6.2KVA/6200W Ecco MPPT Hybrid inverter + 1x 5.12 KWH MUST 100AH Lithium Battery Combo

6.2KVA/6200W Ecco MPPT Hybrid inverter + 1x 5.12 KWH MUST 100AH Lithium Battery Combo

Introducing a powerful and efficient solar energy solution: the 6.2KVA/6200W Ecco MPPT Hybrid Inverter paired with 1 X 5.12 KWH 100AH Lithium Batteries. This combo is designed to provide a robust and reliable energy system for your home or business.

-Ecco MPPT Hybrid Inverter (6.2KVA/6200W): This advanced inverter features Maximum Power Point Tracking (MPPT) technology for optimal energy harvesting from your solar panels. It seamlessly integrates with both solar and battery power sources, offering efficient energy conversion and storage.

-Lithium Batteries (1 x 5.12 KWH 100AH): These high-capacity lithium-ion batteries ensure long-lasting, dependable power storage with a total capacity of 5.12 KWH. Their compact design and high efficiency make them ideal for supporting your energy needs.

Reliable 6.2kW ECCO Hybrid Inverter with Advanced Battery & Solar Integration

The HIN6200S Hybrid Inverter is a high-performance single-phase solar inverter designed for efficient energy conversion and battery management. With 6,500W maximum PV input power, this inverter ensures optimal solar energy harvesting for both residential and commercial applications. Featuring pure sine wave output, intelligent MPPT charging, and seamless lithium battery integration, it delivers reliable backup power and grid-tied functionality.

Key Features:

Powerful & Efficient Performance

• Maximum Power Output: 6,200W for continuous load supply.
• Surge Power: 12,400VA to handle high starting loads.
• Dual Output Design: Supports multiple load priorities.
• 94% Peak Efficiency: Maximizes energy savings and performance.

Smart Battery & Solar Charging

• Lithium Battery Activation: Enables seamless PV or utility charging.
• Battery Voltage: 48V DC with floating charge at 54V DC.
• Overcharge Protection: Automatically prevents battery damage at 63V DC.
• Flexible Charging Options: 120A max solar charge, 80A AC charge, and hybrid charging up to 120A.

Advanced MPPT Technology for Maximum Solar Harvesting

• Maximum PV Input: 6,500W to optimize solar efficiency.
• MPPT Voltage Range: 60V500V DC for versatile solar compatibility.
• High Voltage Tolerance: 500V DC open circuit capacity.

Smart Grid & Backup Power Management

• Grid Voltage Range: 170-280V AC (Computers) / 90-280V AC (Appliances).
• Auto Frequency Detection: 50/60Hz sensing for global compatibility.
• Seamless Switchover: 10ms for computers, 20ms for appliances.

Built for Durability & Safety

• Operating Temperature: -10°C to 50°C for various environments.
• Humidity Resistance: 5%95% non-condensing.
• Overload Protection: Handles up to 140% load with auto safety cut-off.

Technical Specifications:

General

• Model: HIN6200S
• Phase: Single-phase input/output
• Parallel Capability: No
• Battery Communication: Yes (RS485)

AC Input & Output

• Nominal Voltage: 230V AC
• Acceptable Voltage Range:
  • 170280V AC (Computers)
  • 90280V AC (Home Appliances)
• Frequency: 50/60Hz (Auto-Sensing)
• Waveform: Pure Sine Wave
• Transfer Time: 10ms (Computers) / 20ms (Appliances)

Battery & Charging

• Battery Voltage: 48V DC
• Floating Charge Voltage: 54V DC
• Overcharge Protection: 63V DC
• Charging Method: CC/CV (Constant Current / Constant Voltage)

Solar & MPPT Charger

• MPPT Controller: Yes
• Maximum PV Array Power: 6,500W
• Max PV Open Circuit Voltage: 500V DC
• MPPT Voltage Range: 60V 500V DC
• Max Solar Input Current: 27A
• Max Solar Charge Current: 120A
• Max AC Charge Current: 80A
• Max Total Charge Current: 120A

Physical & Connectivity

• Dimensions: 438 × 312 × 122 mm
• Package Size: 540 × 390 × 210 mm
• Weight: 11 kg
• Communication Interface: RS485 (RJ45) / RS232 (DB9)

Environmental Conditions

• Operating Temperature: -10°C to 50°C
• Storage Temperature: -15°C to 60°C
  • 5-Year Warranty
  • Installation must be performed by a qualified electrical wireman or Master Electrician with valid registration with the Department of Labour.
  • A valid Electrical Certificate of Compliance (COC) must be issued after installation, specific to the backup or solar system.
  • Installation must comply with SANS 10142 and all its parts.
  • Warranty claims must include:
    • Installation photos
    • Valid COC
    • Proof of installation by a qualified wireman or Master Electrician
  • Failure to provide the above may void the w...