sp80-120_parameterlist_fw_1.44_a6_en_2012-11-16 (1)

7/26/2019 SP80-120_Parameterlist_FW_1.44_A6_EN_2012-11-16 (1)

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Parameterlist SOLPLUS 80 - 120

Parameterlist SOLPLUS 80-120Firmware 1.442012-11 Version: A6, subjects to change without prior notice


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Table of Contents 1 Preface .............................................................................................................................. 4 2 List of abbreviations........................................................................................................ 4 3 Parameters sorted by numbers (ascending)............................................................... 6

4 Parameters sorted by position in the display menu................................................. 15 4.1 facillity-control......................................................................................................... 15 4.2 Reactive Power...................................................................................................... 16 4.3 Data logger............................................................................................................. 17 4.4 Yield Control........................................................................................................... 17 4.5 Device Configuration............................................................................................. 18 4.6 basic menu ............................................................................................................. 19 4.7 Actual Values / Output.......................................................................................... 20 4.8 Actual Values / Input............................................................................................. 21 4.9 Actual Values / Yield monitor............................................................................... 22 4.10 Actual Values / Inverter......................................................................................... 23 4.11 communication....................................................................................................... 24 4.12 Communication / RS 485 ..................................................................................... 25 4.13 Power Reduction ................................................................................................... 26 4.14 PW3 configuration................................................................................................. 26 4.15 safety ....................................................................................................................... 27 4.16 Maintenance........................................................................................................... 28

5 failure-codes................................................................................................................... 29 6 list of warning-codes.......................................................................................... 30


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Preface


1 PrefaceThis list provides an overview over parameters for the Solutronic inverters SOLPLUS80 - 120. Therefore the list is an actual appendix to the manual and service manualof the appropriate SOLPLUS inverters. Herein you find definitions for handling andinterpretations of these parameters.

2 List of abbreviations

Password level - = actual value 0 = without 1 = customer 2 = technician 3 = mains-supplier password X = service-password

position in display menu 485 = RS485 ANL = complete plant A = facillity-control BLSTG = Reactive Power CFG = Configuration DCM = DC-Modules DL = Data logger DU = Date/Time EA = in- and output EK = Yield Control ENS = ENS ES = Energy Storage EVST = Output control EW = Development GKF = Device Configuration GM = basic menu IST\AG = Actual Values / Output

IST\A = Actual Values / Plant monitor IST\EIN = Actual Values / Input IST\E = Actual Values / Yield monitor IST\SEN = Actual Values / Sensor IST\WR = Actual Values / Inverter KO = communication KO\485 = Communication / RS 485 KO\GE = Communication / Basic settings KO\MO = Communication / Modem KO\WEB = Communication / Web

LRED = Power Reduction OP = options


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List of abbreviations


OP\DI = Options / De-Icing OP\GD = Options / Large Display OP\GE = Options / Basic settings PW3KF = PW3 configuration SENKF = Sensor Configuration SI = safety SI\ENS = Safety / ENS SI\GE = Safety / Basic settings SPM = Configuration UW = environment W = Maintenance


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Parameters sorted by numbers (ascending)

SP80-120_Parameterlist_FW_1.44_A6_EN_2012-11-16

3 Parameters sorted by numbers (ascending)

N u m

b e r

N a m e

D e s c r i p

t i o n

U n

i t

P o s

i t o n

i n

D i s p

l a y

1 power L1 Power Phase 1 W IST\AG 2 power L2 Power Phase 2 W IST\AG 3 power L3 Power Phase 3 W IST\AG 5 AC power current power supplied to grid W 6 DC power PV-generator power W 7 Efficiency levels actual efficiency factor of inverter % IST\W8 Energy today supplied energy of the day up to now kWh IST\E

GM9 Energy week supplied energy of the week from Monday up to now kWh IST\E10 Energy month supplied energy of the month kWh IST\E11 Energy year supplied energy of the year kWh IST\E12 Energy total total supplied energy kWh GM,

