π 6kW 48V SVC Hybrid Solar Inverter – 6000W 100A MPPT π
πΉ Overview
The 6kW 48V SVC Hybrid Solar Inverter is a powerful and versatile solution designed for residential and commercial solar power systems. With its intelligent hybrid functionality, this inverter efficiently manages power sources, seamlessly integrating solar panels βοΈ, batteries π, and the grid β‘ to optimize energy consumption. It features a high-capacity 100A Maximum Power Point Tracking (MPPT) charge controller, ensuring maximum efficiency when harvesting solar energy.
π Technical Specifications
βοΈ General Features:
- π Rated Power: 6kW (6000W)
- π Battery Voltage: 48V DC
- π MPPT Charge Controller: 100A
- β‘ Inverter Type: Pure sine wave
- π Hybrid Functionality: Supports grid-tie, off-grid, and battery backup modes
- π Input Voltage Range: 170V – 280V AC (Grid) / 60V – 145V DC (Solar)
- π Peak Efficiency: > 98% (MPPT) / > 93% (Inverter)
- π Frequency: 50Hz / 60Hz (Auto-sensing)
- βοΈ Cooling: Smart cooling fan with temperature control
- π‘ Communication Ports: RS232 / USB / Wi-Fi / GPRS (Optional)
π Solar Input & MPPT:
- β‘ Maximum Solar Power Input: 6000W
- π Maximum PV Open Circuit Voltage: 500V DC
- π MPPT Voltage Range: 60V – 145V DC
- π Number of MPPT Trackers: 1 (supports multiple PV arrays)
π Battery & Charging:
- π Battery Type Compatibility: Lithium-ion, LiFePO4, AGM, Gel, Flooded Lead-acid
- β‘ Maximum Charging Current: 100A
- β οΈ Battery Low Voltage Protection: Yes
- π‘οΈ Battery Overcharge Protection: Yes
β‘ AC Output & Grid Support:
- π Output Voltage: 230V Β± 5% AC
- β‘ Surge Power: 12kW (2x rated power)
- π Transfer Time: β€ 10ms (UPS Mode)
- π Grid Input Voltage Range: 170V – 280V AC
- π Bypass Function: Automatic switch to grid or generator when battery is low
π‘οΈ Protection Features:
- β Overload Protection
- β Short Circuit Protection
- β Over-Temperature Shutdown
- β Battery Reverse Polarity Protection
- β Anti-Islanding Protection (Grid-tie mode)
π§ Applications
The 6kW SVC Hybrid Solar Inverter is ideal for various applications, including:
- π‘ Residential Solar Power Systems β Provides reliable backup power and optimizes solar energy use, reducing electricity bills.
- π’ Commercial & Small Business Use β Powers essential equipment in offices, shops, and small industries.
- ποΈ Off-Grid and Remote Locations β Suitable for rural areas with limited or no grid access.
- π Hybrid Grid-Tied Systems β Functions with both solar and grid power, reducing dependency on the utility.
- π UPS Backup Systems β Ensures continuous power supply for critical loads such as servers and medical equipment.
- π EV Charging Stations β Can be integrated into renewable energy-based EV charging infrastructure.
π οΈ Maintenance & Best Practices
β Regular Inspections:
- π Check for loose connections and inspect terminals for corrosion.
- βοΈ Ensure proper ventilation around the inverter to prevent overheating.
β Cleaning:
- π§Ό Wipe dust off the inverter casing to prevent dirt accumulation.
- π¨ Keep the cooling fans and vents free from debris to ensure efficient cooling.
β Battery Maintenance:
- π Regularly monitor battery voltage levels and charge status.
- π¦ If using lead-acid batteries, check electrolyte levels periodically.
- βοΈ Ensure the battery bank is properly balanced and not over-discharged.
β Firmware & Software Updates:
- π₯ Update the inverter firmware when available to improve performance and compatibility.
- π Use manufacturer-provided monitoring tools to track system performance.
β Protection Measures:
- β‘ Install appropriate surge protectors to safeguard against voltage spikes.
- βοΈ Ensure the inverter is properly grounded to prevent electrical faults.
β Environmental Considerations:
- π‘οΈ Keep the inverter in a cool, dry, and shaded area to extend its lifespan.
- π§οΈ Avoid placing the unit near direct sunlight or high-humidity areas.
With proper installation and maintenance, the 6kW 48V SVC Hybrid Solar Inverter can provide reliable, long-lasting power πβ‘ for various energy needs.







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