The solar industry’s current state of price competition is unsustainable, according to Wu Fei, Chairman of Suntech, who explains how the company will work over the next few years to attain Tier1 status while overcoming the challenges facing the solar industry.

The company’s new UniC C5 and UniC C1 products, targeted at small and medium C&I applications and set for mass production starting in December 2024, can reportedly boost energy yield more than 50%.

The company will offer exhibition-goers a look at new solutions for ingot, wafer, cell, and module production.

As Infineon makes progress on its solutions for solar power inverters, a comparison of topology and chip types shows that the company’s silicon carbide technology will result in a reduction in filter inductance size, weight, and cost while also enabling fanless designs.

Euronergy’s flexible U-IBC 2.0 solar PV module series has a weight of only 2.5 kg/m2 using an alternative approach to traditional methods of solar cell interconnection in modules.

HYXiPOWER has released two new energy solutions at the SNEC PV+ Expo – a 232 kWh/261 kWh all-in-one liquid cooling ESS and a 320 kW smart string inverter.

As low prices present challenges to industry players, manufacturers should not lose sight of the need for high-quality products with long-term durability. Customers, too, need to prioritize quality and durability over price alone. A recent study by the Polish Academy of Sciences found that two rooftop photovoltaic systems from Suntech saw their power generation decrease by 1.9% and 2.9% respectively during 16 years in operation.

Tongwei’s new manufacturing facility exhibits multiple improvements in production efficiency and quality control as the manufacturer highlights recent technological advances in its heterojunction (HJT) product lines.

In addition to establishing a registered entity in Germany, Runergy has formed expert teams with local knowledge in countries such as France, Italy, Greece, Spain, and Poland, boosting its position in Europe.

With an expected initial production capacity of 100 MW, the second-generation modules feature PERC and TOPCon technologies, full-black design, and fewer bypass diodes.