ANENJI ANJ-6200W-48V-WIFI Hybrid Solar Inverter and ANJ-48V-100AH-ZN LiFePO4 Battery

ANENJI 6.2kW 48V Hybrid Solar Inverter and 51.2V 100AH LiFePO4 Rack Battery User Manual

Model: ANJ-6200W-48V-WIFI (Inverter) & ANJ-48V-100AH-ZN (Battery)

Marca: ANENJI

1. Introducció

This manual provides essential information for the safe and efficient operation of your ANENJI 6.2kW 48V Hybrid Solar Inverter and 51.2V 100AH LiFePO4 Rack Battery system. Please read this manual thoroughly before installation and use, and keep it for future reference.

ANENJI Hybrid Solar Inverter and 51.2V 100AH LiFePO4 Battery system overview
Figure 1: ANENJI Hybrid Solar Inverter and 51.2V 100AH LiFePO4 Battery System Overview

2. Informació de seguretat

Always observe safety precautions when installing, operating, or maintaining the solar inverter and battery system. Failure to do so may result in serious injury or damage to equipment.

  • Ensure all electrical connections are made by qualified personnel.
  • Do not attempt to open or repair the inverter or battery unless specifically instructed in this manual.
  • Keep the system away from flammable materials, moisture, and direct sunlight.
  • Assegureu-vos una ventilació adequada al voltant de l'inversor per evitar el sobreescalfament.
  • Utilitzeu l'equip de protecció individual (EPI) adequat durant la instal·lació i el manteniment.

3. Producte acabatview

The ANENJI Hybrid Solar Inverter and LiFePO4 Battery system is designed for efficient home solar energy storage and utilization. It features a pure sine wave output, high power factor, and advanced MPPT solar charging.

3.1 Inverter Features (ANJ-6200W-48V-WIFI)

  • Sortida d'ona sinusoïdal pura
  • Factor de potència 1.0
  • PV input Voltage range: 60Vdc-500Vdc
  • Built-in MPPT 120A solar charge controller
  • Capable of working without a battery
  • Detachable dust cover for harsh environments
  • WiFi remote monitoring (optional)
  • Support for multiple output priorities: UTL (Utility), SOL (Solar), SBU (Solar-Battery-Utility), SUB (Solar-Utility-Battery)
  • EQ function to optimize battery performance and extend lifecycle
  • Compatible with LiFePO4 batteries via RS485 communication
  • Lithium battery activation function, triggerable by mains or PV
ANENJI Hybrid Solar Inverter front view
Figure 2: ANENJI Hybrid Solar Inverter Front View
Product characteristics of the inverter
Figure 3: Inverter Key Features

3.2 Battery Features (51.2V 100AH LiFePO4 Rack Battery)

  • Bateria LiFePO51.2 de 100V 4AH
  • BMS Built-in: 16S1P 100AH
  • Energia: 5120Wh
  • Long cycle life: >6000 cycles
  • Ultra-safe LiFePO4 cells composition
  • Integrated BMS for overall protection
ANENJI 51.2V 100AH LiFePO4 Battery
Figure 4: ANENJI 51.2V 100AH LiFePO4 Rack Battery

3.3 Identificació de components

3.3.1 LiFePO4 Battery Function Description

Function description of the 51.2V 100AH LiFePO4 Battery
Figure 5: Battery Function Description
No.Component
1Terminal negativa
2Terminal positiu
3Display Screen (Battery Info, Temper Info, Status Info)
4Battery Running Indicator
5Llum de falla
6SOC Display Light
7INV Communication Port
8Port de comunicació CAN extern
9HC Communication Port
10Port de comunicació RS485
11Interruptor d'alimentació
12Interruptor d'aire

3.3.2 Hybrid Solar Inverter Product Overview

Producte acabatview of the Hybrid Solar Inverter
Figure 6: Inverter Product Overview
No.Component
1Pantalla LCD
2Indicador d'estat
3Indicador de càrrega
4Indicador de falles
5Function Buttons (ESC, UP, DOWN, ENTER)
6Interruptor d'encesa/apagada
7Entrada de CA
8Sortida de CA
9Entrada PV
10Entrada de la bateria
11Wire Outlet Hole
12Terminal de terra

4. Configuració i instal·lació

Proper installation is crucial for the performance and safety of your solar system. Follow these guidelines carefully.

