOR POD 14 TOWER BASE JUNCTION BOX Power System layout - from JB to Tower floors E-O E O E O 1 E O E-O E-O 2 Backbone cable 110 m 2 x 22 AWG .. . BASE MANIFOLD IL cable Max 200 m 2 x14 AWG E O 13 E O E O 14 Backbone cable 420 m 2 x 22 AWG BASE OPITIC POD BASE ELECTRONIC POD Rosanna Cocimano BASE POWER POD

  3. Tower Base – Power System block diagram V V P T Optical system INPUT E-O 375 V OUTPUT 14 Optical Pod FCM PSS HIDRO ACUSTIC TRASP presure sensor Electronics Pod Laser beacon OUTPUTS Serial link RS232 E-O 375 V 1 PCS mC + ADC E-O 2 MANIFOLD PSS 375V / LV Serial link RS232 A A 2x3 2 S 16 2 S 15 A 2 S 14 375 V INPUT from MVC A E-O 375 V OUTPUT 14 S 1 A 2 2 2 2 16 2 4 16 2x14 Power Pod 375 V INTPUT Rosanna Cocimano Oil filled

  4. Floor Pod – Power System block diagram V FCM PSS X 6 - PMT Hydrophone Oceanographic Instrumentation Floor Pod OPTICAL FIBRES 375 V E-O Backbone cable 2 x 22 AWG 110m - 420m 2 2 Rosanna Cocimano

  5. Power POD main features • hosts the portion of power system able to distribute the power coming from the JB to the users. • The users are: 14 floors, and all the local electrical loads located in the Base Power Pod (BPP), Base Electronic POD (BEP) and base Optical POD (BOP), external instrumentation included. • All the distribution lines are remotely switchable except for the local line that feeds the control system. • The communication between the local control system and shore is realized through a FCM board (located in the BEP) via optical fibres. • The Power Supply System (PSS) board e the Power Control System (PCS) boardare located in the PP. • The PSS allows voltage conversion from 375 V, delivered by the JB, to low voltages required by all the electrical loads. • The PCS allows monitoring and control of: V at the input and I of all the distribution lines, T and remote switch actuation. • In case of communication loss between PCS and FCM, the PCS guarantees the output lines feeding, thanks to a time-out system that automatically actuate all the switches of these lines. • The BPP will be oil filled, all the electronics components present inside it withstand oil bath. Rosanna Cocimano

  6. PSS - Power Supply System Board block diagram Current Signal Monitor Voltage Signal Monitor CONTROL & MONITORING LINE Current Signal Monitor Isolate I sensor Isolate V sensor Input filter 12V ON/OFF Control Fuse Input overvoltage transient suppressor I sensor Fuse +375VDC +5V 5V to12V Isolate DC-DC Step-Up Converter DC INPUT LINE RTN +12V 375V to 5V Isolate DC-DC Converter V375C5E50BL RTN (12V) 5V to 1.2V (RX-TX) Post Regulator 5V to 1.2V (FPGA) Post Regulator 5V to 3.3V Post Regulator 5V to 1.8V Post Regulator +3.3V DC OUTPUTS LINE +1.8V F3 F2 Power Sequencer F1 +1.2V +1.2V Rosanna Cocimano

  7. PSS - Power Supply System Board features The Power supply Board converts the 375V to a series of low voltages required by the users, its main features are listed below: • Working environment: oil bath, • Protection against input transient overvoltage, • 12V, 5V, 3.3V, 1.8V, 1.2V output voltages, • Soft start outputs (3.3V, 1.8V, 1.2V), • Flexible start up output sequencing, • 375 V input line current and voltage monitoring, • 5V output line current monitoring, • 50 W maximum total outputs (included DC/DC conversion losses), • Low output voltage ripple, • 12V isolated power supply for oceanographic instrumentation. Rosanna Cocimano

  8. PCS - Power Control System board block diagram Power POD INPUT 375VDC SW 1 + Soft Start PSS I Fuse To 8 Towers ( JB ) or To 14 Floors ( Tower base ) T SW 14 + Soft Start Fuse I uC Microchip SW 15 + Soft Start Fuse I To Optical POD SW 16 + Soft Start Fuse I ADC ADC To Electronics POD Serial RS232 & I2C switch soft start -100ms controlled voltage ramp Rosanna Cocimano PCS boardequippedwith 10 switches

  9. PCS - Power Control System features • Working environment: oil bath, • Working voltage 375V DC, max power 5 kW, • Distribute power to up to16 output lines, • Monitoring of input voltage and current of all output lines, • Monitoring of ambient parameters: temperature, • Remotely operated switches in all the output lines with a soft start system (100ms controlled voltage ramp), • Communication interface between PCS and the system via isolated asynchronous serial RS232, • Output short circuit protection. In case of an output line fuse blow up, the 375 V return will be opened to completely isolate the output load affected by the fault, • Time-out system that automatically actuate all the switches of the output lines in case of communication loss between PCS and the system, • Output lines current threshold remotely settable, • Autonomous switch off for over current threshold. Rosanna Cocimano

  10. Tower 8 and JB1 After integration and tests Rosanna Cocimano

  11. TOWER BASE Tower Base OPTIC POD POWER POD ELECTRONIC POD E O 1 E O 2 .. . BASE MANIFOLD E O 13 E O 14 BASE OPITIC POD BASE ELECTRONIC POD MANIFOLD Rosanna Cocimano BASE POWER POD

  12. Tower Base MANIFOLD BASE POWER POD BASE ELECTRONIC POD Rosanna Cocimano

  13. Test of ‘equivalent JB’ at full load + 1’equivalent tower’ SCOPE of the TEST: verify JB and Tower PCS boards and PSS boards functionality with long cables and different loads conditions. Measurements of electrical parameters with the operational voltage (375V) of all the feeding lines of JB and Towers. Short circuit test. Time out tests. Rosanna Cocimano

  14. Test equivalent JB at full load + 1equivalent tower

  15. TEST pre-deployment TOWER BASE - BTS Manager Several tests of fuctionality have been performed in each step of Tower integration. TOWER TEST READY TO BE DEPLOYED 6 Nov 20:07 7 floor on @ switch on load Floor on: 1-2-3-8- 9-10-14 Rosanna Cocimano

  16. Tower on the sea bed connected to JB1 (OUT 4) TOWER BASE - BTS Manager 16 Nov 14:40 All floor off, only tower baseon Rosanna Cocimano

  17. Tower on the sea bed connected to JB1 (OUT 4) TOWER BASE - BTS Manager 14 floor on @ switch on load Floor on: all 16 Nov 15:39 Rosanna Cocimano

  18. Tower on the sea bed connected to JB1 (OUT 4) TOWER BASE - BTS Manager 26 Nov 10:55 6 floor on - floor2 @ switch on load- floor 4,5,7,11,12 @ full load Floor on: 2-4-5-7-11-12 Rosanna Cocimano

More Related