Tewaycell TW-MB51300-200A-HWB, TW-MB48300-100A-HWB

Tewaycell LiFePO4 Battery Pack User Manual

Models: TW-MB51300-200A-HWB & TW-MB48300-100A-HWB

1. Introduktion

This manual provides comprehensive instructions for the safe and efficient use of your Tewaycell LiFePO4 Battery Pack. Designed for household energy storage, these battery packs offer high capacity, long cycle life, and advanced communication features. Please read this manual thoroughly before installation and operation to ensure proper functionality and safety.

Tewaycell 15KWh LiFePO4 Battery Pack, front view

Figure 1: Tewaycell 15KWh LiFePO4 Battery Pack

2. Sikkerhedsoplysninger

Always observe the following safety precautions to prevent injury or damage to the battery pack and connected equipment:

  • Nedsænk ikke batteriet i vand, og lad det ikke blive vådt.
  • Do not use or store the battery where it is exposed to extremely high temperatures.
  • Do not use the battery in strong electrostatic or magnetic fields, as this may compromise battery safety.
  • Do not reverse the positive (+) and negative (-) terminals. Ensure correct polarity during connection.
  • Charge the battery only with a specified charger according to the charging requirements.
  • Ensure correct connection between the inverter and MPPT. For any technical problems, contact Tewaycell support.

AdvarselsikonWarning: This product contains Lithium carbonate, a chemical known to the State of California to cause developmental toxicity. For more information go to www.P65Warnings.ca.gov.

3. Specifikationer

Model: TW-MB48300-100A-HWB

FeatureSpecifikation
Nominel bindtage48.0V (15S)
Nominel kapacitet300Ah ved 0.2C
Batteristrøm14400Wh
Indre modstand≤100mΩ
Cyklus liv6000+ gange
Selvafladning≤3.5% (monthly @ 25°C)
Opladning Voltage53.2-54V
Opladning Cut-off Voltage54.75V
Standard afladningsstrøm40A
Maximum Sustained Discharge200A
Maximum Pulse Current300A (<30S)
Standard ladestrøm40A
Maksimal kontinuerlig ladestrøm200A
Maksimal afladningseffekt5000W
Opladningstemperatur0°C til 45°C
Udledningstemperatur-20°C til 60°C
Dustproof and Waterproof RatingIP55
Skal materialeSPCC
Størrelse520x300x900 mm
Vægt125 kg
Pakningsvægt143 kg
KommunikationsporteRS485*3 / CAN / RS232
Kompatible invertermærkerGrowatt, Goodwe, SofarSolar, Deye, Voltronic, Victron, SRNE...

Model: TW-MB51300-200A-HWB

FeatureSpecifikation
Nominel bindtage51.2V (16S)
Nominel kapacitet300Ah ved 0.2C
Batteristrøm15360Wh
Indre modstand≤100mΩ
Cyklus liv6000+ gange
Selvafladning≤3.5% (monthly @ 25°C)
Opladning Voltage56.8V
Opladning Cut-off Voltage57.6V
Standard afladningsstrøm80A
Maximum Sustained Discharge400A
Maximum Pulse Current600A (<30S)
Maksimal kontinuerlig ladestrøm200A
Maksimal afladningseffekt10000W
Opladningstemperatur0°C til 45°C
Udledningstemperatur-20°C til 60°C
Dustproof and Waterproof RatingIP55
Skal materialeSPCC
Størrelse520*460*780 mm
Vægt127 kg
Pakningsvægt155 kg
KommunikationsporteRS485*3 / CAN / RS232
Kompatible invertermærkerGrowatt, Goodwe, SofarSolar, Deye, Voltronic, Victron, SRNE...

