Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for PNI GreenHouse SC1800B
Summary of Contents for PNI GreenHouse SC1800B
- Page 1 PNI GreenHouse SC1800B Solar inverter / Invertor solar User manual ............Manual de utilizare ..........
-
Page 3: About This Manual
About this manual This manual provides information related to assembly, installation and use, as well as instructions in case of failure. Please read this manual carefully before putting the product into operation. Do not throw away this manual, keep it for future reference. -
Page 4: Basic Characteristics
Introduction This is a multifunctional inverter/charger that combines the functions of an inverter, solar charger and battery charger that offers an uninterrupted power supply. The LCD screen provides information regarding the configuration and use of this product according to different applications. Basic characteristics •... -
Page 5: Product Presentation
Img. 1 Hybrid power system Utility Generator Battery Appliances Product presentation User manual... -
Page 6: Installation
1. LCD screen 6. On/off button 11. circuit breaker 12. RS-485 2. Status indicator 7. AC input communication port 3. Charge/discharge 8. AC output 13. USB port indicator 4. Error indicator 9. PV input 14. Dry-contact 5. Function buttons 10. Battery input 15. - Page 7 • Install the inverter by fixing two screws in the upper part: User manual...
-
Page 8: Connecting The Battery
Connecting the battery WARNING!! to install the inverter safely, it is necessary to install a DC overcurrent protection device and a disconnection device separately between the battery and the inverter. In some applications it may not be necessary to install a disconnection device. In any case, the overcurrent protection device is mandatory. - Page 9 2. Fix the battery connection cables to the inverter terminals. To tighten the rings, use a tubular wrench of 2-3Nm. Pay attention to the polarity. WARNING!! Risk of electric shock The installation of the battery must be done with great caution, as it is working with high current intensity.
-
Page 10: Recommended Cable Sizes
WARNING! There are two terminals marked “IN” and “OUT”. Please do not connect the input and output connectors incorrectly. WARNING! all connections must be made by qualified personnel only. WARNING! For system safety and efficient operation, it is very important to use the recommended type and size of cable. - Page 11 WARNING!! Make sure the AC source is disconnected before making connections. 4. Insert the AC output wires respecting the polarity indicated on the terminals, then tighten the terminal screws well. Make sure you have connected the PE protective conductor first ( ). - Ground (yellow-green) L-LINE (brown or black) N-Neutral (blue)
- Page 12 Connecting photovoltaic modules WARNING! Before connecting the PV modules, first install a DC circuit breaker between the inverter and the photovoltaic modules. WARNING! All connections must be made by qualified personnel only. WARNING! For system safety and efficient operation, it is very important to use the recommended type and size of cable.
- Page 13 the positive pole (+) of the PV module. Connect the negative (-) pole of the connection cable to the negative (-) pole of the PV module. 3. Make sure all the wires are connected correctly and are securely fastened. Maximum power (Pmaxl) 260W Maximum power Voltage Vmpp(V) 30.9V...
-
Page 14: Communication Connections
After you have connected all the wires, replace the inverter cover and fix it with screws. Communication connections Please use the included communication cable to connect the inverter to the computer. Download the software by scanning the QR code at the end of the manual and follow the on-screen instructions to install the monitoring software. -
Page 15: Dry Contact Signal
Dry contact signal On the rear panel of the inverter there is a dry contact output (relay) (3A/250VAC). It is used to transmit the signal to external devices when the battery voltage reaches the alarm level. contact Status Condition NC&C NO&C The unit is off and no consumer is Close... - Page 16 Instructions for use Turn the inverter on/off After the inverter has been installed correctly, press the on/off button to start the inverter. Mandatory inverter start-up procedure: 1. Connect the batteries to the inverter (Use the installed isolation switch); 2. Turn on the inverter from the ON/Off button;...
-
Page 17: Led Indicators
LED indicators Message The consumer is powered from the Utility in Line mode. AC/INV Green The consumer is powered from the Blinking battery or PV in battery mode The battery Yellow Blinking is charging or discharging. Inverter error. Fault Blinking Warning inverter. - Page 18 Icon Description Input source information and output source information Indicates AC information Indicates DC information It indicates input voltage, input frequency, voltage, battery voltage or charging current. Indicates the output voltage, output frequency, load in VA, load in Watt and discharge current. Configuration program and Error Information Indicates the settings program.