4.1 Connexió fotovoltaica

Connect your solar panels to the inverter's PV input. Ensure the PV module parameters are within the inverter's specifications.

PV Connection diagram for the solar inverter system
Figure 7: PV Connection Diagram

When choosing the right PV module, note the following parameters:

  1. The open circuit (Voc) voltage of the photovoltaic module must not exceed the voltage of the open circuit of the maximum inverter photoelectric matrix.
  2. The open circuit (Voc) voltage of the photovoltaic module should be higher, and the minimum voltage of the battery should be higher.
MODEL INVERSORANJ-6200W-WIFI
Potència màxima de matriu fotovoltaica6500W
Màx. Circuit obert de matriu fotovoltaica Voltage500VDC
Corrent de càrrega solar màxima120A

4.2 Battery Connection and Parallel Use

The LiFePO4 batteries can be stacked and connected in parallel to increase capacity. Up to 15 batteries can be connected in parallel.

Stacking and parallel connection of up to 15 batteries
Figure 8: Battery Parallel Connection (Max 15 units)

Similarly, the inverters can also be connected in parallel for increased power output, supporting up to 15 units.

Diagram showing maximum 15 in parallel connections for the inverter
Figure 9: Inverter Parallel Connection (Max 15 units)

4.3 System Wiring Diagrams

4.3.1 Operation With Battery Connected

Operation diagram for the inverter with battery connected
Figure 10: System Operation with Battery Connected

4.3.2 Operation Without Battery Connected

Operation diagram for the inverter without battery connected
Figure 11: System Operation Without Battery Connected

4.3.3 Sistema d'alimentació híbrid més enllàview

Diagrama del sistema d'energia híbrid que mostra les connexions
Figure 12: Hybrid Power System Diagram

4.4 Accessoris del producte

Ensure all necessary accessories are present for installation.

Product accessories for the battery
Figure 13: Battery Accessories (Upper computer cable, Power cables, Communication cable)

5. Funcionament

Understand the various operating modes and monitoring capabilities of your ANENJI solar system.

5.1 Charging and Output Modes

The inverter supports four charging modes and two load output working modes to suit different energy management needs.

Four charging modes and two load output working modes
Figure 14: Charging and Output Modes

Four Charging Modes:

  • Solar Primer: Prioritizes solar power for charging the battery.
  • Utilitat Primer: Prioritizes grid power for charging the battery.
  • Solar i serveis públics: Uses both solar and utility power for charging.
  • Només solar: Charges the battery exclusively from solar power.

Two Load Output Working Modes:

  • Solar Primer: Prioritizes solar power to supply the load.
  • Utilitat Primer: Prioritizes grid power to supply the load.

5.2 Monitorització remota

The system supports WiFi remote monitoring, allowing you to check the status of your device using a smart application.

Image showing monitoring and control via a smart app using WiFi
Figura 15: Monitorització i control mitjançant l'aplicació intel·ligent

6. Manteniment

Un manteniment regular garanteix la longevitat i el rendiment òptim del vostre sistema solar.

  • Keep the inverter and battery clean and free from dust. The inverter has a detachable dust cover for easier cleaning in harsh environments.
  • Comproveu periòdicament totes les connexions dels cables per comprovar si estan ben ajustades i si hi ha signes de desgast o corrosió.
  • Ensure adequate ventilation around the inverter and battery.
  • Monitor the system's performance via the display screen or the mobile app for any anomalies.
  • Refer to the specific maintenance instructions for the LiFePO4 battery for optimal care.

7. Solució De Problemes

Aquesta secció proporciona orientació general per a problemes comuns. Per a problemes complexos, contacteu amb l'assistència tècnica.

7.1 Problemes comuns i solucions

  • Sense potència de sortida: Check all connections, ensure the power switch is ON, and verify battery charge level or PV input.
  • Inverter Fault Light On: Refer to the inverter's display screen for specific error codes and consult the full product manual for detailed troubleshooting steps.
  • La bateria no es carrega: Verify PV input, check solar panel connections, and ensure charging mode settings are correct.
  • Sobreescalfament del sistema: Ensure proper ventilation, clear any obstructions around the inverter's cooling fins.

7.2 Multi-Protection Functions

The inverter is equipped with multiple protection functions for safe and reliable operation.

