Luxpower TriP 20K Three Phase Hybrid Inverter

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HOT RECOMMEND

Luxpower TriP 20K Three Phase Hybrid Inverter

  • Three phase solutions
  • 150% unbalanced output, Max.10kW per phase
  • 20kW UPS output
  • Supports 1.5 DC/AC ratio
  • Supports up to 10pcs in parallel for on/off grid
  • Battery working range: 100~700V
  • Separate GEN port -Smart load prioritize necessities -Up to 21.6kW Gen/AC couping input
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HYBRID SERIES TriP 6-20K

Three Phase | 2~3MPPT | High Voltage Battery

Hot New Product TriP 6-20k three-phase energy storage hybrid inverter that can charge your EV! Designed for high voltage battery systems (160-700V), with the ability to handle large input currents, support 10-second peak loads, and accommodate power variations between phases, the TriP series provides the flexibility to design and scale a solar system that generates high power output while ensuring safety and reliability.  

Hybrid Inverter Performance

solar inverter with battery

 

Intelligent working modes

▪    Weather Compensation and Smart Octopus charging packages
▪    Self consumption mode for high tariff areas
▪    Charge priority mode for areas where grid power is unstable
▪    Force charge & discharge mode for variable tariff integration

 

Intelligent Battery Integration

▪    Remote upgrade for battery management system (BMS) firmware
▪    Wide range of compatible battery brands
▪    Auto ‘wake-up’ function of lithium battery from sleep mode
▪    Essential info uploaded to Lux server for quick ESS diagnosis
▪    Battery sharing with multi-inverters in single phase or three phase

home solar inverter

Product Parameters

solar inverter charger

INPUT (PV DC)

TriP 6K

TriP 8K

TriP 10K

TriP 12K

TriP 15K

TriP 20K

Max. PV array power (W)

9000

12000

15000

18000

22500

30000

Reted PV input voltage (V)

650

Number of independent MPPT inputs

2

3

Max. PV input voltage (V)

1000

MPPT voltage range (V)

200~900

Start-up voltage (V)

160

Max. PV input current per MPPT (A)

20/20

40/40/40

Max. PV short-circuit current input per MPPT

25/25(A:1/B:1)

50/50/50(A:2/B:2/C:2)

Battery

Compatible battery type

Lithium-ion/Lead-Acid

Rated battery voltage (V)

400

Battery voltage range (V)

100~700

Max. charging voltage (V)

700

Max. charging/discharging current (A)

50

Max. charging/discharging power (W)

6000

8000

10000

12000

15000

20000

Force wake up battery from PV fuction(Y/N)

YES

Grid

Rated AC voltage (V)

230/400

Rated AC frequency (Hz)

50

Rated AC output current (A)

9.1

12.2

15.2

18.2

22.8

30.3

Rated AC output power (W)

6000

8000

10000

12000

15000

20000

Rated AC intput current (A)

11.4

15.3

19

22.8

28.5

37.9

Rated AC intput power (W)

6000

8000

10000

12000

15000

20000

PF

0.99(Adjustable from 0.8 leading to0.8 lagging)

THDI

<3%

Rated AC current of BYPASS relays (A)

90

UPS

Rated output power (W)

 

6000

 

8000

 

10000

 

12000

 

15000

 

20000

 

Rated output voltage (V)

230/400

Rated output current (A)

9.1

12.2

15.2

18.2

22.8

30.3

Rated output frequency (Hz)

50

Surge power, duration

1.5Pn, 10s

Switching time

20ms

Wave form

Sine wave

THDV

<3%

Installation Instructions

solar inverter

Solar Battery Inverter Application

System Connection

A new design of solar and battery inverters that can use in on-grid solar, off-grid solar and back-up systems. The LXP Hybrid implements a programmable and scheduled intelligent solar storage system. This power inverter battery can help increase your solar energy self-use and protect your home appliances from grid shortages. Power battery inverter can also balance your energy use strategy to save on energy costs.

Power Inverter

 

Power Battery Inverter Working Modes

LXP hybrid inverters support variable working modes

  1. Self consumption mode: Solar energy is first used to carry the house load, and the remaining solar energy is used to charge the batteries, which can then charge and integrate the solar energy into the grid.
  2. Force charge and discharge mode: The power inverter battery can charge or discharge the battery according to the time set by the user.
  3. Charge first mode: Solar energy will be used first to charge the inverter battery, then for the home load, and finally fed into the grid. This model is suitable for areas with unstable power supply from the grid.
Solar Hybrid Inverter

 

Parallel Connection

The LXP hybrid inverter MG series support parallel connection function. Which means users can extend their off grid power very easily. Due to the advanced control method, there are some advantages for the parallel system:

  1. As more as 9 inverters can be connected
  2. There is no requirement for same length of cable connection
  3. Users can connect all inverters to a big battery bank or connect to different battery group
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