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SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA - Ref.: IOMSUNPCXX07-EN 01

• Fix both the lateral bases

SUNSYS PCS

IM 132 - 200 TL

AUXILIARY CONNECTION

The SUNSYS PCS

IM equipment is powered by a special single-phase voltage (refer to 'Technical specifications'

chapter). The auxiliary voltage must be connected to the relevant socket.

WARNING: risk of damage to the system if not observed!

SUNSYS PCS

IM 33 - 66 TR

SUNSYS PCS

100TR

Power supply

Interface protection

jumper

Cable for PCS

auxiliary mains

Cable for

BES auxiliary

mains

Interface protection

jumper

NOTE! The auxiliary voltage is generated
in the transformer cabinet and supplied
to the PCS and BES through the cables
supplied by SOCOMEC, as shown in
figure.

Summary of Contents for SUNSYS PCS2 IM UL Series

Page 1: ...SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA EN INSTALLATION AND OPERATING MANUAL www socomec com ...

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Page 3: ... OVERVIEW 57 10 2 MENU TREE 60 10 3 MENU DESCRIPTION 62 10 4 DEFAULT SETTINGS 64 10 4 1 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL VOLTAGES 64 10 4 2 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL FREQUENCIES 64 10 4 3 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL VOLTAGES 64 10 4 4 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL FREQUENCIES 64 10 4 5 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL VOLTAGES 6...

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Page 5: ...nt to use the document for the application indicated by SOCOMEC is granted to the recipient of this document The reproduction modification distribution of this document either partially or wholly and in any manner is strictly prohibited except upon Socomec s express prior written consent This document is not a specification SOCOMEC reserves the right to make any changes to the information provided...

Page 6: ...ystem BES safety instructions carefully in order to work under safe conditions If the Battery Energy System BES is not supplied by SOCOMEC overcurrent protection for the BES is to be provided by others NOTE Any work carried out on the equipment must be performed by skilled qualified technicians NOTE Before carrying out any operations on the unit read the installation and operating manual care full...

Page 7: ...lectricity supply AC and DC voltages has been disconnected Cover or separate nearby live device units DANGER RISK OF ELECTRIC SHOCK After disconnecting all power sources wait approx 5 minutes for the complete discharge of the unit CAUTION RISK OF BURNS During operation the casing can reach high temperatures Do not touch the surfaces NOTE Use AWG 90 C copper wire NOTE The tightening torque for DC a...

Page 8: ...e circuit breaker is OFF 5 min Waiting time before operating Protective earth terminal PE Authorised personnel only No smoking Risk of electric shock Risk of explosion Avoid short circuits Read the user instructions carefully Read the user manual before performing any operations Wear protective gloves Wear safety shoes Wear protective goggles In the event of contact with the eyes wash immediately ...

Page 9: ...patibility EMS Energy Management System ESS Energy Storage System HMI Human Machine Interface IEC International Electrotechnical Commission IM Islanding Mode IMD Insulation Monitoring Device PCS Power Conversion System PE Protective Earth PMS Power Management System PV Photovoltaic SBMS System BMS SOC State of Charge SOH State of Health SPD Surge Protection Device THDI Total Harmonic Distortion in...

Page 10: ...NSYS PCS IM can limit the impact of increases in the electricity retail price by supplying the load to cut peak demand peak shaving maximising PV energy self consumption at building or community level Any PV energy surplus is stored in the SUNSYS PCS IM battery system This stored energy is used later to supply the load 1 PV plants Manage the intermittence of renewable energy production SUNSYS PCS2...

Page 11: ...ty and management of grid operators thanks to voltage and frequency regulation load shifting peak shaving and ancillary services for grid support 3 Microgrids Ensure energy availability and quality The SUNSYS PCS IM enables the microgrid to disconnect from the main grid and be electrically autonomous thanks to local generation PV Wind Diesel generators etc 4 To sum up Products Applications On Grid...

Page 12: ...ERSIONS SUNSYS PCS SUNSYS PCS IM 33 kVA 66 kVA 100 kVA 132 kVA 200 kVA 33 kVA 66 kVA 100 kVA 132 kVA 200 kVA Internal transformer TR version External transformer TL version 3 2 UL VERSIONS SUNSYS PCS SUNSYS PCS IM 33 kVA 66 kVA 100 kVA 132 kVA 200 kVA 33 kVA 66 kVA 100 kVA 132 kVA 200 kVA Internal transformer TR version External transformer TL version ...