Multi-Protection functions of the inverter
Figure 16: Inverter Multi-Protection Functions
  • Protecció contra curtcircuits
  • Protecció contra sobretensions
  • Protecció de sobrecàrrega
  • Protecció contra sobretemperatura
  • Volum baixtage Protecció
  • Vol. Alttage Protecció

8. Especificacions

8.1 Hybrid Solar Inverter (ANJ-6200W-48V-WIFI)

ANJ-6200W-48V-WIFI Inverter dimensions
Figure 17: Inverter Dimensions (482x290x113mm)
Detailed specifications table for the MPPT Hybrid Solar Inverter
Figure 18: Inverter Specifications Table
CategoriaItemEspecificació
ModelNom del modelANJ-6200W-48V-WIFI
Capacitat6.2KVA/6.2KW
EntradaVolum nominaltage230 VCA
Freqüència50/60 Hz (detecció automàtica)
Volum nominaltage220/230 VCA ± 5%
SortidaPotència de sobretensió11000VA
Freqüència50/60Hz
Forma d'onaOna sinusoïdal pura
Temps de transferència10ms (For personal Computer)/20ms (For Home Appliances)
Eficiència màxima (PV a INV)96%
BateriaVoltage48VDC
Càrrega flotant Voltage54VDC
Protecció de sobrecàrrega63VDC
Mètode de càrregaCC/CV
Carregador solar i carregador de CATipus de carregador solarMPPT
Màx. Potència de matriu fotovoltaica6500W
Màx. Circuit obert de matriu fotovoltaica Voltage500VDC
PV Array MPPT Voltage Rang60-500VDC
Màx. Corrent d'entrada solar27A
Màx. Corrent de càrrega solar120A
FísicaDimensions, DxWxH (mm)482x290x113
Package Dimensions DxWxH (mm)566x380x190
Pes net (kg)10
Interfície de comunicacióUSB/RS232/Contacte sec
Medi ambientInterval de temperatura de funcionament-10 °C a 50 °C
Temperatura d'emmagatzematge-15 °C - 60 °C
Humitat5% a 95% d'humitat relativa (sense condensació)

8.2 LiFePO4 Rack Battery (51.2V 100AH)

51.2V 100AH LiFePO4 Battery dimensions
Figure 19: Battery Dimensions (483x460x140mm)
Detailed specifications table for the 51.2V 100AH LiFePO4 Battery
Figure 20: Battery Specifications Table
No.ElementsCriterisObservacions
2.1Capacitat típica5120 WhDescàrrega de càrrega de 0.5 C per voltage
2.2Mètode de combinació16S1P
2.3Volum nominaltage51.2 V
2.4Impedància internaBattery: ≤0.7mΩAC 1 KHz després de la càrrega estàndard
2.5Volum de càrregatage (V)58.4 V
2.6Corrent de càrrega estàndard50A
2.7Màx. Corrent de càrrega100A
2.8Corrent de descàrrega contínua100A
2.9Corrent de pols200A
2.10Enviament Voltage Requisits≥51.2V
2.11Temperatura de funcionament0 °C ~ +55 °CCarregant
-20 °C ~ +55 °CDescàrrega
2.12Temperatura d'emmagatzematge-20 °C ~ +45 °CMenys d'1 mes
-20 °C ~ +35 °CMenys de 6 mesos
3.1A-Grade Cell50160116-100AhLiFePO4
3.2BMS16S100A
3.3Connector

9. Consells d'usuari

  • For optimal battery life, try to keep the battery charge within the recommended range and avoid frequent deep discharges.
  • Utilize the WiFi monitoring feature to keep track of your system's performance and identify potential issues early.
  • Consider the 'Solar First' charging mode to maximize the use of renewable energy and reduce electricity bills.
  • When expanding your system, ensure all new components are compatible and follow the parallel connection guidelines carefully.

10. Garantia i Suport

For warranty information, technical support, or service inquiries, please refer to the official ANENJI weblloc web o poseu-vos en contacte amb el vostre distribuïdor autoritzat. Conserveu el rebut de compra com a comprovant de compra.

Documents - ANENJI – ANJ-6200W-48V-WIFI Hybrid Solar Inverter and ANJ-48V-100AH-ZN LiFePO4 Battery

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