- Page 19 Status Battery voltage LCD screen 4 bars will light up in < 2V/cell turn. The bottom bar will be 2 - 2.083V/cell lit and the other 3 bars will blink in turn. Constant current mode/ The first 2 bottom bars Constant voltage mode 2.083 - 2.167V/cell will be lit and the top...
-
Page 20: Lcd Settings
Indicates the load level 0-24%, 25- 49%, 50-74% and 75-100%. 0-24% 100% Inverter connected to the public power grid. Inverter connected to PV panels. Consumers are fed from the public electricity network. The solar charger works. The DC/AC circuit of the inverter is working. - Page 21 Program Description Selectable options Exit settings mode Solar energy provides energy consum- ers as a priority source. If the battery voltage is higher than the level set in program 21 for 5 minutes, the inverter will return to battery mode and the con- sumers will be powered si- multaneously from both the solar source and the battery.
- Page 22 If the battery voltage drops to the level set in program 20, the inverter will switch to bypass mode, consumers will be powered only from the public power grid, and the solar source will charge the battery. Output source priority selection The public energy network will be the priority source of power for consumers.
- Page 23 The solar source provides energy for charging the bat- tery, as a priority source Solar source priority The solar source provides energy to consumers, as a priority source Bypass overload: when this function Bypass disabled Bypass enabled (default) is activated, the inverter will switch to line mode if overload is...
- Page 24 If the inverter operates in Line, Standby or fault mode, the load source can be set as follows Solar energy will charge the battery as the priority Solar Priority source. The battery will be charged from the public grid only if the solar source is not available.
- Page 25 20A (default) 30A (maximum current) The maximum charging current from the Utility AGM (default) Flooded LEAD Battery Type Lithium Ion Lithium Ion If “User-Defined” is selected, the battery charging voltage and the minimum DC cut- off voltage level can be set in programs 17, 18 and 19.
- Page 26 24V model default settings: 27.0V Floating load If “User-Defined” is selected in program 14, this program can be set. The range that can be set is between 24.0V and 29.2V for 24Vdc. Each click increases the value by 0.1V 24V model default settings: 20.4V Low DC voltage setting (cut off If “User-Defined”...
- Page 27 Backlight enabled Backlight disabled (default) Background light Alarm enabled Alarm disabled (default) Alarm control Beep disabled (default) Beep enabled Beep when the primary source is interrupted Recording enabled Recording disabled (default) Error code recording The solar input power will be adjusted automatically Solar power according to the following balancing activated...
- Page 28 Power saving mode If this function is disabled, it disabled (default) does not matter if the load is low or high, the output state of the inverter will not be affected. Energy saving Power saving mode mode on/off If this function is activated, enabled the inverter output will be stopped when the connected...
-
Page 29: Error Codes
Enabled Disabled If the equalization function is activated in Equalization program 30, the program can be set. If activated Enable is selected in this program, battery immediately equalization will be activated immediately and will appear on the screen . If Disable is selected, the equalization function will be canceled until the next time it will be activated based on the settings in program 35. -
Page 30: Warning Indicators
Main relay fault Output voltage sensor error Public power network voltage sensor error Inverter output current sensor error Public power grid current sensor error Inverter low current sensor error Public power grid overcurrent error Inverter radiator high temperature Solar charger battery voltage error Solar charger current sensor error The current of the solar charger cannot be controlled Low Utility voltage... - Page 31 The solar charger is interrupted due to the discharged battery The solar charger cuts out due to high PV voltage The solar charger cuts out due to overload The solar charger cuts out due to high temperature PV charger communication error Parameter error Description of operating stages Solar energy charges...
- Page 32 The inverter will provide energy from the Off-Grid battery and from the The inverter stops working if the inverter Stop is turned off from the button or an error has occurred Selectable information displayed on the screen Selectable information Displayed information Battery Voltage/DC Discharge Current Inverter output voltage/Inverter...