Page 13: ...ms only For information regarding ambient temperature dimensions and weights refer to Technical specifications chapter To position the unit correctly see the diagrams below ROOM POSITIONING Top view Free area SUNSYS PCS2 SUNSYS PCS2 SUNSYS PCS2 30 cm 1 5 m SPACING AIR FREE To ensure the full unit power up to 40 C ambient temperature observe the following minimum distances rear space 30 cm above sp...

Page 14: ...10 cm 45 cm 75 25 cm 75 SPACING AIR FLOW Typical air extraction structure SUNSYS PCS2 hood air air extractor external environment internal environment 10 cm Minimum air extractor flow 1 Models Minimum extraction flow 33 TR 600 m3 h 66 TR 1200 m3 h 100 TR 1800 m3 h 132 TL 1780 m3 h 200 TL 2700 m3 h 1 SUNSYS PCS2 at a distance of 10 cm from the rear wall 40 C ambient temperature and full load NOTE t...

Page 15: ... close as possible to the installation site WARNING HEAVY WEIGHT Move the unit using a fork lift truck taking the utmost caution at all times The unit MUST be handled by at least two people The people MUST take position at the sides of the PCS with respect to the direction of movement Do not move the unit by putting pressure on the front door When moving the unit on even slightly sloping surfaces ...

Page 16: ...with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 4 3 FLOOR ASSEMBLY PCS2 IM range 33 66 100 TR Remove the protective cover 30 cm SUNSYS PCS2 Rear PCS2 IM 132 200 TL Level adjustment and floor fixing Level regulation bolt Fixing bolt 618 mm 7 2 0 m m ...

Page 17: ...by at least two people 34 5 kg 76 lb WARNING RISK OF TIPPING OVER before carrying out any operations ensure the SUNSYS PCS2 IM is secured at the feet WARNING RISK OF TIPPING OVER the modules must be inserted from the bottom upwards and removed from the top downwards to ensure the unit remains stable WARNING the modules have to be moved individually Never handle more than one module 4 4 1 PROCEDURE...

Page 18: ...M UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Position the cables in the hose clamp to enable correct module insertion Remove the Lexan protection on the connectors ...

Page 19: ...00 kVA Ref IOMSUNPCXX07 EN 01 Place the module on the guides and insert it up to the limit starting by the lower one In order to ensure the safety of installers installers shall be at least two people to process the installation 34 5 kg 76 lb 76 lb 34 5 kg Insert the connectors and secure them ...

Page 20: ...er Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Position the Lexan protection and secure it Insert the module completely Tighten the screws to secure the module to the SUNSYS PCS2 IM ...

Page 21: ...21 EN SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Connect the communication cable Communication cable ...

Page 22: ...UNPCXX07 EN 01 4 4 2 PROCEDURE FOR PCS2 IM 132 200 TL Open the doors With the appropriate key A open the lock then pull the hook B and open the right door Unhook the upper latch C and lower latch D and open the left door 135 C D B A 135 Left door Right door NOTE in PCS2 132 TL module A and D are not present ...

Page 23: ...M UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Position the cables in the hose clamp to enable correct module insertion Remove the Lexan protection on the connectors ...

Page 24: ...L Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Insertion of the lower three modules Place the module on the guides and insert it up to the limit starting by the lower one ...

Page 25: ...e lower one The Socomec shelf can be used to facilitate the insertion of the upper three modules The shelf can be used only by persons authorized by Socomec Keep this shelf available to service people for commissioning or future maintenance activities Disconnect the CAN BUS cables 1 Assemble the shelf on the PCS2 IM frame inserting its joints into the PCS2 IM frame holes 1 ...

Page 26: ...N SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Make sure the shelf is properly assembled 1 Place the module on the shelf 34 5 kg 76 lb ...

Page 27: ...SYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Place the module on the guides and insert it up to the limit Insert the connectors and secure them ...

