About This Product

The GW6000-SDT-20 is a three-phase grid-connected solar inverter from GoodWe, designed for small commercial and larger residential installations in Australia. It forms part of GoodWe’s SDT series and focuses on stable energy conversion, flexible system design, and straightforward installation. The unit is built for Australian grid conditions and is commonly used where balanced three-phase output is required.

Who This Product Suits

The GW6000-SDT-20 suits three-phase homes, townhouses, and small commercial sites that need a reliable solar inverter without battery integration. It is a good fit for installers looking for a proven, widely supported inverter for standard grid-tied solar systems. This model is ideal where clean three-phase export and multiple roof orientations are required.

Specifications Explained

The GW6000-SDT-20 is a three-phase inverter with dual independent MPPTs, allowing flexible string layouts across different roof faces. It supports modern grid protection functions required in Australia, including voltage and frequency ride-through and reactive power control. Integrated monitoring enables system performance tracking and fault visibility through GoodWe’s platform. The design prioritises efficiency, low standby consumption, and long-term operational stability.

Summary

The GW6000-SDT-20 is a practical and well-established three-phase solar inverter for grid-connected systems. It delivers dependable performance, flexible string configuration, and compliance with Australian grid standards. This makes it a solid choice for installers and system owners wanting a no-nonsense inverter from a recognised manufacturer.

Weights & Measurements

About GoodWe

GoodWe is a widely used inverter manufacturer with a large presence in Australia. Their portfolio covers single-phase, three-phase, and hybrid inverters, offering stable performance and competitive pricing. GoodWe systems are known for straightforward commissioning and solid reliability across a range of residential and commercial applications.