-
Page 33: Technical Specifications
Public grid frequency / inverter frequency PV voltage and power PV charger output voltage and MPPT charging current Technical specifications Table 1: Line mode specifications Model invertor Wave form sinusoid (utility or generator) Nominal input voltage 230Vac 90Vac±7V(APL,GEN); Voltage with low losses 170Vac±7V(UPS) 186Vac±... - Page 34 65HZ±1HZ(APL,UPS,GEN) High loss frequency 51.5HZ±0.05HZ(VDE) 63HZ±1HZ(APL,UPS,GEN) High loss return frequency 50.05HZ±0.05HZ(VDE) Line mode: circuit breaker Output short circuit protection Battery mode: Electronic circuits 95% (nominal load R, fully charged Efficiency (Line mode) battery) 10ms typical (UPS,VDE) 20ms Transfer time typical (APL) Output voltage derating: When the AC input voltage drops to 170V, the output power will be...
- Page 35 Low DC Warning Voltage 22.0Vdc @ load < 20% @ 20% ≤ load < 50% 21.4Vdc @ load ≥ 50% 20.2Vdc Low DC Warning Return Voltage 23.0Vdc @ load < 20% @ 20% ≤ load < 50% 22.4Vdc @ load ≥ 50% 21.2Vdc Low DC Cut-off Voltage 21.0Vdc...
- Page 36 System DC voltage 24Vdc Working voltage range 30~120Vdc Maximum voltage Open circuit PV panels 145Vdc 25 W (12.5 W in Power Standby consumption Saver Mode) Battery voltage accuracy +/-0.3% PV voltage accuracy +/-2V 3-phase (flooded The loading algorithm battery, AGM/Gel battery), 4-phase (LI) Charging algorithm for lead acid batteries The charging algorithm for Lithium batteries...
- Page 37 Table 4: General specifications Certification Operating temperature range -26°C ~ +80°C Size (D*W*H) mm 350 X 290 X 120 mm Net weight (kg) 6.9 kg Appendix: Approximate Back-up time Load (W) Backup time @ 24Vdc Backup time @ 24Vdc 100Ah (min) 200Ah (min) 1100 1200...
-
Page 38: Simplified Eu Declaration Of Conformity
Simplified EU declaration of conformity SC ONLINESHOP SRL declares that the PNI GreenHouse SC1800B solar inverter complies with the EMC Directive 2014/30/EU. The full text of the EU declaration of conformity is available at the following internet address: https:/ /www.mypni.eu/products/7523/download/certifications Please download the software “SolarPowerMonitor2.2.81”... -
Page 39: Despre Acest Manual
Despre acest manual Acest manual ofera informatii legate de modul de asamblare, instalare si utilizare, precum si instructiuni in caz de defectiune. Va rugam sa cititi acest manual cu atentie inainte de punerea in functiune a produsului. Nu aruncati acest manual, pastrati-I pentru referinte viitoare. Instructiuni de siguranta ATENTIONARE!! Acest capitol ofera informatii de siguranta importante. - Page 40 Introducere Acesta este un invertor/incarcator multifunctional care combina functiile unui invertor, incarcator solar si incarcator de baterii ce ofera o sursa de alimentare neintreruptibila. Ecranul LCD ofera informatii privind configurarea si utilizarea acestui produs in functie de diferite aplicatii. Caracteristi de baza •...
- Page 41 Img. 1 Sistem de alimentare hibrid Panouri fotovoltaice Retea publica Generator Baterie Electrocasnice Prezentare produs Manual de utilizare...
- Page 42 1. Ecran LCD 6. Buton pornire/oprire 11. lntrerupator circuit 12. Port comunicare 2. Indicator status 7. Intrare AC RS-485 3. Indicator incarcare/ 8. Iesire AC 13. Port USB descarcare 4. Indicator eroare 9. Intrare PV 14. Releu neenergizat 5. Butoane functii 10.
- Page 43 • Instalati invertorul fixand doua suruburi in partea superioara: Manual de utilizare...
- Page 44 Conectarea bateriei ATENTIONARE!! pentru a instala invertorul in conditii de siguranta este necesar sa instalati separat intre baterie si invertor un dispozitiv de protectie la supracurent DC sau un dispozitiv de deconectare. In unele aplicatii s-ar putea sa nu fie necesara instalarea unui dispozitiv de deconectare. In orice caz, dispozitivul de protectie la supracurent este obligatoriu.