Page 28: ... SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Position the Lexan protection and secure it Insert the module completely Remove the shelf ...

Page 29: ...ersion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Tighten the screws to secure the module to the SUNSYS PCS2 IM In PCS2 132 TL the unused slots are covered with a panel do not remove this protection ...

Page 30: ...30 EN SUNSYS PCS2 IM UL Power Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Connect the communication cable Communication cable ...

Page 31: ...e the doors Close the left door and hook it with the both upper latch C and lower latch D Close the right leaf and close the hook B until the first clack The door is locked but the lock is not activated To lock the door press the coupling B fully C D B B Left door Right door 1st clack Closure activated 2nd clack Lock activated ...

Page 32: ...copper wire 20 Nm 66 TR 100 A type D 100 TR 160 A type D 132 TL 315 A type C Insulation Monitoring Device IMD 200 TL 500A type C 1 It is advisable to carry out a preliminary check on the earth current leakage with the PCS installed and operational with the definitive configuration batteries etc so as to prevent the RCD tripping The auxiliary power supply socket must be protected with a 10 A magnet...

Page 33: ...e batteries the centralised fuse connection will be used and the fuses will be provided WARNING the SUNSYS PCS2 IM is designed for transient over voltages in category II installa tions for DC terminals If the SUNSYS PCS2 IM can be subjected to transient over voltages in category III installations or if the distance from the SPDs of the battery cabinet is excessive protective SPDs must be fitted ne...

Page 34: ...n switch IEC320 AUX output for assistance IEC320 AUX power input Q70 SUNSYS PCS2 output disconnection switch Q1 Module A input disconnection switch Detail 2 Detail 1 Module A SPD AC 1 Detail 1 Detail 2 disconnection switches with fuse RS232 485 RS232 1 Disconnection switch for IEC320 connector AUX power supply 2 Disconnection switch for IEC320 connector for assistance 1 2 1 Refer to Standard featu...

Page 35: ...rsion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 WIRING DIAGRAM FOR SUNSYS PCS2 IM 33 TR 3Ph PE DC Q1A Q3A T1 K1 Q70 X90 X10A Batteries AC main network Option SPD IN SPD OUT AC terminals DC terminals ...

Page 36: ...for assistance IEC320 AUX power input Q70 SUNSYS PCS2 output disconnection switch Q1 Module B input disconnection switch Q1 Module A input disconnection switch Detail 2 Detail 1 Module A Module B SPD AC 1 Detail 1 Detail 2 disconnection switches with fuse RS232 485 RS232 1 Disconnection switch for IEC320 connector AUX power supply 2 Disconnection switch for IEC320 connector for assistance 3 Fan fu...

Page 37: ...torage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 WIRING DIAGRAM FOR SUNSYS PCS2 IM 66 TR DC DC 3Ph PE X10A X10B Q1B Q3B X90 Q70 Q3A T1 K1 Q1A SPD OUT Common DC Batteries Batteries AC main network Option SPD IN AC terminals DC terminals ...

Page 38: ...upply socket Detail 1 SPD AC 1 Detail 2 RS232 485 see Standard features and options chapter for details Module A Module B Module C Detail 1 disconnect switches with fuse Detail 2 disconnection switches with fuse 1 Disconnect switch for input AUX power supply plug 2 Disconnect switch for output AUX power supply socket for assistance 1 2 1 Disconnect switch for AUX power supply 2 Disconnect switch f...

Page 39: ...ode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 WIRING DIAGRAM FOR SUNSYS PCS2 IM 100 TR Batteries Batteries Batteries Cabinet transformer AC mains network Auxiliary mains SBMS Auxiliary mains PCS2 Output PCS2 Option SPD IN SPD OUT Common DC AC terminals AC terminals DC terminals ...

Page 40: ...le C output disconnection switch Q3 Module D output disconnection switch Q3 Module E output disconnection switch Q3 Module F output disconnection switch IEC320 AUX output for assistance IEC320 AUX power input RS232 485 Upper control pnale Lower control pnale RS232 485 RS232 Modem RS232 Modem USB USB Ethernet Network Ethernet Network Detail 1 Module A Module B Module C Module D Module E Module F De...

