Aninerel 3.6kW Hybrid Solar Inverter (48V DC to 110V AC) Instruction Manual
Model: ANJ-3600W-LVP
1. Úvod
This manual provides essential information for the safe and efficient operation of your Aninerel 3.6kW Hybrid Solar Inverter. Please read this manual thoroughly before installation and use, and retain it for future reference. This inverter is designed to convert 48V DC power to 110V AC pure sine wave power, suitable for various on-grid and off-grid applications.
Obrázek 1: Konecview of the Aninerel 3.6kW Hybrid Solar Inverter, showcasing its main features including battery compatibility, grid connection, power scaling, versatile design, flexible settings, and wireless communication.
2. Bezpečnostní pokyny
Vždy dodržujte následující bezpečnostní opatření, abyste snížili riziko úrazu elektrickým proudem, požáru nebo zranění:
Kvalifikovaný personál: Instalaci a údržbu by měl provádět pouze kvalifikovaný personál.
Vnitřní použití: This product is designed for indoor use. It is forbidden to use it outdoors.
Větrání: Ensure adequate ventilation around the inverter. Maintain at least 8 inches of clear space on all sides for proper airflow.
Připojení baterie: Always connect the battery to the inverter first before connecting solar panels or AC input.
Základy: Zajistěte, aby byl měnič řádně uzemněn, aby se předešlo úrazu elektrickým proudem.
Nouzové vypnutí: Familiarize yourself with the emergency shutdown procedures.
Ochrana proti přetížení: The inverter includes built-in protections against overvoltage, podpaltage, reverse polarity, and short circuits.
Image 2: A warning label emphasizing that the inverter is an indoor product and should not be used outdoors.
3. Klíčové vlastnosti
3600W Hybrid Solar Inverter: Converts DC 48V to pure sine wave AC 110V, delivering 3,600W continuous and 7,200W peak output. Supports up to 4,500W PV input with 80A MPPT solar charging, maximum DC voltage 300V. Features 40A max AC input, 50/60Hz output frequency, starting voltage above 125VDC, and 80A maximum PV charging current.
Built-in 80A MPPT Solar Charging Controller: Maximizes solar energy harvesting, boosting charging efficiency by up to 30%. Compatible with high-voltage PV arrays (up to 300VDC).
Paralelní podpora: Supports parallel connection of up to 6 units for increased power (up to 21.6KW). Offers 120V single-phase, 120V/240V split-phase, and 208V three-phase output configurations.
Smart LCD Screen with Real-Time Monitoring: Responsive LCD screen and indicator LEDs for real-time monitoring of power input/output, battery status, and system alerts. Intuitive control buttons for system settings.
Flexible Charging & Output Modes: Four charging modes (Solar Only, AC Priority, Solar Priority, Hybrid Charging) and three output modes (Mains Priority, PV Priority, Inverter Output).
48V Battery & No-Battery Operation: Compatible with AGM, GEL, Lead-acid, Li-ion, and LiFePO4 48V batteries. Supports no-battery mode for direct solar-to-load applications.
Rugged IP65 Dustproof & Durable Design: Built to withstand harsh environments with IP65-rated enclosure for indoor or semi-outdoor use. Features smart cooling with a variable speed fan.
Široká škála aplikací: Vhodné pro obytné vozy,amping boats, home emergency situations, powering various appliances.
Image 3: Visual representation of the inverter's versatile design, showing single-phase, split-phase, and three-phase parallel connection options for up to six units.
4. Nastavení a instalace
4.1 Vybalení a kontrola
Carefully unpack the inverter and all accessories. Inspect for any damage during transit. The package should include the inverter, instruction manual, installation toolkit, current sharing detection line, parallel cable, anti-reverse current CT, and WiFi module.
Image 4: Contents of the product package, including the inverter, manual, installation toolkit, various cables, and a WiFi module.
4.2 Identifikace součásti
Familiarize yourself with the inverter's external components and connection points:
Kontrolka
LCD obrazovka
Dotyková klávesa
Ochrana proti přetížení
Držení zemnícího šroubu
Výstupní port AC
WiFi port (optional)
AC vstupní port
Komunikační port RS485-2
Komunikační port RS485-1
USB komunikační port
Chladící ventilátor
Kolébkový spínač ON/OFF
Suchý kontaktní port
Aktuální port sdílení (pouze paralelní modul)
Paralelní komunikační port (pouze paralelní modul)
Port baterie
FV port
Image 5: Detailed diagram identifying all external ports and features of the inverter.
4.3 Zapojení kabeláže
Follow these steps for safe and correct wiring:
Připojení baterie: Connect the 48V battery to the designated battery ports (BAT+ and BAT-). Ensure correct polarity.
PV vstup: Connect your solar panel array to the PV ports (PV+ and PV-). Ensure the PV voltage is within the specified range (90-260Vdc MPPT range, max 300Vdc open circuit).
Vstup/výstup střídavého proudu: Connect AC input from the grid or generator to the AC IN ports. Connect your loads to the AC OUT ports.
Základy: Connect the grounding wire to the grounding screw hold.
Image 6: A comprehensive wiring diagram showing connections for PV input, utility/generator input, battery, and inverter output.