- Page 45 2. Fixati cablurile de conexiune ale bateriei la terminalele invertorului. Pentru strangerea inelelor folositi o cheie tubulara de 2-3Nm. Acordati atentie polaritatii. ATENTIONARE!! Risc de soc electric Instalarea bateriei trebuie sa se faca cu mare prudenta, intrucat se lucreaza cu intensitate ridicata a curentului.
- Page 46 AVERTIZARE! Sunt doi terminali cu marcaje “IN” si “OUT”. Va rugam sa nu conectati gresit conectorii de intrare si de iesire. ATENTIONARE! toate conexiunile trebuie efectuate doar de personal calificat. ATENTIONARE! Pentru siguranta sistemului si un mod de operare eficient este foarte important sa folositi tipul si dimensiunea de cablu recomandate.
- Page 47 ATENTIONARE!! Asigurati-va ca sursa AC este deconectata inante de a face conexiunile. 4. Introduceti firele de iesire AC respectand polaritatea indicata pe terminale dupa care strangeti bine suruburile terminalelor. Asigurati-va ca ati conectat mai intai conductorul de protectie PE ( ). - Impamantare (galben-verde) L-LINE - Faza (maro sau negru) N-Neutral - Nul (albastru)
- Page 48 Conectarea modulelor fotovoltaice ATENTIONARE! Iniante de a conecta modulele PV, instalati mai intai intre invertor si modulele fotovoltaice un intrerupator de circuit DC. ATENTIONARE! Toate conexiunile trebuie efectuare doar de personal calificat. ATENTIONARE! Pentru siguranta sistemului si un mod de operare eficient este foarte important sa folositi tipul si dimensiunea de cablu recomandate.
- Page 49 pozitiv (+) al modulului PV. Conectati polul negativ (-) al cablului de conexiune la polul negativ (-) al modulului PV. 3. Asigurati-va ca toate firele sunt conectate corect si sunt bine fixate. Putere maxima (Pmaxl) 260W Putere maxima Tensiune Vmpp(V) 30.9V Putere maxima Curent Impp(A) 8.42A...
- Page 50 Dupa ce ati conectat toate firele, repuneti la loc capacul invertorului si fixati-I cu suruburi. Conexiuni comunicare Va rugam sa folositi cablul de comunicare inclus pentru a conecta invertorul la computer. Descarcati software-ul scanand codul QR de la sfarsitul manualului si urmati instructiunile de pe ecran pentru a instala software-ul de monitorizare.
- Page 51 Semnal iesire releu neenergizat Pe panoul din spate al invertorului se afla o iesire releu neenergizat (dry contact) (3A/250VAC). Se foloseste pentru transmiterea semnalului catre dispozitive externe cand tensiunea bateriei atinge nivelul de alarma. Port releu neenergizat Status Conditie NC&C NO&C Unitatea este oprita si nu este conectat nici Oprit...
- Page 52 Instructiuni de utilizare Pornirea/Oprirea invertorului Dupa ce ce invertorul a fost instalat in mod corect, apasati butonul on/off pentru a porni invertorul. Procedura obligatorie de pornire invertor: 1. Conectati/Cuplati acumulatorii la invertor (folosind intrerupatorul de separatie instalat); 2. Porniti invertorul din butonul ON/Off;...
-
Page 53: Indicatori Led
Indicatori LED Mesaj Consumatorul este alimentat de Aprins la reteaua publica in mod Linie. AC/INV Verde Consumatorul este alimentat de Clipeste la baterie sau PV in mod baterie Bateria se incarca Galben Clipeste sau se descarca. Aprins Eroare invertor. Fault Rosu Atentionare Clipeste... - Page 54 Pictograma Descriere Informatii sursa intrare si informatii sursa iesire Indica informatii AC Indica informatii DC Indica tensiunea de intrare, frecventa de intrare, tensiunea PV, tensiunea bateriei sau curentul de incarcare. Indica tensiunea de iesire, frecventa de iesire, sarcina in VA, sarcina in Watt si curentul de descarcare.