Page 41: ...ding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 WIRING DIAGRAM OF SUNSYS PCS2 IM 132 200 TL Batteries Batteries AC main network SPD OUT Option SPD IN Option SPD IN AC terminals DC terminals 1 1 1 Module A not present in PCS 132 TL 2 Module D not present in PCS 132 TL ...

Page 42: ...M OF MAIN SYSTEM EXAMPLE FOR VERSION 100 TR The SUNSYS PCS system is constructed using power electronics modules Each power module incorporates circuit protection sine filter cooling fans and EMI filtering as shown in the diagram below Example for PCS2 100kW with transformer 1 AC voltage is set according to the country electric code ...

Page 43: ...NSYS PCS2 IM is connected to the AC mains via the AC power terminals Remove the panels protecting the connection area in front of the terminals Remove the horizontal support in order to facilitate the cable connections SUNSYS PCS2 IM range 33 66 100 TR SUNSYS PCS2 IM range 132 200 TL Fix the protection wire to the connection terminal Fix the wires L1 L2 L3 N to the connection terminals Fix the wir...

Page 44: ...cure the auxiliary mains cable supplied between the transformer cabinet and the BES only for 100TR Use only cables supplied by SOCOMEC for bridging connections between transformer cabinet and PCS2 IM only for 100 TR If desired fix the cables to the cable support guide using cable strapping SUNSYS PCS2 IM 33 TR SUNSYS PCS2 IM 66 TR L1 L3 PE L L2 L L1 L3 PE L2 L L Key L1 L2 L3 Connection terminals f...

Page 45: ...kVA Ref IOMSUNPCXX07 EN 01 SUNSYS PCS2 IM 100 TR N L1 L3 L2 PE L1 L3 L2 L L Cables supplied Signal cables Cable for PCS auxiliary mains Key L1 L2 L3 N Connection terminals for the main AC network 3PH N Connection terminal for the protective earth wire L L DC connection terminals for the batteries ...

Page 46: ... L L L L1 L3 PE L2 Key L1 L2 L3 Connection terminals for the AC mains 3 phase Connection terminal for the protective earth wire L L DC connection terminals for the batteries Replace the horizontal support Replace the panels protecting the connection area in front of the terminals For safety reason the mounting of the protecting panels is compulsory ...

Page 47: ...ion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 Fix the front base For safety reason the mounting of the protecting panels is compulsory SUNSYS PCS2 IM range 33 66 100 TR 3 2 1 SUNSYS PCS2 IM 132 200 TL ...

Page 48: ... Technical specifications chapter The auxiliary voltage must be connected to the relevant socket WARNING risk of damage to the system if not observed SUNSYS PCS2 IM 33 66 TR SUNSYS PCS2 IM100TR Power supply Interface protection jumper Cable for PCS auxiliary mains Cable for BES auxiliary mains Interface protection jumper NOTE The auxiliary voltage is generated in the transformer cabinet and suppli...

Page 49: ...interface protection must be used the external protection output signal dry contact can be used to control the internal contactor for the Sunsys PCS2 IM removing the jumper in figure NOTE the auxiliary power supply cable must be fitted with a 10 A max protection device SUNSYS PCS2 IM 132 200 TL Auxiliary input voltage Auxiliary output voltage for service only NOTE the auxiliary power supply cable ...

Page 50: ...ormer is necessary to connect the PCS2 IM to mains The main technical characteristics are outlined in the following specification Ratings Parameter 132 TL 200 TL Rated power 140 kW 210 kW Rated frequency 60 Hz Number of phases 3 Winding connection unit LV YNd MV Dy Primary voltage grid side Same of grid voltage LV Y N MV D Secondary voltage PCS side 280V LV d MV y Grid voltage range 10 10 Primary ...

Page 51: ... operations UP button Scrolls up through the available menus values DOWN button Scrolls down through the available menus values ENTER button Accesses the currently displayed menu accepts sends configurations and commands LUMINOUS STATUS BAR Changes colour according to SUNSYS PCS2 status Red SUNSYS PCS2 off due to alert Flashing yellow at least one warning is present and SUNSYS PCS2 is switched on ...