IST\E13 Mains voltage L1 Mains voltage at Phase L1 V IST\AG14 Mains voltage L2 Mains voltage at Phase L2 V IST\AG15 Mains voltage L3 Mains voltage at Phase L3 V IST\AG16 Mains voltage N Mains voltage at conductor N V IST\AG24 Mains voltage peak value L1 Mains voltage peak value at Phase L1 V IST\AG25 Mains voltage peak value L2 Mains voltage peak value at Phase L2 V IST\AG26 Mains voltage peak value L3 Mains voltage peak value at Phase L3 V IST\AG27 Euro-amount today Energy service of the day converted in Euro IST\E

GM28 Euro-amount total Total output converted in Euro IST\E

GM29 Compensation Euro per kWh currently applicable compensation per kW/h of energy supplied to the grid /kWh EK 30 Device status 1 WRM 3 Device status 1 inverter module 3 IST\WR32 Status text Display of device status in clear text

34 Mains current phase N Phase N current A IST\AG37 Password password request 39 Fault current pulse DC max a fault current share on the PV-generator above this value leads to a

automatic switch offA SI

45 Function signaller shows the status of the signaller W 48 fault current DC max fault current DC maximum value A SI 49 Temperature inverter Temperature inverter C 50 UAC max warning A warning message is triggered above this mains voltage V SI


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Parameters sorted by position in the display menu


N u m

b e r

N a m e

D e s c r i p

t i o n

U n

i t

P o s

i t o n

i n

D i s p

l a y

448 Tabelle Leistung 3 Cosinus Phi(P) Kennlinie Leistung Vorgabe Sttzpunkt 4 W BLST

449 Tabelle Cosinus Phi 3 Cosinus Phi(P) Kennlinie Cosinus Phi Vorgabe Sttzpunkt 4 BLSTG450 Tabelle Leistung 4 Cosinus Phi(P) Kennlinie Leistung Vorgabe Sttzpunkt 5 W BLST451 Tabelle Cosinus Phi 4 Cosinus Phi(P) Kennlinie Cosinus Phi Vorgabe Sttzpunkt 5 BLSTG452 Tabelle Leistung 0 Q(u) Kennlinie Leistung Vorgabe Sttzpunkt 1 var BLST453 Tabelle Spannung 0 Q(u) Kennlinie Spannung Vorgabe Sttzpunkt 1 V BLSTG454 Tabelle Leistung 1 Q(u) Kennlinie Leistung Vorgabe Sttzpunkt 2 var BLST455 Tabelle Spannung 1 Q(u) Kennlinie Spannung Vorgabe Sttzpunkt 2 V BLSTG456 Tabelle Leistung 2 Q(u) Kennlinie Leistung Vorgabe Sttzpunkt 3 var BLST457 Tabelle Spannung 2 Q(u) Kennlinie Spannung Vorgabe Sttzpunkt 3 V BLSTG458 Tabelle Leistung 3 Q(u) Kennlinie Leistung Vorgabe Sttzpunkt 4 var BLST459 Tabelle Spannung 3 Q(u) Kennlinie Spannung Vorgabe Sttzpunkt 4 V BLSTG460 Tabelle Leistung 4 Q(u) Kennlinie Leistung Vorgabe Sttzpunkt 5 var BLST461 Tabelle Spannung 4 Q(u) Kennlinie Spannung Vorgabe Sttzpunkt 5 V BLSTG

4 Parameters sorted by position in the display menu4.1 Facillity Control

N u m

b e r

N a m e

D e s c r i p

t i o n

U n

i t

p a s s w o r d -

L e v e

l

197 CO2 saving total value of the total plant, when within the data network or inverter kg -

198 energy total of installation total energy produced by installation kWh -

199 power of installation total power produced by installation W -

221 energy of installation today total energy produced up to the moment today by the installation Wh 0


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4.3 Data Logger

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e

l

130 data logger cycle time interval in which the data logger retrieves data min 1 132 Storage time data logger Storage time of data logger h - 133 parameter 1 DL shows the number of the parameter of the value which has been transferred

into the data loggerPNr 1

134 parameter 2 DL shows the number of the parameter of the value which has been transferredinto the data logger