- Page 55 Status Tensiune baterie Ecran LCD 4 bare se vor aprinde < 2V/celula pe rand. Bara de jos va fi aprinsa 2 - 2.083V/celula si celelalte 3 bare vor clipi pe rand. Mod curent constant/ Mod tensiune Primele 2 bare de jos constanta 2.083 - 2.167V/celula vor fi aprinse, iar bara...
- Page 56 Indica suprasarcina. Indica nivelul de sarcina 0-24%, 25- 49%, 50-74% si 75-100%. 0-24% 100% Invertor conectat la reteaua publica de curent. Invertor conectat la panourile PV. Consumatorii se alimenteaza de la reteaua publica de curent. Incarcatorul solar functioneaza. Circuitul DC/AC al invertorului functioneaza.
- Page 57 Program Descriere Optiuni selectabile Iesire din modul de setari Energia solara furnizeaza energie consumatorilor ca sursa prioritara. Daca tensiunea bateriei este mai mare decat nivelul se- tat in programul 21 timp de 5 minute, invertorul se va intoarce la modul baterie si consumatorii vor fi alimen- tati simultan si de la la sursa solara si de la baterie.
- Page 58 Daca tensiunea bateriei scade la nivelul setat in pro- gramul 20, invertorul va trece pe modul bypass, con- sumatorii vor fi alimentati doar de la reteaua publica de energie, iar sursa solara va in- carca bateria. Selectie prioritate sursa de iesire Reteaua publica de energie va fi sursa prioritara de alimentare pentru...
- Page 59 Sursa solara furnizeaza ener- gie pentru incarcarea bate- riei, ca sursa prioritara Prioritate sursa solara Sursa solara furnizeaza energie consumatorilor, ca sursa prioritara Bypass suprasarcina: cand este activata Bypass dezactivat Bypass activat (default) aceasta functie, invertorul va trece pe modul linie daca se inregistreaza suprasarcina in modul baterie...
- Page 60 Daca invertorul opereaza in mod Linie, Standby sau eroare, sursa de incarcare poate fi setata astfel Energia solara va incarca bateria ca sursa prioritara. Prioritate Solar Bateria va fi incarcata de la reteaua publica doar daca sursa solara nu este disponibila.
- Page 61 20A (default) 30A (curent maxim) Curentul maxim de incarcare de la reteaua publica AGM (default) Flooded LEAD Tip baterie Lithium Ion Lithium Ion Daca “User-Defined” este selectat, tensiunea de incarcare a bateriei si nivelul minim de tensiune scazuta DC (cutt-off voltage) pot fi setate in programele 17, 18 si 19.
- Page 62 Modelul 24V setari implicite: 27.0V Incarcare Floating Daca “User-Defined” este selectat in programul 14, acest program poate fi setat. Intervalul ce poate fi setat este intre 24.0V si 29.2V pentru 24Vdc. Fiecare clic creste valoarea cu 0.1V Modelul 24V setari implicite: 20.4V Setare tensiune Daca “User-Defined”...
- Page 63 Lumina de fundal Lumina de fundal activa dezactivata (default) Lumina de fundal Alarma activa Alarma dezactivata (default) Control alarma Beep dezactivat (default) Beep activat Beep cand sursa primara se intrerupe Inregistrare activa Inregistrare dezactivata (default) Inregistrare cod eroare Puterea de intrare solara va fi reglata automat dupa Echilibrare putere urmatoarea formula:...
- Page 64 Mod economisire Daca este dezactivata energie dezactivat aceasta functie, nu conteaza (default) daca sarcina este scazuta sau ridicata, starea iesirii Mod economisire invertorului nu va fi afectata. energie activat/ Mod economisire dezactivat Daca este activata aceasta energie activat functie, iesirea invertorului va fi oprita cand sarcina conectata este scazuta sau nu poate fi detectata.
-
Page 65: Coduri De Eroare
Activat Dezactivat Daca functia de egalizare este activata in Egalizare activata programul 30, programul poate fi setat. Daca imediat Enable este selectat in acest program, se va activa imediat egalizarea bateriei si pe ecran va aparea . Daca este selectat Disable, functia de egalizare va fi anulata pana la urmatoarea data cand va fi activata pe baza setarilor din programul 35. - Page 66 Eroare releu principal Eroare senzor tensiune de iesire Eroare senzor tensiune retea publica de energie Eroare senzor curent iesire invertor Eroare senzor curent retea publica de energie Eroare senzor curent scazut invertor Eroare supracurent retea publica de energie Temperatura ridicata radiator invertor Eroare tensiune baterie incarcator solar Eroare senzor curent incarcator solar Curentul incarcatorului solar nu poate fi controlat...