Page 52: ...e controls the upper three power modules Module A Module B Module C the lower one controls the lower three power modules Module D Module E Module F So the first start up procedure must be applied to both control panels First start up chapter and both have to be used to monitor measurements alarms etc Menu chapter NOTE in PCS2 132 TL module A and D are not present Module A Module D Module B Module ...

Page 53: ...rocedure can be performed in order to energise an isolated micro grid by the battery system After the black start procedure has completed the SUNSYS PCS IM enters OFF GRID MODE status generating the proper voltage and frequency references for the micro grid From the SYSTEM READY status with a Charge Discharge command the SUNSYS PCS IM synchronizes and connects to the AC grid and enters ON GRID MOD...

Page 54: ...s the user through the SUNSYS PCS2 IM s first start up procedure The most important steps are described below LANGUAGE SETTING ACTIVATION CODE The Activation code four digit code must be entered to operate the SUNSYS PCS2 IM in both control panels WARNING If the code is not entered the initial startup procedure cannot be completed and the equipment will not operate To get the activation code call ...

Page 55: ...rom 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 DATE TIME SYSTEM SETUP Set the number of modules installed 1 2 or 3 TRANSFORMER TYPE Set the type of transformer connected to SUNSYS PCS2 IM SOCOMEC if standard transformer is used External if a custom transformer is provided by the customer ...

Page 56: ...rid code compatibility is always being upgraded please contact SOCOMEC for grid code compatibility subject to change without notice NOTE Once the country grid code has been set the SUNSYS PCS2 IM will be automatically configured in compliance with the local standards OPTIMISATION MODE SETTING Not present if Generic Battery is selected Set the battery mode of use It is possible to choose between PE...

Page 57: ...m includes SUNSYS PCS2 IM and Battery System Alarms area Alarms area Present when an alarm is active Enter ALARMS menu to display the complete alarms list Status icons Key icon Displayed if the keypad has been locked Time SUNSYS PCS2 IM current time USB icon Displayed if a USB memory stick is inserted It must be formatted with a FAT32 file system Modem icon reserved for technical service Network i...

Page 58: ...CXX07 EN 01 SUNSYS PCS2 IM Status grey icon Battery not present green icon SUNSYS PCS2 IM normal operation yellow icon SUNSYS PCS2 IM warning flagged red icon SUNSYS PCS2 IM alarm flagged Battery status SOC 87 5 62 5 SOC 87 5 37 5 SOC 62 5 12 5 SOC 37 5 SOC 12 5 Instant power level 10 60 20 70 30 80 40 90 50 90 ...

Page 59: ...to 200 kVA Ref IOMSUNPCXX07 EN 01 Grid status On Grid mode Off Grid mode Black Start in progress Local command Local Command charge discharge sequence NOTE the procedures available depend on the type of battery setting NOTE the Stop sequence command must be selected to change the procedure ...

Page 60: ...ISTICS Reset all production data RESTART DISPLAY Restart display SISTEM CONFIG Start config procedure SETTINGS PREFERENCES LANGUAGE DATE AND TIME BUZZER DISPLAY PASSWORDS SYSTEM CONFIGURATION Local remote control N of modules Transformer type AC Interface Protection Internal External Energy saver mode PCS SETTINGS NOMINAL VOLTAGE FREQUENCY COUNTRY NETWORK CODE CONNECTION PARAMETERS EQUIPMENT PROTE...

Page 61: ...the buttons in the following sequence ESC UP DOWN ENTER To unlock the keypad the buttons must be pressed in the reverse sequence ENTER DOWN UP ESC These sequences only work on the Mimic Panel page ENTERING PASSWORDS Some operations and settings require a password in order to be performed If this is the case a padlock is displayed When a password is required a virtual keyboard is displayed After in...

Page 62: ...must be formatted with FAT16 or FAT32 Step 1 The language file to be installed must be copied onto a USB stick and placed in the standard folder USB stick socomec wghi Step 2 Insert the USB stick into the USB port on the back of the SUNSYS PCS2 IM door Step 3 Enter the menu SERVICE UPGRADE FIRMWARE UPGRADE LANGUAGES The SUNSYS PCS2 IM has to be selected beforehand on the main page Step 4 The list ...