Doporučené velikosti drátů:
Spojení
Recommended Wire Diameter
Max. Proud
AC vstup
10 mm²/7AWG
40A
Vstup baterie
25 mm²/3AWG
120A (Charge) / 85A (Discharge)
AC výstup
10 mm²/7AWG
30A (Inverter) / 40A (Bypass)
4.4 Parallel Installation (Optional)
For increased power, up to 6 units can be connected in parallel. Refer to the detailed wiring diagrams for single-phase, split-phase, and three-phase configurations in the full manual. Ensure all units are properly synchronized.
Image 7: Detailed illustration of single-phase, split-phase, and three-phase parallel connection setups for multiple inverters.
5. Provoz
5.1 Zapnutí/vypnutí
After all connections are secure, turn on the battery. Then, use the ON/OFF rocker switch on the inverter to power it on. The LCD screen will illuminate, displaying system status. To power off, reverse the process: turn off the inverter first, then disconnect the battery.
5.2 LCD displej a nastavení
The LCD screen provides real-time data and allows configuration of various parameters. Use the control buttons (SET, UP, DOWN, ENTER) to navigate menus and adjust settings.
Priorita nabíjení: Control how the battery bank is charged from different power sources (Solar Priority, Solar and AC input, Solar Only).
Load Priority: Control how appliances are powered to prevent power interruptions (Solar Priority, AC Priority, DC Priority).
Image 8: The inverter's LCD screen showing options for Charging Priority and Load Priority settings.
5.3 Wi-Fi Monitoring
The inverter is equipped with a Wi-Fi module for real-time monitoring via a mobile application. Hledat "Smart Value" in your app store to download and install the application. This allows remote monitoring of the inverter's operating status.
Image 9: Illustration of the Wi-Fi module connection and the availability of the "Smart Value" mobile application for real-time monitoring.
6. Údržba
Pravidelný úklid: Keep the inverter clean and free from dust. Ensure ventilation openings are not blocked.
Kontroly připojení: Pravidelně kontrolujte těsnost všech elektrických spojů a známky koroze.
Stav baterie: Monitor battery status via the LCD or mobile app. Ensure batteries are maintained according to their manufacturer's guidelines.
Aktualizace firmwaru: Check for available firmware updates to ensure optimal performance and access to new features.
7. Řešení problémů
Tato část obsahuje řešení běžných problémů. V případě složitějších problémů kontaktujte zákaznickou podporu.
Žádný výkon: Check battery connections, PV input, and AC input. Ensure the inverter is powered on and not in fault mode.
Indikátor poruchy zapnutý: Refer to the LCD display for specific fault codes and consult the detailed troubleshooting section in the full manual.
Baterie se nenabíjí: Verify PV panel connections and sunlight availability. Check charging mode settings.
Ochrana proti přetížení: If an overload occurs, the inverter will shut down. Reduce the load and restart the inverter.
Video 1: This video demonstrates how to communicate with the battery and computer for the 5000W Solar Inverter. While the model differs slightly, the communication principles for battery and computer interaction are similar and can aid in troubleshooting.
8. Specifikace
Aninerel ANJ-3600W-LVP Hybrid Solar Inverter
Jmenovitý výstupní výkon
3600VA/3600W
Max. Špičkový výkon
7200 VA
Jmenovitý výstupní objemtage
120 V stř. ± 5%
Nosnost motorů
2HP
Jmenovitá střídavá frekvence
50Hz/60Hz
Paralelní kapacita
1~6
Výstupní objemtage Tvar vlny
Čistá sinusovka
Ochrana proti přetížení
(102%~load<125%)±10%: report error, turn off the output after 5 minutes; (125%~load<150%)±10%: report error, turn off the output after 10 seconds; load>=150%±10%: report error, turn off the output after 5 seconds;
Typ baterie
Lithium/Lead-acid batteries
Jmenovitý objem baterietage
48V (Min. start voltage 44 V)
Mains/Generator Input Range
(90Vac~140Vac)±2%
Max. Nabíjecí proud MPPT
80A
Max. Mains/Generator Charging Current
80A
Max. Hybrid Charging Current
80A
Num. of MPPT Trackers
1
Max. Výkon FV pole
4000W
Max. Vstupní proud
22A
Max. Svtage otevřeného okruhu
300 V DC
MPPT svtage Dosah
90-260 Vdc
Bypass Overload Current
40A
Efektivita sledování MPPT
95 %
Support Communication
WiFi Modules/RS485/CAN/USB/Dry contact
Rozměry
16 * 11 * 4 palce
Hmotnost
7.8 kg/17.2 LB
Image 10: A table summarizing the technical specifications of the inverter, including power ratings, voltage, current, and communication features.
9. Záruka a podpora
For warranty information and technical support, please refer to the official Aninerel webnebo se obraťte na autorizovaného prodejce. Uschovejte si účtenku jako doklad o koupi.
Pro rozšířené krytí jsou k dispozici plány ochrany:
Dvouletý ochranný plán
Dvouletý ochranný plán
Kompletní ochrana: Jeden plán pokrývá všechny způsobilé minulé i budoucí nákupy
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