6.2kVA Hybrid Inverter with 120A MPPT and 5.12kWh 51.2V Lithium Battery by ECCO

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6.2kVA Hybrid Inverter with 120A MPPT and 5.12kWh 51.2V Lithium Battery by ECCO

The HIN6200S Hybrid Inverter is a high-performance single-phase solar inverter created for optimal battery management and energy conversion. This inverter guarantees the best solar energy harvesting for both residential and commercial uses with a maximum photovoltaic input power of 6,500 W. It offers dependable backup power and grid-tied functionality due to its clean sine wave output, intelligent MPPT charging, and smooth lithium battery integration.

Important Features:

Effective and Powerful Performance
  • Maximum Power Output: 6,200 W for continuous load supply.
  • Power Surge: 12,400VA to handle high starting loads.
  • Dual Output Design: Enables a variety of load priorities.
  • Peak Efficiency of 94%: Optimizes performance and energy conservation.
Solar charging and intelligent battery
  • Lithium Battery Activation: Facilitates effortless charging using PV or the grid.
  • Battery Voltage: 48V DC, with a floating charge of 54V DC.
  • Overcharge Protection: Automatically blocks battery harm at 63V DC.
  • Flexible Charging Options: 120A max solar charge, 80A AC charge, and hybrid charging up to 120A.
Cutting-Edge MPPT Technology for Optimal Solar Collection
  • To maximize solar efficiency, the maximum PV input is 6,500W.
  • Voltage Range for MPPT: 60 V to 500 V DC for broad solar compatibility.
  • Tolerance to High Voltage: 500V DC open circuit capacity.
Backup Power Management & Smart Grid
  • Grid Voltage Range: 90–280 V AC (Appliances) / 170–280 V AC (Computers).
  • Automatic Frequency Detection: 50/60Hz sensing for universal compatibility.
  • Perfect Transition: 20 milliseconds for appliances, 10 milliseconds for computers.
Constructed with safety and longevity in mind.
  • Operating Temperature: Ranges from 10°C to 50°C depending on the environment.
  • Humidity Resistance: 5% to 95% non-condensing.
  • Overload Protection: With automatic safety shut-off, it can handle loads of up to 140%.

Technical details:

Overall
  • Model: HIN6200S
  • Singlephase input/output is the phase.
  • Parallel Capacity: No
  • Battery Communication: Yes, via RS485
AC Input and Output
  • Nominal Voltage: 230 VAC
  • Acceptable Voltage Range:
  • AC between 170 and 280 volts (Computers)
  • AC 90–280V (Household Appliances)
  • Frequency: 50/60 Hz (AutoSensing)
  • Waveform: A perfect sine wave
  • Transfer Time: 10 ms for computers and 20 ms for devices
Battery and charging
  • 48 V DC is the battery voltage.
  • Voltage of the Floating Charge: 54 V DC
  • Overcharge Protection: 63V DC
  • Charging Method: CC/CV (Constant Current / Constant Voltage)
MPPT & Solar Charger
  • MPPT Controller: Yes
  • 6,500 W is the maximum output of the PV array.
  • Open Circuit Voltage of Max PV: 500V DC
  • MPPT Voltage Range: 60–500 V DC
  • Maximum Solar Input Current: 27 A
  • Maximum Solar Charge Current: 120 amps
  • Maximum AC Charging Current: 80 amps
  • 120A is the maximum total charge current.
Connection & Physical
  • Measurements: 438 x 312 x 122 mm
  • 540 × 390 × 210 mm is the package size.
  • Weight: 11 kg
  • The communication interface is either RS485 (RJ45) or RS232 (DB9).
Environmental Factors
  • Operating Temperature: Between 10 and 50 degrees Celsius
  • Storage Temperature: between 15°C and 60°C
  • Humidity: 5%–95% (non-condensing)
What's Included?
  • ECCO Hybrid Inverter 1 × HIN6200S
  • Installation Guide & User Manual
  • Cables for Battery Communication
Lithium Battery (Ecco 51. 2V 100Ah 5. 12kWh W51100 – Wall-Mounted)
Major characteristics:
  • Wall-mounted design that is simple to install and beautiful.
  • Lithium Iron Phosphate (LiFePO4) cells – secure, extended lifespan
  • Maximum rate of charge/discharge is 1C.
  • Simple to use interface
  • Works with a variety of inverter manufacturers
  • It can handle up to 16 parallel groups.
  • adhering to EU TUV regulations as well as North American UL requirements
Benefits:
  • Greater Cycle Life: Compared to lead-acid batteries, it has a cycle life that is 20 times longer and a float/calendar life that is five times longer.
  • Lighter Weight: Around 40% less weight than comparable lead-acid batteries
  • Higher Power: Retains a high energy capacity while having twice the power of lead-acid batteries.
  • Greater Temperature Range: 20°C to 60°C
  • Enhanced Safety: Prevents the possibility of fire or explosion due to impact, overcharging, or short circuits
What's Inside?
  • The Battery
  • Mounts and Battery Cables
Specifications for Batteries:
  • Battery Type: Set to "USE"
  • Voltage for Bulk Charge: 56. 456. 6V
  • Float Charge Voltage: 54 V
  • Voltage at which the current is cut off: 47 V
Technical Specifications:
  • Nominal Voltage: 51. 2V
  • Rated Capacity: 100Ah
  • Power Total: 5. 12 kWh
  • Ideal Operating Voltage Range: 43V to 54. 5V
  • Protection Against Short Circuits: Yes
  • Reverse Connection Protection for Power On: Optional
  • Maximum Charging Voltage: 57. 6V
  • Optimal charging voltage: 56. 4 volts (recommended).
  • 5500 W is the highest possible continuous output power.
  • Max Instantaneous Output Power: 7500 W
  • Local Parameter Configuration: Supported
  • Maximum installation dimensions (mm): 480 x 170 x 500
  • The dimensions of the package in millimeters are 590 by 290 by 615.
  • 49 kg
  • IP Classification: IP54
  • Communication: RS232, RS485, CAN
  • Fifteen-year design life
Battery:
  • Voltage: 48 volts
  • Maximum Discharge Current: 220 A
  • Voltage of the floating charge: 54 VDC
  • 63 VDC Overcharge Protection
  • Technique for Charging: CC/CV
Installation specifications and warranties
  • 5-Year Warranty
  • Only a licensed Master Electrician or skilled electrical wireman with legitimate registration with the Department of Labor may carry out the installation.
  • Following installation, a legitimate Electrical Certificate of Compliance (COC) that is unique to the solar or backup system must be issued.
  • The installation must adhere to SANS 10142 and all of its components.
  • The following information must be included in warranty claims:
  • Images of the installation process
  • Legitimate COC
  • Evidence that a licensed Master Electrician or skilled wireman completed the installation
  • The warranty may be voided if the aforementioned information is not provided.
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