Page 63: ...ic temperature COMMANDS The menu contains a list of commands that the user can activate through the display Local Procedure Charge discharge battery Stop procedure Calibration procedure of SUNSYS PCS2 IM Commissioning procedure only for Lead Acid Battery Equalisation procedure only for Lead Acid Battery SOH estimation only for Lead Acid Battery SETTINGS This menu contains the System Configuration ...

Page 64: ...pplement SA Threshold Voltage of UNOM Clearing time s UV3 50 5 100 1 50 0 01 300 UV2 70 5 100 11 00 0 01 300 UV1 88 5 100 21 00 0 01 300 OV1 110 100 120 13 00 0 01 300 OV2 120 100 120 0 16 0 01 300 10 4 2 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL FREQUENCIES UL1741 Supplement SA Threshold Frequency Hz Clearing time s UF2 57 53 60 0 16 0 01 300 UF1 58 5 53 60 300 0 01 300 OF1 60 5 60 65 300 0 01 ...

Page 65: ...eshold Voltage of UNOM Clearing time s UV1 45 45 100 0 16 0 0 16 UV2 60 45 100 1 00 0 11 00 UV3 88 45 100 2 00 0 21 00 OV1 110 100 120 1 00 0 13 00 OV2 120 100 120 0 16 0 0 16 10 4 6 INTERCONNECTION SYSTEM RESPONSE TO ABNORMAL FREQUENCIES IEEE 1547a 2014 Threshold Frequency Hz Clearing time s UF1 57 56 60 0 16 0 10 00 UF2 59 5 56 60 2 00 0 300 00 OF1 60 5 60 64 2 00 0 300 00 OF2 62 60 64 0 16 0 10...

Page 66: ... Conversion System and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 11 OPERATING PROCEDURES NOTE before carrying out any operations on the unit read the Safety standards chapter care fully 11 1 SWITCHING ON ...

Page 67: ... 100kW 132kW and 200kW If the auxiliary power supply also needs to be cut off disconnect the cable from the auxiliary power supply input socket or break the fuse connection This procedure will switch off all the auxiliary SUNSYS PCS2 IM equipment including the system controller and the control panel The general AC power contactor for the machine will also be opened ...

Page 68: ... Communication Available as standard ADC card Communication Available as standard Communication card Communication Available as option 1 Standard on 33 66 100 TR and 132 200 TL 12 1 SERIAL COMMUNICATION INTERFACE RS232 485 is a serial communication channel which can be used to connect to an external EMS or to a BMS Battery Management System depending on the battery type NOTE RS485 cable has to be ...

Page 69: ... SUNSYS PCS2 IM 132 200 TL RS232 485 JBUS RS232 RS232 485 JBUS RS232 3 4 5 2 1 8 9 7 6 RS232 pin key 1 Reserved 2 RX for RS232 3 TX for RS232 4 Reserved 5 GND for RS232 6 Not connected 7 RTS 8 CTS 9 12V RS232 485 C1 pin key 1 Not connected 2 RX for RS232 3 TX for RS232 4 Data 5 GND 6 Data 7 Reserved 8 Not connected 9 12V ...

Page 70: ...k protocol See menu SETTINGS CONNECTIVITY PERIPHERALS NETWORK PARAMETERS to Enable Disable DHCP setting Restart the HMI after modifying the parameters IP Addresses can be changed only if DHCP is disabled SUNSYS PCS2 IM 33 TR 66 100 TR A B Control panel SUNSYS PCS2 IM 132 200 TL A B A B A B A B Upper control panel Lower control panel Key A USB connector B LAN RJ45 connector for ethernet NOTE Ethern...

Page 71: ...se the ESD contact on IN 1 on the ADC board Send the Alarms Reset command The configuration and the designation of function for the card s IN OUT depends on the kind of batteries connected to the SUNSYS PCS2 IM whose configuration table is included in the battery cabinet manual The following table refers to Lead Acid batteries only ADC CARD CONFIGURATION DIP1 OFF DIP2 OFF DIP2 DIP1 OUT2 IN3 OUT3 O...

