Sungrow's journey in Australia started in 2012 when the company saw the potential for solar energy here and decided to dive in. By partnering with local distributors, it quickly made its mark, bringing reliable and efficient solar solutions that are tailored to meet the unique needs of Australians.
One of the reasons Sungrow has done so well is its commitment to innovation. With one of the largest research and development teams in the industry, it invests a large portion of its revenue into expanding the boundaries of solar technology. Sungrow runs the largest inverter factory in the world as it strives to meet the growing demand for solar energy.
Sungrow’s innovation is also helping individual consumers, businesses, communities, and even entire states in Australia meet their solar energy goals. From rooftops to massive solar farms, Sungrow is playing a vital role in Australia’s shift toward renewable energy.
Sungrow offers a diverse range of solar solutions, including inverters, energy storage systems, and floating solar plants. It is best known, however, for its inverters and batteries. Its inverters are designed to maximise energy efficiency, keep the grid stable, and provide a reliable solution for both homes and businesses. Its battery storage systems are key to storing energy for later use, ensuring that solar power is available even when the sun isn’t shining.
At Evergreen Electrical, we’re proud to supply and install over a dozen different Sungrow inverters and a comprehensive range of Sungrow batteries. Each comes with a solid warranty from Sungrow, so our customers can enjoy peace of mind knowing they’ve invested in reliable products. Together, Sungrow inverters and batteries make up Evergreen’s Silver Hybrid/Battery-Ready System.
Sungrow inverters are also featured in Evergreen’s Recommended Silver Solar System Package. This is Evergreen’s mid-range package - a balance of quality and affordability that pairs Sungrow inverters with solar panels by Canadian Solar which are renowned for their high energy generation and micro-crack resistant design.