PNr 1


PNr 1


PNr 1


PNr 1


PNr 1


PNr 1


PNr 1

4.4 Yield Control

N u m

b e r

N a m e

D e s c r i p

t i o n

U n

i t

p a s s w o r d -

L e v e

l

29 Compensation Euro per kWh currently applicable compensation per kW/h of energy supplied to the grid /kWh 1272 DC rated power Shows DC rated power. Value will be used for yield control W 1 274 DC nominal value string 1 The nominal power of the PV-generator for string 1 is displayed here. value is

required for harvest controlW 1

275 DC nominal value string 2 The nominal power of the PV-generator for string 2 is displayed here. value isrequired for harvest control

W 1

276 DC nominal value string 3 The nominal power of the PV-generator for string 3 is displayed here. value isrequired for harvest control

W 1

283 unlock code for yield control An individual code has to be entered if the function for harvest control is to beunlocked

1

296 energy total corrected value the energy total value is corrected by this offset of the S0-counter. kWh 1


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4.5 Device Configuration

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e

l

55 IAC max mains current above the value leads to an automatic switch off A 2

57 DC current max current of PV-generator above this value leads to an automatic switch off A 2 58 UDC max warning If the voltage of the PV-generator is above this value, then a warning

message is generatedV 2

59 UDC max voltage of PV-generator above this value leads to an automatic switch off V 2 60 UDC min warning If the voltage of the PV-generator is below this value, then a warning

message is generatedV 2

61 UDC min voltage of PV-generator below this value leads to an automatic switch off V 2 66 set standard value there is an option to reset the factory standard settings (for all parameters),

entry of 101

97 Date set date Datum - 98 Time set time Datum - 99 Language selected language 1 148 Serial number shows the serial number of device X 259 general configuration bit by bit definition: bit 0 = 1: S0-power and harvest in P198 and P199considered 1

267 Access code 1 Read: 1 = access granted. First writing sets access code 1. Renewed accesson parametrization is only possible after initial entry of access code 1

1

269 Access code 2 Read: 1 = access granted. First writing sets access code 2. Renewed accesson parametrization is only possible after initial entry of access code 2

2

271 Display Parameter Line3 of the basic view shows the appointed parameter value. 1 286 max voltage betweeen N and PE max voltage betweeen N and PE V 2 335 UAC max Maximum mains voltage at conductor N V 3 410 mimum MPP-voltage minimum MPP-voltage of the plant V 2 434 Device rated current Device rated current A 2 436 Phase rated output Phase rated output W 2


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4.6 Basic Menu

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e l

8 Energy today supplied energy of the day up to now kWh 2 12 Energy total total supplied energy kWh -

27 Euro-amount today Energy service of the day converted in Euro 2

28 Euro-amount total Total output converted in Euro 2 89 SPP address SPP address of the device 1 97 Date set date Datum - 98 Time set time Datum - 109 IP: IP address - 149 Firmware release show the firmware release - 156 firmware release slave 2 shows the firmware release in slave 2 -

157 firmware release slave 3 shows the firmware release in slave 3 - 208 SPP Protocol TCP Port shows the TCP-IP port number of the inverter in SPP communication 1 287 Build Date Firmware creation date - 353 CoP firmware release 3 CoP firmware release 3 - 354 CoP firmware release 2 CoP firmware release 2 - 355 CoP firmware release 1 CoP firmware release 1 -


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4.8 Actual Values / Input

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e

l

231 UDC 1 voltage supplied by PV generator V - 232 UDC 2 voltage supplied by PV generator V - 233 UDC 3 voltage supplied by PV generator V - 234 DC current 1 PV-generator current A - 235 DC current 2 PV-generator current A - 236 DC current 3 PV-generator current A - 245 DC WRM1 power Supply capacity of solar generator W - 246 DC WRM2 power Supply capacity of solar generator W - 247 DC WRM3 power Supply capacity of solar generator W - 393 Operating minute counter phase L1 Operating minute counter phase L1 min X 395 Operating minute counter phase L2 Operating minute counter phase L2 min X

397 Operating minute counter phase L3 Operating minute counter phase L3 min X


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4.9 Actual Values / Yield Monitor

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e l

8 Energy today supplied energy of the day up to now kWh 2 9 Energy week supplied energy of the week from Monday up to now kWh 2 10 Energy month supplied energy of the month kWh 2 11 Energy year supplied energy of the year kWh 2 12 Energy total total supplied energy kWh -