Key features summary: 15KWh, 6000+ Cycle, CAN/RS485, 200A BMS, Mobile Pack, 10KW Output, 10 years WarrantyFigur 2: Nøglefunktioner ovenforview

Built-in BMS features including overcharge, overdischarge, temperature monitoring, automatic balancing, and current protectionFigure 3: Built-in Battery Management System (BMS) Features

Certification documents including CEFigur 4: Produktcertificeringer

4. Pakkens indhold

Upon receiving your Tewaycell LiFePO4 Battery Pack, please verify that all items listed below are included in the package:

  • Tewaycell LiFePO4 Battery Pack (1 unit)
  • Fit screws for installation
  • Parallel power cable (red and black set)
  • Mekanisk støtte
  • Inverter Communication Cable (for RS485/CAN/RS232)
Detailed packing list with images of screws, parallel power cable, and inverter communication cable

Figur 5: Pakkens indhold

5. Opsætning og installation

5.1 General System Connection

The Tewaycell LiFePO4 Battery Pack integrates seamlessly into various energy systems, including solar, utility grid, and generator setups. The battery connects to a power inverter, which manages energy flow to your home and can interface with monitoring systems.

Schematic Diagram of Powerwall Connection showing solar panel, utility grid, generator, power inverter, energy storage battery, and home connections, along with monitoring via Cube WiFi/4G to PVguarder APP/Web

Figure 6: Schematic Diagram of Powerwall Connection

5.2 Parallelforbindelse

For increased capacity and power output, multiple Tewaycell battery packs can be connected in parallel. The system supports up to 16 parallel connections. Ensure all connections are secure and follow local electrical codes.

Diagram showing support for up to 16 parallel connections of battery packs to an inverter

Figure 7: Parallel Connection Setup (up to 16 units)

5.3 High Current Discharge Wiring

When configuring for high current discharge with multiple battery packs, it is crucial to use appropriate cabling and an air switch capable of handling the combined current. The provided parallel power cables are designed for this purpose. Ensure all cables support the required current (e.g., 200A for the 48V model, 400A for the 51.2V model).

High current discharge wiring diagram for two parallel battery packs connected to multiple inverters via an air switch

Figure 8: High Current Discharge Wiring Diagram

6. Betjening

6.1 Kontroller og indikatorer

The top panel of the battery pack features various controls and indicators for monitoring and operation:

Top panel details of the battery with labels for Positive Terminal, Negative Terminal, Power Switch, ON/OFF Indicator, Reset, Alarm Indicator, SOC Indicator, DIP Switch, Running Indicator, Communication Port, and Dry Contact

Figure 9: Battery Top Panel Details

  • Positiv terminal (+): For connecting positive power cables.
  • Negativ terminal (-): For connecting negative power cables.
  • Afbryderen: Turns the battery pack ON/OFF.
  • TIL/FRA-indikator: Viser strømstatus.
  • Nulstil knap: For resetting the battery management system.
  • Alarmindikator: Illuminates to indicate a fault or warning.
  • SOC-indikator: Displays the State of Charge.
  • DIP switch: Used for configuring parallel connections or other settings.
  • Løbeindikator: Shows normal operation status.
  • Communication Port (RS485*3/CAN/RS232): For connecting to inverters and monitoring systems.
  • Tør kontakt: Til ekstern styring eller signalering.

6.2 Overvågning

The battery pack can be monitored via a PC interface or through the PVguarder APP/Web platform, providing real-time data and control over various parameters.

PC Monitoring Interface

Screenshot of the PC battery monitoring interface showing real-time data, multi-monitoring info, parameter settings, system config, and data export options

Figure 10: PC Battery Monitoring Interface

The PC monitoring software allows users to view real-time battery status, historical data, and configure various parameters. This includes cell voltage, pakke voltage, current, remaining capacity, full capacity, cycle count, and temperature.

Parameterindstillinger

Screenshot of the battery parameter setting interface with options for cell over-voltage protect, pack over-voltage protect, charge over-current protect, discharge over-current protect, balance threshold, and sleep settings

Figure 11: Battery Parameter Setting Interface

Advanced users can adjust parameters such as over-voltage protection, over-current protection, temperature limits, and balancing thresholds through the parameter setting interface. Always exercise caution when modifying these settings.

