Sol-Ark SA-30K-3P Hybrid Inverter with High Voltage Output

The Sol-Ark SA-30K-3P Hybrid Inverter seamlessly integrates into both grid-tied and off-grid systems. Known for its robust 30,000W output, this inverter supports diverse power sources including solar and battery, optimizing energy efficiency. Featuring advanced technology, it offers high efficiency and reliable performance for residential and commercial applications.

Product Features

Impressive Output Power

With a maximum output power of 30,000W, the Sol-Ark SA-30K-3P inverter ensures stable energy delivery, meeting high-demand electrical needs efficiently.

Versatile Compatibility

This inverter accommodates multiple inputs, including up to 39,000W of solar power, making it highly adaptable for various renewable energy technologies.

Advanced Efficiency

The product boasts a grid-to-battery charging efficiency of 96.0%, maximizing energy conversion and minimizing waste, leading to more sustainable operations.

Integrated Protective Features

Built-in safety features like a battery fuse and ground fault detection comply with industry standards to provide enhanced protection and reliability.

Comprehensive Communication Systems

Equipped with CanBus and RS485, the inverter supports sophisticated communications, ensuring connectivity and compatibility with smart energy systems.

How It Works

The Sol-Ark SA-30K-3P leverages a hybrid approach to energy management, incorporating solar and battery inputs to deliver continuous power. It's designed to transition smoothly between grid-tied and off-grid modes, guaranteeing uninterrupted power supply.

Hybrid Energy Integration

This component efficiently merges solar, battery, and grid energy sources to provide consistent reliability and energy savings.

Three-Stage Charging System

Utilizing a three-stage charging curve with equalization, it ensures optimal charging and longevity of connected battery systems.

Responsive Transitioning

The inverter's swift response time of 5ms from grid-tied to off-grid operations ensures minimal disruption in power delivery.

Specifications