- Page 67 Incarcatorul solar se intrerupe datorita bateriei descarcate Incarcatorul solar se intrerupe datorita tensiunii PV ridicate Incarcatorul solar se intrerupe datorita suprasarcinii Incarcatorul solar se intrerupe datorita temperaturii ridicate Eroare comunicare incarcator PV Eroare parametru Descriere stadii de operare Energia solara incarca bateria si reteaua Utility-Tie publica furnizeaza...
- Page 68 Invertorul va furniza Off-Grid energie de la baterie si de la PV Invertorul se opreste din functionare daca se Stop opreste invertorul din buton sau a intervenit o eroare. Informatii selectabile afisate de ecran Informatii selectabile Pictograma Tensiune baterie/Curent DC de descarcare Tensiune iesire invertor/Curent iesire invertor...
-
Page 69: Specificatii Tehnice
Frecventa retea publica / frecventa invertor Tensiunea PV si puterea Tensiunea de iesire a incarcatorului PV si curentul de incarcare MPPT Specificatii tehnice Tabelul 1: Specificatii mod Linie Model invertor sinusoida (retea publica sau Forma unda generator) Tensiunea nominala de intrare 230Vac 90Vac±7V(APL,GEN);... - Page 70 Frecventa de retur cu pierderi 42HZ±1HZ(APL,UPS,GEN) reduse 47.5HZ±0.05HZ(VDE) 65HZ±1HZ(APL,UPS,GEN) Frecventa cu pierderi ridicate 51.5HZ±0.05HZ(VDE) Frecventa de retur cu pierderi 63HZ±1HZ(APL,UPS,GEN) ridicate 50.05HZ±0.05HZ(VDE) Mod linie: intrerupator de circuit Protecție la scurtcircuit la ieșire Mod baterie: Circuite electronice 95% (sarcina nominala R, baterie Eficienta (mod Linie) complet incarcata ) 10ms tipic (UPS,VDE) 20ms tipic...
- Page 71 Tensiune DC scazuta (Warning Voltage) 22.0Vdc @ sarcina < 20% @ 20% ≤ sarcina < 50% 21.4Vdc @ sarcina ≥ 50% 20.2Vdc Tensiune DC scazuta (Return Voltage) 23.0Vdc @ sarcina < 20% @ 20% ≤ sarcina < 50% 22.4Vdc @ sarcina ≥ 50% 21.2Vdc Tensiune DC scazuta (Cut-off Voltage) 21.0Vdc...
- Page 72 Tensiune DC sistem 24Vdc Interval tensiune de lucru 30~120Vdc Tensiune maxima cicuit deschis panouri PV 145Vdc 25 W (12.5 W in mod Consum in standby economisire energie) Acuratete tensiune baterie +/-0.3% Acuratete tensiune PV +/-2V 3-faze (baterie flooded, Algoritmul de incarcare baterie AGM/Gel), 4-faze(LI) Algoritmul de incarcare pentru bateriile cu...
- Page 73 Tabelul 4: Specificatii generale Certificare Interval temperatura de operare -26°C ~ +80°C Dimensiune (D*W*H) mm 350 X 290 X 120 mm Greutate neta (kg) 6.9 kg Anexa: Timp aproximativ de Back-up Sarcina (W) Timp backup @ 24Vdc Timp backup @ 24Vdc 100Ah (min) 200Ah (min) 1100...
- Page 74 Declaratie UE de conformitate simplificata SC ONLINESHOP SRL declara ca Invertor solar PNI GreenHouse SC1800B este in conformitate cu Directiva EMC 2014/30/EU. Textul integral al declaraţiei UE de conformitate este disponibil la urmatoarea adresa de internet: https:/ /www.mypni.eu/products/7523/download/certifications Va rugam sa descarcati software-ul “SolarPowerMonitor2.2.81”...
Need help?
Do you have a question about the GreenHouse SC1800B and is the answer not in the manual?
Questions and answers