27 Euro-amount today Energy service of the day converted in Euro 2

28 Euro-amount total Total output converted in Euro 2 211 Energy day WR1 energy previously supplied to the grid per day WR1 kWh - 212 Energy day WR2 energy previously supplied to the grid per day WR2 kWh - 213 Energy day WR3 energy previously supplied to the grid per day WR3 kWh -

273 yield control status Value=1 starts the yield control. Displayed value shows the action of readingand counting the earning values of the slaves 1 280 Yield deviation Value is used for yield control. Each day yield (also sensor yield) is applied to

installed DC nominal power. The yield control shows a warning if there aredeviations greater than this value.

kWh/kW-DC-peak

1

284 yield deviation number days the yield control carries out yield comparison via the set number of past days 1 400 Total energy DC module 1 Total energy of inverter module 1 in Wh Wh -

401 Total energy DC module 2 Total energy of inverter module 2 in Wh Wh -

402 Total energy DC module 3 Total energy DC module 3 Wh -


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4.10 Actual Values / Inverter

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e l

7 Efficiency levels actual efficiency factor of inverter % - 30 Device status 1 WRM 3 Device status 1 inverter module 3 - 70 Temperature inverter L1 Temperature in inverter at Phase L1 C - 71 Temperature inverter L2 Temperature in inverter at Phase L2 C - 72 Temperature inverter L3 Temperature in inverter at Phase L3 C - 88 Cut-in hindrance L1 Cut-in hindrance L1 - 123 operating hours today shows the the total amount of operating hours of the day h - 124 operating hours total Total operating hours of device so far h X

127 Cut-in hindrance L2 Cut-in hindrance L2 - 128 Cut-in hindrance L3 Cut-in hindrance L3 - 155 Status warning Warning status -

223 warnbits L1 warnbits L1 - 224 warnbits L2 warnbits L2 - 225 warnbits L3 warnbits L3 - 237 Error WR 1 current fault WRM 1 - 238 Error WR 2 current fault WRM 2 - 239 Error WR 3 current fault WRM 3 - 240 WR1 status Display of device status in clear text - 241 WR2 status Display of device status in clear text - 242 WR3 status Display of device status in clear text - 360 Device status 1 WRM 1 Device status 1 inverter module 1 - 362 Device status 1 WRM 2 Device status 1 inverter module 2 - 403 Insulation resistance Insulation resistance of PV generator to earth M -


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4.11 Communication

N u m

b e

r

N a m e

D e s c r i p

t i o n

U n

i t

p a s s w o r d -

L e v e l

89 SPP address SPP address of the device 1 208 SPP Protocol TCP Port shows the TCP-IP port number of the inverter in SPP communication 1


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4.13 Power Reduction

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e

l

83 OM-counter power reduction Operating minutes counter power reduction min X

84 Power reduction Power reduction, not saveable % 3 131 Power reduction card function power reduction configuration function 3 427 Power reduction: Base frequency Power reduction: Base frequency Hz 2 428 Base frequency: Performance change per

HertzBase frequency: Performance change per Hertz % 2

429 Maximum effective power phase Maximum effective power phase W 2 441 Gertemaximalleistung Leistungsbegrenzung fr Gesamtgert, Vorbereitung fr Anforderung

DnemarkW 3

4.14 PW3 Configuration

N u m

b e r

N a m e

D e s c r i p

t i o n

U n

i t

p a s s w o r d -

L e v e

l

381 Installer Code Installer code number 2 382 PW3 residual days Residual days to approve password-Level3 X 383 Password Entry of password-Level 3 via display 0


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4.16 Maintenance

N u m

b e r

N a m e

D e s c r

i p t i o n

U n

i t

p a s s w o r d -

L e v e

l

45 Function signaller shows the status of the signaller 1 126 function external warning external signals can be included into the warning function 1 155 Status warning Warning status - 279 configuration warning You can switch on and off individual warning functions here bit by bit 1349 mask for buzzer mask for buzzer 1


