SRNE-Solar Hybrid Inverter High Voltage Series HES48V-H

Next-generation performance for homes, businesses, and large-scale off-grid systems.

The SRNE HES48V-H High Voltage Series delivers powerful solar conversion with cutting-edge MPPT tracking, a wide input voltage range, and intelligent energy management. Designed to support up to 500VDC PV input, this inverter is ideal for systems requiring maximum solar efficiency, high load capacity, and future-ready integration.

Key Features

• High PV Input Voltage – Up to 500VDC
  Enables longer PV strings, reduces cable loss, and lowers installation costs for large setups.

• 5.5KW / 48V Output
  Supports heavy loads such as air conditioners, water pumps, and office equipment with a steady 230V pure sine wave output.

• Built-In 100A MPPT Charge Controller
  Advanced solar charging technology with >99.9% tracking efficiency ensures optimal energy harvest throughout the day.

• Smart Hybrid Mode
  Seamlessly combines power from solar, grid, and batteries based on availability and user settings. Ideal for areas with inconsistent grid supply.

• Multi-Battery Compatibility
  Works with a wide range of 48V batteries including lithium (LiFePO4), AGM, gel, and lead-acid. Configurable charging parameters via LCD screen.

• Comprehensive System Protection
  Comes with safeguards for over-voltage, short-circuit, reverse polarity, battery over-discharge, and over-temperature scenarios.

• Modern LCD Display & Communication Ports
  Real-time system monitoring with RS485/USB and Wi-Fi compatibility for remote diagnostics and updates.

Technical Highlights

• Model: HES48V-H Series

• Rated Output Power: 5.5KW

• Battery Voltage: 48VDC

• PV Input Range: 120VDC – 500VDC

• MPPT Charge Current: 100A

• AC Output: 230V ±5%, 50Hz/60Hz

• Efficiency: ≥93% Inverter, ≥99.9% MPPT

• Dimensions: Approx. 440 x 300 x 120mm

• Weight: ~12kg

Ideal Applications

• High-efficiency home solar systems

• Businesses with large daytime energy demand

• Locations with low grid reliability

• Installers looking for advanced hybrid solutions with minimal loss