Page 72: ...solated Serial RS232 DB9 and RS485 connectors are available on the card RTX RTX R RTX RTX RTX 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 Isolated Serial RS232 DB9 Isolated RS485 1 Reserved 2 RX for RS232 3 TX for RS232 4 Reserved 5 GND for RS232 6 Reserved 7 Reserved 8 Reserved 9 Reserved If used in 132 or 200 TL the serial communication interface cards must be n 2 ...

Page 73: ...stem and Storage with Islanding Mode from 33 to 200 kVA Ref IOMSUNPCXX07 EN 01 12 5 SIGNAL CABLES ROUTE PCS2 IM 132 200 TL Cable fixing points Signal conduct Power terminal area WARNING Signal cables must not entry inside the power terminal area ...

Page 74: ...o low for charging batteries The active power set point is too low to charge battery Increase the value of active power set point to allow correct battery charging current W23 Battery fully discharged Battery is fully discharged Recharge the battery W24 2 Battery Low Voltage Battery cell voltage is critically low Recharge the battery W25 2 Battery Low Capacity Battery charge is critically low Rech...

Page 75: ...overload condition Reduce the reactive power request System alarms Alarms Cause Remedy A01 3 Switch off due to external command The PCS is switched off due to an external instant switch off command Check if the external contact is properly connected to ADC card A manual reset could be needed A05 3 SPD AC triggered AC overvoltage Check and replace if necessary A06 3 SPD DC triggered DC overvoltage ...

Page 76: ...k the connections A76 Ambient under tempera ture Ambient temperature is too low Check the ventilation or air condition ing of the unit room A77 Ambient over temperature Ambient temperature is too high Check the ventilation or air condition ing of the unit room A78 Wrong phases rotation Wrong AC voltage phases rotation Check the phases rotation upstream of the unit A84 AC Voltage Fault AC voltage f...

Page 77: ...S2 stores statistics on the conditions of use of the battery for analysis Expected battery lifetime is very much dependent on operating conditions Number of charging and discharging cycles Load rate Temperature NOTE batteries must only be replaced with batteries recommended or sold by the manufacturer Batteries must only be replaced by qualified technicians BEWARE used batteries contain harmful su...

Page 78: ... Name of parameter Default value Programmable range Description IP VOLTAGE RANGE UV3 50 5 100 Absolute minimum voltage admitted Vn UV2 70 5 100 Intermediate minimum voltage admitted Vn UV1 88 5 100 Minimum voltage admitted Vn OV1 110 100 120 Maximum voltage admitted Vn OV2 120 100 120 Absolute maximum voltage admitted Vn IP VOLTAGE TIMINGS TimeOut UV3 1 50 s 0 01 300 Trip time under UV3 voltage th...

Page 79: ...HVRTa Region Voltage Nominal Voltage Ride Through Until Operating Mode Maximum Trip Time s High Voltage 2 HV2 V 120 Not Applicable Not Applicable 0 16 s High Voltage 1 HV1 110 V 120 12 s Momentary Cessation 13 s Near Nominal NN 88 V 110 QGH QLWe Continuous Operation Not Applicable Low Voltage 1 LV1 70 V 88 20 s Mandatory Operation 21 s Low Voltage 2 LV2 50 V 70 10 s Mandatory Operation 11 s Low Vo...

Page 80: ...16 High Frequency 1 HF1 60 5 f 62 60 1 62 0 299 Mandatory Operation 300 Near Nominal NN 58 5 f 60 5 Not Applicable QGH QLWe Continuous Operation Not Applicable Low Frequency 1 LF1 57 0 f 58 5 57 0 59 9 299 Mandatory Operation 300 Low Frequency 2 LF2 f 57 0 53 0 57 0 No Ride Through Not Applicable 0 16 a While these operating parameters correspond to the Rule 21 2015 parameters they may be substitu...

Page 81: ...ermissive Operation Behaviour in LV3 region VOLTAGE RIDE THROUGH TIMINGS HVR2 Time 0s Not adjustable Ride Through time in HV2 region HVR1 Time 12 00 s 0 01 300 Ride Through time in HV1 region LVR1 Time 20 00 s 0 01 300 Ride Through time in LV1 region LVR2 Time 10 00 s 0 01 300 Ride Through time in LV2 region LVR3 Time 1 00 s 0 01 300 Ride Through time in LV3 region FREQUENCY RIDE THROUGH BEHAVIOR ...

