MT Series Hybrid Solar Inverter 6KW

Wallmount Hybrid On/Off Grid Pure Sine Wave Solar Inverter 6.2kW (Parallel version)

Parallel Inverter Overview

A parallel inverter is designed to operate in conjunction with one or more identical inverters to meet higher power demands or ensure uninterrupted power supply. By connecting multiple inverters in parallel, users can scale their systems according to their energy needs, improve system reliability, and achieve load-sharing capabilities.

High frequency design

Hybrid on/off grid single phase

Power factor 1.0

Dual PV input

Automatic access to generator

High PV input voltage range(60-500Vdc)

Compatible to work without battery

Builtin anti-dust kit for harsh environment

Builtin lithium battery activation function

WIFI & GPRS remote monitoring

One-key restoration to factory settings

Smart battery charge design to optimize battery life

Dual output(only single phase)

Can run three phase output(parallel)

Parallel operation up to 9 units by 1 phase or 3phase

Builtin 120A MPPT solar charge controller Max. 9KW

Dual communication ports for battery and WIFI communications

Key Features

1. Scalability

   • Allows multiple inverters to be connected in parallel to increase the total power output.

   • Ideal for expanding energy systems as power requirements grow.

2. Load Sharing

   • Distributes the load evenly among connected inverters, ensuring efficient operation and preventing overloading.

   • Enhances system reliability and extends the lifespan of individual inverters.

3. Redundancy

   • If one inverter fails, the remaining inverters can continue to supply power, ensuring uninterrupted operation.

   • Critical for applications where power continuity is essential, such as data centers or medical facilities.

4. Synchronization

   • Advanced synchronization technology ensures that all parallel-connected inverters operate in phase, avoiding power conflicts or instability.

5. Flexibility

   • Supports both single-phase and three-phase configurations, depending on the application requirements.

   • Compatible with various energy sources, including solar panels, batteries, and the grid.

6. Smart Communication

   • Equipped with communication protocols (e.g., RS485, CAN, Wi-Fi) for real-time monitoring and control.

   • Enables remote management and optimization of the parallel inverter system.

Technical Specifications

Brand: MightyESS

Model: MT6KW

Power: 6000W

Type: Hybrid on/off grid solar inverter

Wave form: pure sine wave

Battery voltage: 48V

Battery type: GEL or Lithium

Output Voltage range: L/N/PE 220/230/240Vac

Frequency: 50/60Hz

Phase: Three phase

No. of MPPT: 2

Max. PV input current: 18+18A

Max. PV input power: 4500W+4500W

Rated PV input voltage: 360V(60-450V)

Communication: Rs485, CAN, WIFI, APP

Applications

1. Solar Energy Systems

   • Used in large-scale solar installations where high power output is required.

   • Enables the integration of multiple solar arrays and battery banks.

2. Backup Power Systems

   • Provides reliable backup power for homes, businesses, and critical infrastructure.

   • Ensures continuous power supply during grid outages.

3. Off-Grid Systems

   • Ideal for remote locations where grid power is unavailable.

   • Supports the use of renewable energy sources like solar and wind.

4. Industrial and Commercial Use

   • Powers heavy machinery, equipment, and large facilities with high energy demands.

   • Offers scalability and redundancy for mission-critical operations.

Advantages

• Increased Power Capacity: Combines the output of multiple inverters to meet high energy demands.

• Enhanced Reliability: Redundancy ensures continuous operation even if one inverter fails.

• Energy Efficiency: Load-sharing capabilities optimize energy use and reduce waste.

• Easy Expansion: Add more inverters as energy needs grow, without replacing the entire system.

• Versatility: Suitable for a wide range of applications, from residential to industrial.

After-Sales Service

• 5-Year Warranty with lifetime technical support.

• 24/7 customer service for quick response to user needs.

  
  

Conclusion

A parallel inverter is a versatile and scalable solution for modern energy systems, offering increased power output, reliability, and flexibility. Whether for solar energy systems, backup power, or industrial applications, parallel inverters provide a robust and efficient way to meet growing energy demands while ensuring uninterrupted power supply. With advanced synchronization and communication features, they are an ideal choice for users seeking a future-proof and reliable energy solution.

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