• MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000

MARSTEK V5000/V6000

No.MARSTEK-06

All-in-One Waterproof Solar Backup Stations

$0.00
kW/kWh:
5kW/10kWh
6kW/15kWh
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000
  • MARSTEK V5000/V6000

Description

MARSTEK V5000 & V6000: All-in-One Waterproof Solar Backup Stations

Introducing the MARSTEK V Series — V5000 and V6000, high-power all-in-one solar backup stations designed for reliable energy supply in homes, businesses, and off-grid settings. With waterproof IP65 protection, pure sine wave inverters, flexible expansion, and smart connectivity, these systems deliver consistent performance for daily use and emergency backup.

Core Product Advantages

  • Powerful Pure Sine Wave Output: V5000 offers 5kW continuous/10kW peak power; V6000 delivers 6kW continuous/12kW peak power, safe for sensitive electronics.
  • Wide MPPT Compatibility: 80V~500V MPPT range with 2 channels (4.5kW each, 9kW total PV input) for maximum solar energy capture.
  • Flexible Expansion: Both models support up to 5 extra battery packs — V5000 scales from 10kWh to 60kWh; V6000 from 15kWh to 90kWh.
  • Parallel Scaling: Up to 6 sets can be paralleled — V5000 reaches 30kW power/360kWh capacity; V6000 hits 36kW power/540kWh capacity.
  • Four Charging Modes: Solar, grid, solar+grid, and generator — adapt to any power source for uninterrupted energy.
  • Dual Working Modes: Charge battery while powering devices; switch between general bypass (charging + low bypass) and peak bypass (low charging + high bypass).
  • Smart Control & Monitoring: Connect via Wi-Fi/Bluetooth/RS-485/RJ-45, with real-time management through the MARSTEK App and segment display for easy status check.
  • Durable & Reliable: IP65 waterproof/dustproof, sub-30dB silent operation, 4000m max operating altitude, and 6000+ cycle LFP batteries with 10-year warranty.
  • Grid Stability: 184V~276V wide voltage range handles grid fluctuations for stable operation.

Key Performance Metrics (V5000 vs. V6000)

Feature MARSTEK V5000 MARSTEK V6000
Battery Capacity 10048Wh (314Ah1P10S*3.2V) 15072Wh (314Ah1P15S*3.2V)
Nominal Voltage 32V 48V
AC Continuous Output 5kW 6kW
AC Peak Output 10kW 12kW
PV Input Power 9kW total (4.5kW*2) 9kW total (4.5kW*2)
AC Charge Power 4kW 6kW
AC Bypass Power 5kW 6kW
Total AC Input Power 7.5kW 7.5kW
Expansion Capacity Up to 60kWh (1+5 batteries) Up to 90kWh (1+5 batteries)
Parallel Max Power 30kW (6 sets) 36kW (6 sets)
Parallel Max Capacity 360kWh (6 sets) 540kWh (6 sets)

Technical Specifications

Category MARSTEK V5000 MARSTEK V6000
Battery Chemistry: LiFePO4; Cycles: 6000 (80% DOD) Chemistry: LiFePO4; Cycles: 6000 (80% DOD)
AC Output Voltage/Freq: 230V/50Hz; Rated Current: 21.7A; Max Current: 24.2A; Port: 40A Takamatsu Terminal*1 Voltage/Freq: 230V/50Hz; Rated Current: 26.1A; Max Current: 29A; Port: 40A Takamatsu Terminal*1
DC Input (Solar) Voltage Range: 80V~500V; Max Current: 13.5A2; Port: Takamatsu Terminal2 Voltage Range: 80V~500V; Max Current: 13.5A2; Port: Takamatsu Terminal2
AC Input Voltage Range: 184V~276V; Max Current: 32.6A; Port: Takamatsu Terminal*1 Voltage Range: 184V~276V; Max Current: 32.6A; Port: Takamatsu Terminal*1
General Weight: 106kg; Operating Temp: Charge (0℃~50℃)/Discharge (-10℃~50℃); Storage Temp: -20℃~60℃; Humidity: 0~95%; Protection: IP65; Cooling: Natural Weight: N/A; Operating Temp: Charge (0℃~50℃)/Discharge (-10℃~50℃); Storage Temp: -20℃~60℃; Humidity: 0~95%; Protection: IP65; Cooling: Natural
Certifications UN38.3 & MSDS UN38.3 & MSDS

Versatile Application Scenarios

Ideal for whole-home backup power, off-grid residences, small commercial spaces, outdoor work sites, and high-altitude areas. Their large capacity, scalable design, and multiple charging options make them suitable for areas with unstable grids, high electricity costs, or frequent power outages — keeping lights, appliances, and critical equipment running seamlessly.

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