Page 82: ...00 00 Pn s 0 10 100 00 Normal ramp rate when the inverter is adjusting the output power 15 5 ACTIVE REACTIVE POWER CONTROL Active and reactive power control represents one of the most important features of the Grid Support Utility Interactive Inverters Reactive power can be controlled using the Specified Power Factor SPF or the Volt VAr Mode Q V func tionalities while active power can be performed...

Page 83: ...hows an example as reported in UL1741 Supplement SA standard Figure SA14 1 Freq Watt characteristic 1 maximum slope 4 Volt Watt VW function the inverter may change its active power output with changes in grid voltage The figure below shows an example as reported in UL1741 Supplement SA Figure SA15 2 Volt Watt characteristic 2 ...

Page 84: ...at ism under frequency 1 60 0 1 6 0 Under frequency F W curve slope defined as FREQ WATT PARAMETERS 2 P f Delay 0 ms 0 1000 Time delay before F W func tion start to avoid artifacts short variation of frequency Wait Time after Freq Watt 0 s 0 900 Time delay to accept any new command power set point after exiting from F W function VOLT WATT PARAMETERS P V Function Disabled Enabled Disabled Volt Watt...

Page 85: ... 110 Vn 100 120 Volt Watt curve voltage point 2 superior V1 inferior 92 Vn 80 100 Volt Watt curve voltage point 1 inferior V2 inferior 90 Vn 80 100 Volt Watt curve voltage point 2 inferior VOLT VAR Q V PARAMS 2 Q Max 100 00 Sn 0 00 100 00 Maximum reactive power production setting Q V Delay 0 s 0 30 Delay to avoid unintentional reactive in case of short volt age variation Q V K 0 000 Qmax 1 000 1 0...

Page 86: ...hazardous substances can leak into the groundwater and get into the food chain damaging health and wellbeing Depleted batteries are considered as toxic waste When battery replacement becomes necessary only give rundown batteries to certified and licensed waste disposal companies In accordance with local legislation it is prohibited to dispose of batteries together with other industrial waste or ho...

Page 87: ... over load mono phase load 190 30 minutes 215 10 minutes 260 30 seconds Not applicable Nominal voltage Un VAC 480 3ph N 280 3ph Operating voltage range VAC 423 to 528 3ph N 246 to 308 3ph Active power droop 0 24 Hz nominal kW supplied 0 24 Hz nominal kW absorbed Reactive power droop percentage voltage variation 3 Vnom Load cosfì 0 8 cap neg 7 Vnom Load cosfì 0 8 ind pos 2 Vnom Load cosfì 0 8 cap n...

Page 88: ...f grid transition Without break Capable of receiving frequency and voltage refer ence in islanding mode from external device PMS Yes Capable of receiving frequency and voltage refer ence from external device PMS to synchronise the microgrid with the grid to perform off grid to on grid transition Yes Black start mode capable of supplying the microgrid from power cut conditions Yes Efficiency Dissip...

Page 89: ... Smart cooling Required cooling capacity m3 h 480 1280 1760 1742 2880 Acoustic noise at 1 m dB 60 64 65 67 Altitude max m 1000 Dimensions and Weight Dimensions Width mm 600 1200 805 Depth 795 806 Height 1400 2150 Weight kg 355 530 206 610 486 lb 782 6 1168 4 454 1 1344 8 1071 5 Power module weight kg 34 5 lb 76 Certifications Safety UL 1741 STANDARD FOR SAFETY Inverters Converters Controllers and ...

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Page 92: ...ence 80countries where our brand is distributed 8production sites q France x3 q Italy q Tunisia q India q China x2 27subsidiaries q TRSQ KH q DKFHTL q GHM q Q MBD q DQL MX q MCH q S KX q DSGDQK MCR q NK MC q 1NL MH q 2HMF ONQD q 2KNUDMH q 2O HM q 2VHSYDQK MC q 3G HK MC q 3TMHRH q 3TQJDX q 4 q 42 HEAD OFFICE SOCOMEC GROUP SAS SOCOMEC capital 10633100 R C S Strasbourg B 548 500 149 B P 60010 1 rue d...

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