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SUNVOLT ENERGY STORAGE SOLUTION

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SUNVOLT ENERGY STORAGE SOLUTION

The next evolution in solar energy use

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SUNVOLT ENERGY STORAGE SOLUTION

Features

The next generation of solar energy

Panasonic brings a strong heritage in Lithium-ion battery technology, with experience spanning more than 80 years focusing on industry-leading reliability, quality and safety. Explore the benefits of solar Lithium-ion battery technology with a Sunvolt Energy Storage Solution for your home.
The next generation of solar energy

Delivering uninterrupted clean energy

By storing solar energy within the Sunvolt Energy Storage Solution, clean energy can be used around the clock to reduce your electricity bill and provide hours of backup power during outages.
Delivering uninterrupted clean energy

Delivering Value to Consumers and Small Businesses

Australian consumers and small businesses want to invest in sustainable energy sources, but they are dependent on energy being available on demand. The Sunvolt Energy Storage Solution can shift clean solar energy for use during the evening peak period, reducing overall energy costs.
Delivering Value to Consumers and Small Businesses

Monitoring

Panasonic ARIES is a web based application designed for customers to control and monitor Energy Storage Systems. They can view system information over the course of a day, week, month or year, without interfering with how the system is being operated.

Early Intelligent Device Failure
Detection for Zero Downtime

Data Analytics for Performance
Improvement and Diagnosis

Easy Management with Real Time
Alerts and Reports
Monitoring

Specs

Photo of SUNVOLT ENERGY STORAGE SOLUTION

SUNVOLT LV ESS Parameters

  • SV-LV ESS G3 5.4-1 (5.37kWh)
    SV-LV ESS G3 10.8-1 (10.74kWh)
    SV-LV ESS G3 16.2-1 (16.11kWh)
    SV-LV ESS G3 21.6-1 (21.48kWh)

PV String Input Data

  • Max. Input Power (W)*¹

    • 7500

  • Max. Input Voltage (V)

    • 600

  • MPPT Operating Voltage Range(V)

    • 60~550

  • MPPT Voltage Range at Nominal Power (V)

    • 200~500

  • Start-up Voltage (V)

    • 58

  • Nominal Input Voltage (V)

    • 360

  • Max. Input Current per MPPT (A)

    • 16

  • Max. Short Circuit Current per MPPT (A)

    • 23

  • Max. Backfeed Current to The Array (A)

    • 0

  • Number of MPP Trackers

    • 2

  • Number of Strings per MPPT

    • 1

Battery Input Data

  • Battery Parameters

    • 1×Battery System
      2×Battery System
      3×Battery System
      4×Battery System

  • Rated Energy (kWh)

    • 5.37
      10.74
      16.11
      21.48

  • Usable Energy (kWh)*²

    • 4.83
      9.66
      14.49
      19.32

  • Cell Type

    • LFP (LiFePO4)

  • Cell Configuration

    • 16S1P
      16S2P
      16S3P
      16S4P

  • Rated Voltage (V)

    • 51.2

  • Operating Voltage Range (V)

    • 47.5~57.6

  • Nominal Dis-/Charge Current (A)

    • 50A
      50A
      50A
      50A

  • Max. Dis-/Charge Current (A)*³

    • 50A(100A@15min)
      100A
      100A
      100A

  • Max. Discharge Power(kW)*³

    • 5.3
      5.3
      5.3
      5.3

  • Communication

    • CAN&RS485

  • Battery Weight (kg)

    • 53 (1 pack)
      106 (2 packs)
      159 (3 packs)
      212 (4 packs)

  • Battery Dimensions (W×H×D) (mm)

    • 650×390×260
      650×390×260 ×2(Non-stack size)
      650×390×260 ×3(Non-stack size)
      650×390×260 ×4(Non-stack size)

  • Operating Temperature(°C)

    • Charge: 0~+50; Discharge: -10~+50

  • Storage temperature (°C)

    • -20~+40 (≤One Month) ; 0~+35 (≤One Year)

  • Relative Humidity

    • 0~95%

  • Max. Operating Altitude (m)

    • 2000

  • Protection Degree

    • IP55 (Outdoor / Indoor，Battery stack)

  • Standard and Certification

    • Safety，EMC ，UN38.3

AC Output Data (On-grid)

  • Nominal Apparent Power Output to Utility Grid (VA)

    • 5,000

  • Max. Apparent Power Output to Utility Grid (VA)

    • 5,000

  • Nominal Apparent Power from Utility Grid (VA)

    • 5000

  • Nominal Output Voltage (V)

    • 220/230/240

  • Output Voltage Range (V)

    • 170~280

  • Nominal AC Grid Frequency (Hz)