6.3 Batteriydelseskurver

Understanding the battery's performance characteristics is essential for optimizing its use. The following graphs illustrate typical charge and discharge behavior:

Graphs showing battery charge and discharge curves at different rates and temperatures

Figure 12: Battery Charge & Discharge Curves

Battery test curve analysis graphs including Different Rate Discharge Curve @ 25°C, Different Temperature Discharge Curve @ 0.5C, 25°C, Open Circuit Voltage VS SOC, and Battery test curve analysis data

Figure 13: Battery Test Curve Analysis

  • Different Rate Discharge Curve: Shows how the battery's voltage and capacity vary under different discharge rates (e.g., 0.2C, 0.5C) at a constant temperature.
  • Different Temperature Discharge Curve: Illustrates the battery's performance across various temperatures (e.g., -20°C, 0°C, 25°C, 60°C) at a specific discharge rate.
  • Open Circuit Voltage vs. SOC: Depicts the relationship between the battery's open circuit voltage and its State of Charge.
  • Charge Characteristics: Details the voltage and current behavior during charging cycles.

7. Vedligeholdelse

To ensure the longevity and optimal performance of your Tewaycell LiFePO4 Battery Pack, follow these maintenance guidelines:

  • Regelmæssig inspektion: Periodically check the battery pack for any physical damage, loose connections, or signs of corrosion.
  • Rensning: Keep the battery pack clean and free from dust and debris. Use a dry, soft cloth for cleaning. Do not use liquids.
  • Miljøforhold: Ensure the battery operates within the specified temperature ranges (Charging: 0°C to 45°C; Discharge: -20°C to 60°C). The IP55 rating provides protection against dust and low-pressure water jets, but avoid direct exposure to heavy rain or immersion.
  • Firmwareopdateringer: Hvis det er muligt, skal du regelmæssigt kontrollere for og installere firmwareopdateringer til BMS'en for at sikre optimal ydeevne og sikkerhed.

8. Fejlfinding

If you encounter issues with your Tewaycell LiFePO4 Battery Pack, consider the following basic troubleshooting steps:

  • Ingen strømudgang: Check if the power switch is ON. Verify all cable connections are secure and correctly polarized. Ensure the inverter is functioning correctly.
  • Alarm Indicator On: Refer to the monitoring interface for specific error codes or warnings. This could indicate over-voltage, under-bindtage, over-current, or temperature issues.
  • Opladningsproblemer: Confirm the charger is connected properly and meets the battery's charging voltage and current requirements. Check the charging temperature.
  • Kommunikationsproblemer: Ensure communication cables are correctly connected to the battery and inverter/monitoring device. Check the communication port settings on the monitoring software.

If problems persist after performing these checks, please contact Tewaycell technical support for further assistance.

9. Brugertips

Maximize the performance and lifespan of your battery pack with these general tips:

  • Optimal placering: Install the battery in a well-ventilated area, away from direct sunlight and heat sources, to maintain ideal operating temperatures.
  • Regelmæssig overvågning: Utilize the PC monitoring software or PVguarder APP/Web to regularly check the battery's health, State of Charge (SOC), and any alerts.
  • Balanceret opladning: Ensure your charging system provides balanced charging to all cells for optimal battery health over time. The built-in BMS assists with this.
  • Professionel installation: For complex setups involving multiple batteries or integration with existing solar/inverter systems, consider professional installation to ensure safety and compliance.

10. Garanti og support

Tewaycell provides a robust warranty for its LiFePO4 Battery Packs, ensuring peace of mind for your energy storage investment.

  • Produktliv: The battery pack is designed for a life of 10 years.
  • Garantiperiode: A 7-year warranty is provided for the battery's Ampere-hour (AH) capacity.

For technical assistance, warranty claims, or any questions regarding your Tewaycell LiFePO4 Battery Pack, please contact Tewaycell customer support. Support is available 24 hours online.

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