Inverters

As one of the most rapidly growing inverter manufacturers, Ginlong Solis went public and became listed on the Shenzhen Stock Exchange (SZSE) early last year. With the support from the capital market, Ginlong Solis continued its rapid growth. According to Wood Mackenzie, the company ranked among the top ten inverter manufacturers in terms of global product shipments in 2019. How has Ginlong Solis developed its market strategy? What new products and solutions is Ginlong Solis showcasing at SNEC 2020 in Shanghai? And how is the company dealing with the impact from the COVID-19 pandemic? These issues are addressed in the following interview with Wang Yiming, the founder and CEO of Ginlong Solis.

South Australia’s first ten-star home was completed last month, a home that consumes twenty times less energy than the average Australian household, in part thanks to its Fimer React 2 solar hybrid system.

A new solar inverter is set to arrive on Aussie shores, in the form of the 5 kWp GE rooftop unit. Having received one of the first systems to roll off production lines, SolarQuip’s Glen Morris describes the unit as combining all the features of a modern solar inverter, with “high brand recognition.”

The California-based energy technology company has announced that its microinverters have been selected for Solargain’s turnkey solar offerings in Australia, including the retailer’s offer in collaboration with the Swedish furniture giant.

The German PV inverter manufacturer’s multi-string storage solution is now in sync with BYD’s latest battery system.

Coming off a strong, profitable first quarter, Enphase sees the second-quarter results of Covid-19 in compressed revenue and a swing to a loss. Gross margins remain strong.

The new deal with one of the leading solar wholesalers in Australia will make Sungrow’s suite of products available to a greater number of residential and commercial customers.

Researchers at Monash University will conduct a desktop study to explore issues and strategies associated with connecting inverter-based generation such as batteries, solar, and wind into weaker parts of the National Electricity Market.

The amount of non-uniform shading an array will experience determines the technology choices that can be made. However, it can be complicated to formulate more general rules for when to use what type of technology. Most would agree that module-level power electronics are better at handling non-uniform shading, but how do they handle the sun? A recently promoted study brought the discussion into sharp relief.

The Australian Energy Market Operator (AEMO) has announced a major step forward in the West Murray Zone after it granted registration to one of the biggest solar farm in that troubled part of the grid.