NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V
NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V

NBS SOLAR W/M HYBIRD INVERTER ADVANCE PRO 3.2KW/24V

Brand: Nbs Solar

Prix de vente  600.00
Free Delivery : 1 – 3 working days

Sold By Nazeer Basha Syed Mech. & Eng. Equip. Trading Co. LLC

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Product Overview
Highlights
  • Model:NBS II PRO Series
  • Rated Power:3200 VA / 3200 W
  • Surge Power:6400 VA
  • AC Input
  • Voltage:230 VAC
  • Voltage Range:170 - 280 VAC (Computers); 90 - 280 VAC (Appliances)
  • Frequency:50/60 Hz (Auto-sensing)
  • AC Output
  • Voltage:230 VAC ±5%
  • Frequency:50/60 Hz
  • Transfer Time:10 ms (Computers); 20 ms (Appliances)
  • Peak Efficiency:93%
  • Battery
  • Voltage:24 VDC
  • Floating Charge Voltage:27 VDC
  • Overcharge Protection:33 VDC
  • Type:Lithium / Lead-acid
  • Solar & AC Charger
  • Max. PV Open Circuit Voltage:500 VDC
  • Max. PV Power:3500 W
  • MPPT Voltage Range:30 - 450 VDC
  • Max. Solar Charge Current:100 A
  • Max. AC Charge Current:80 A
  • Max. Total Charge Current:100 A
  • General Parameters
  • Operating Temperature:-10 °C to +60 °C
  • Dimensions (D×W×H):334 × 270 × 105 mm
  • Net Weight:5.5 kg
  • Communication:RS232, USB, CAN, RS485; Optional: WiFi, Bluetooth
Product Description

The NBS II PRO 3.2kW/24V is a compact yet powerful hybrid solar inverter designed for reliable off-grid and optional on-grid power solutions. Building on the series' reputation, it integrates a pure sine wave inverter, a high-capacity MPPT solar charger, and an AC battery charger into a single, efficient unit. Perfect for medium-sized homes, workshops, or backup power systems, it seamlessly manages energy from solar panels, the grid, or a generator, providing stable power with features designed to protect and extend battery life.

Key Features

  • Robust Power Output: Delivers a continuous 3.2 kW (3200 VA) of pure sine wave AC power with a high surge capacity of 6.4 kVA, capable of starting and running motor-driven tools, appliances, and other demanding loads.

  • High-Efficiency MPPT Charger: The built-in 100A MPPT solar charger can handle up to 3500W of solar panels, maximizing energy harvest from a wide MPPT voltage range (30–450 VDC) for faster battery charging.

  • Battery Life Extension: Features battery equalization for lead-acid batteries to balance cell voltages and extend the overall battery lifecycle, ensuring long-term reliability and performance.

  • Fast and Adaptive Transfer Switching: Provides a ultra-fast 10ms transfer time for sensitive electronics like computers and a standard 20ms for general appliances, ensuring optimal compatibility and uninterrupted operation.

  • Multi-Source Charging Flexibility: Can charge the battery from both solar panels (100A max) and the AC grid/generator (80A max), with an intelligent system that manages the total charge current up to 100A.

  • Wide Operating Voltage Range: Accepts a broad AC input range (90–280 VAC), ensuring stable performance even with unstable grid power or generator sources, making it ideal for rural or areas with poor grid quality.

  • Lithium Battery Ready: Equipped with communication ports (CAN & RS485) for seamless integration with a Battery Management System (BMS), enabling safe and optimized charging for modern lithium batteries.

  • Compact and Durable Design: Maintains a compact form factor and light weight (5.5 kg) while supporting a higher operating temperature range (up to 60°C), suitable for various installation environments.

  • Remote Monitoring Capability: Offers standard communication interfaces and optional WiFi/Bluetooth modules, allowing for convenient remote monitoring, control, and system configuration via a smartphone app or computer.

  • Optional On-Grid Functionality: Provides the option for on-grid connection, enabling potential energy export (where permitted) and offering flexibility for future system expansion into a grid-tied setup.