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Failure-Codes


5 Failure-Codes

N u m

b e r

N a m e

D e s c r i p

t i o n

1 IACL too positiv Current in phase L too large. High distortion on mains.2 IACL too negativ Current in phase L too large. High distortion on mains.3 IACN too positiv Current in phase N too large. High distortion on mains.4 IACN too negativ Current in phase N too large. High distortion on mains.5 overcurrent hardware DC Hardware-overcurent DC. Short circuit or internal failure6 UDC too large DC-voltage too large, wrong dimensioning of PV-generator, see P597 UDC too small DC-voltage became too small, open circuit of DC-cable, irradiation too small, see P618 UAC too small Mains-voltage became too small, see P539 UAC too large Mains-voltage became too large. Check mains-impedance, see P5110 overcurrent hardware AC Hardware-overcurent AC. Short circuit or internal failure11 auxiliary supply operation Auxiliary supply failed in operation12 mains failure Mains failure13 mains failure Mains failure

14 mains impedance MPP-filters, new initialization15 failure islanding failure islanding16 overtemperature Overtemperature of converter. Heat-accumulation, dirt or dust17 frequency too small Mains-frequency became too small. Mains-failure, mains-distortion, see P7518 frequency too large Mains-frequency became too large. Mains-failure, mains-distortion, see P7519 earth fault DC Ground fault, see P6720 mains failure N Mains-frequency decrease, see P7721 DC fault current fault current DC in output current22 insulation error DC Isolation-resistance of PV-Generator to earth too small, see P6323 mains L, change N Change mains-cables L and N, see P6724 internal RDC defect Plausibility check of AFI, see P6725 fault current AC AC-fault-current too large, see P4126 failure CoP life Internal communication failure 127 auxiliary supply stand-by Auxiliary supply failed in standby. Irradiation too small28 failure CoP data Plausibility check of measurement29 error UAC high Fast mains-voltage raising. Mains-failure, mains-fluctuation , see P10730 error UAC low Fast mains-voltage decline. Mains-failure, mains-fluctuation , see P10631 error DC-operation error DC-current in AC too much32 error DC symmetry Failure of symmetrie of electrolytic capacitors. Failure of measurement, see P10133 error offset conv. Offset-failure of voltage- and current-measurement in standby, see P10234 error offset operation Offset-failure of voltage- and current-measurement in operation, see P10235 error CoP compare Internal communication failure 236 error cap. load DC Capacitive load of PV-generator to earth too large, see P6737 error ENS internal 3 Internal communication failure 338 error relay defective Mains-relais defect. Defect or large mains-fluctuation in the moment of switch-on39 error measured values Failure measurement of mains-voltage.Large Mains-fluctuation,PE not connected,change

L and N cables40 internal error HW/SW internal error HW/SW. Re-start converter41 error MPP control Failure in MPP-control42 external error failure external: digital inputs 1 or 2, analogue inputs 1 or 243 3-phase error 3-phase control error, one converter of the master slave network reports an grid error44 Stackover/underflow occured. Stackover/underflow occured.45 NMI occured. NMI occured.


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List of warning-codes

6 List of warning-codes

N u m

b e r

N a m e

D e s c r i p

t i o n

1 Warning UAC Mains voltage leaves the permissible range for at least 2 minutes, see P50 and P522 Warning UDC too larg DC-voltage greater than permissible, see P583 Warning: inverter hot Device temperature exceeds 65C4 Warn: sensor yield theoretically received "yield" of sensor, deviates from yield by more than P2805 Warn: yield slaves received yield of slaves deviates by more than P2806 Warn: communication data communication impaired between master and slaves7 Warn: mains frequ. mains frequency deviation by 50Hz with more than P768 Warn: frequent err. same error occurred more than 3 times in last 2 hours9 Warning external if an external warning occurs10 insulation resistance insulation resistance too low11 internal internal maintenance status12 Warning RTC reset The real time clock was reset13 Firmwareupdate the firmware is transfered

14 I2C I2C

Solutronic AG

Kferstrae 1873257 Kngen

Phone : +49 (0) 7024 / 96 128 - 0Fax : +49 (0) 7024 / 96 128 - 50eMail : [email protected] www.solutronic.de
mailto:[email protected]://www.solutronic.de/http://www.solutronic.de/http://www.solutronic.de/mailto:[email protected]

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