    • 50/60

  • AC Grid Frequency Range (Hz)

    • 45~55 / 55~65

  • Max. AC Current Output to Utility Grid (A)

    • 22.7

  • Max. AC Current From Utility Grid (A)

    • 43.5

  • Nominal AC Current From Utility Grid (A)

    • 21.7

  • Max. Output Fault Current (Peak and Duration) (A)

    • 96A@3μs

  • Inrush Current (Peak and Duration) (A)

    • 96A@3μs

  • Nominal Output Current (A)

    • 21.7

  • Power Factor

    • ~1 (Adjustable from 0.8 leading to 0.8 lagging)

  • Max. Total Harmonic Distortion

    • <3%

  • Maximum Output Overcurrent Protection (A)

    • 80

  • Type of Voltage (a.c. or d.c.)

    • a.c.

AC Output Data (Back-up)

  • Back-up Nominal Apparent Power (VA)

    • 5000

  • Nominal Output Current (A)

    • 21.7

  • Max. Output Current (A)

    • 22.7

  • Max. Output Fault Current (Peak and Duration) (A)

    • 96A@3μs

  • Inrush Current (Peak and Duration) (A)

    • 96A@3μs

  • Maximum Output Overcurrent Protection (A)

    • 80

  • Nominal Output Voltage (V)

    • 220/230/240

  • Nominal Output Frequency (Hz)

    • 50/60

  • Output THDv (@Linear Load)

    • <3%

Efficiency

  • Max. Efficiency

    • 97.60%

  • European Efficiency

    • 96.70%

  • CEC Efficiency

    • 96.90%

  • Max. Battery to AC Efficiency

    • 95.50%

  • MPPT Efficiency

    • 99.90%

Protection

  • PV String Current Monitoring

    • Integrated

  • PV Insulation Resistance Detection

    • Integrated

  • Residual Current Monitoring

    • Integrated

  • PV Reverse Polarity Protection

    • Integrated

  • Anti-islanding Protection

    • Integrated

  • AC Overcurrent Protection

    • Integrated

  • AC Short Circuit Protection

    • Integrated

  • AC Overvoltage Protection

    • Integrated

  • DC Switch

    • Integrated

  • DC Surge Protection

    • Type II

  • AC Surge Protection

    • Type III

  • AFCI

    • Optional

  • Remote Shutdown

    • Integrated

General Data

  • Operating Temperature Range (°C)*⁴

    • -25~50

  • Relative Humidity

    • 0~95%

  • Max. Operating Altitude(m)

    • 2000

  • Cooling Method

    • Natural Convection

  • User Interface

    • LED,WLAN+APP

  • Communication with BMS

    • CAN

  • Communication with Meter

    • RS485

  • Communication with Portal

    • WiFi / WiFi+LAN / 4G

  • Weight (kg)

    • 115.5
      168.5
      Left: 168.5 Right: 68
      Left: 168.5 Right: 121

  • Dimension (W×H×D mm)

    • 710×1360×325
      710×1700×325
      Left: 710×1700×325 Right: 710×600×260
      Left: 710×1700×325 Right: 710×940×260

  • Topology

    • Non-isolated

  • Ingress Protection Rating

    • Decorated Enclosure: IP43, Electrical Enclosure:IP65,Battery Enclosure:IP55

  • Environmental Category

    • 4K4H

  • Pollution Degree

    • III

  • Overvoltage Category

    • DC II / AC III

  • Protective Class

    • I

  • Storage Temperature (°C)

    • Battery： -20~+40(≤One Month) ; 0~+35(≤One Year)
      Inverter：-40~+85

  • The Decisive Voltage Class(DVC)

    • Battery: A
      PV: C
      AC: C
      Com: A

  • Installation Location

    • Wall Mounted & Grounded

  • Type of Electrical Supply System

    • single phase

  • Active Anti-islanding Method*⁵

    • AFDPF + AQDPF *⁵

  • Country of Manufacture

    • China

Note

  • *1 The max power is the actual power of PV.
    *2 Usable Energy (kWh)* : Test conditions, 90% DOD, 0.5C charge & discharge at +25±2 °C for battery system at beginning life. System Usable Energy may vary with different Inverter.
    *3 Max. Continuous Discharge Current*/Power*：Max. Continuous Charge/Discharge and power derating will occur related to Temperature and SOC. ℃
    *4 Operating Temperature Range ( )*: When the temperature is lower than 0 °C, the battery will stop charging. When the temperature is lower than -10 °C, the battery will stop discharging. The PV and AC are running properly.
    *5 AFDPF: Active Frequency Drift with Positive Feedback, AQDPF: Active Q Drift with Positive Feedback.
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