PRIMAX GALAXY DUAL PV12000+ PRO HYBRID SOLAR INVERTER 11KW With 12KW MPPT Solar Charge Control

PRIMAX GALAXY DUAL PV12000+ PRO Hybrid Solar Inverter 11KW

A high-performance hybrid solar inverter tailored for large-scale residential and commercial applications. With advanced features for efficient energy management, grid integration, and optimal power output, this inverter is a robust choice for demanding energy needs.

Key Features

• Dual Outputs: Enables smart load management for efficient power distribution.
• High PV Input Capacity: Supports up to 12,000W (6,000W x 2) with a maximum input current of 40A for optimal solar energy intake.
• Wide PV Input Voltage Range: Works within a voltage range of 90VDC ~ 450VDC, offering flexibility for various solar panel setups.
• RGB Status Indication: Customizable RGB lights for easy status monitoring.
• Built-in Wi-Fi: Allows for mobile monitoring and control via Android/iOS apps.
• USB On-the-Go Support: Facilitates quick data access and system updates via USB.
• Comprehensive Communication Options: Includes reserved communication ports (RS485, CAN-BUS, RS232) for Battery Management System (BMS) integration.
• Maximum Charging Current: Can charge batteries with up to 120A for fast and efficient energy storage.
• Battery-Independent Design: Operates without a battery, reducing upfront costs for users who do not require storage.
• Grid and Generator Compatibility: Can be connected to utility mains or a generator for added flexibility in hybrid systems.
• Feed-in to the Grid with Storage Backup: Allows for grid integration while maintaining energy backup for critical loads.
• Durable and Reliable: Built-in anti-dust kit ensures reliable performance in harsh environments.
• Parallel Operation: Expandable with parallel operation of up to 6 units to meet higher energy demands.
• Maximum AC Output: Delivers a powerful 11,000W of AC output, ensuring optimal power delivery for large systems.

The PRIMAX GALAXY DUAL PV12000+ PRO offers advanced features, scalability, and robust performance, making it an ideal solution for large-scale energy systems.