Located just 100 km below the Arctic Circle, the 95-ha. site will host approximately 120 000 solar panels and continues to demonstrate the viability of large scale PV, even in Arctic conditions. The project will be connected to already exist-ing wind turbines, forming a hybrid power plant that supports Finland’s carbon neutrality goals.

The SG350HX inverters from Sungrow were selected for their performance in cold, wet, and demanding environments. With IP66 and C5 anti-corrosion protection, smart air-cooling, and weather-protected design, the inverters will maintain stable operation despite freezing temperatures, ice, and excess moisture. Installed directly under the PV module structures, they will function even when their enclosures are frozen – ensuring minimal disruption and high reliability.

“Sungrow’s SG350HX inverter was a natural choice for this project,” said Jere Graf, Project Manager at Solarigo. “Its performance in previous installations has been strong, and the updated version offers even more flexibility and reliability. We value Sungrow’s technical support and long-term warranty terms, which are essential for projects in remote and demanding locations.”

The project is a collaboration between EPC Solarigo and PVO International, which supplied the solar panels and Sungrow’s inverters. Solarigo, Finland’s largest developer and operator of utility scale solar PV parks, brings extensive experience in building PV infrastructure in northern conditions.

“As solar energy expands into new frontiers, we are proud to support our partners with technology that performs reliably – no matter the conditions”, added Henry Särkisilta, Key Account Manager at Sungrow Finland. “The powerful SG350HX and its flexible connection options make it well-suited for projects in challenging environments. This project is a great example of how innovation can drive the energy transition, even in remote parts of Europe.”

SG350HX is designed for utility scale PV systems and one of Sungrow’s most powerful and efficient string inverters. Its high-power density and smart diagnostics lower installation and maintenance costs. The inverter features up to 16 maximum power point trackers (MPPTs) with a maximum efficiency of 99%, enabling high energy yields under variable conditions. It includes smart safety features such as a reactive power response time, less than 30 ms, stable operation also in extremely weak grids, and is compliant with global grid codes.

For more news and technical articles from the global renewable industry, read the latest issue of Energy Global magazine.

Energy Global’s Spring 2025 issue

The first issue of 2025 is here! The Spring issue of Energy Global starts with a guest comment by Tim Reid from UK Export Finance about expanding operations overseas before a regional report from Aurora Energy Research no the effect of negative electricity prices in Europe. Other interesting topics covered in the issue include electrical infrastructure, sit surveys & mapping, developments in solar, and much more. Featuring contributions from key industry leaders such as EM&I, DeterTech, and Global Underwater Hub, among others, don’t miss the valuable insights available in the Spring 2025 issue.

Read the article online at: https://www.energyglobal.com/solar/17062025/sungrow-powers-one-of-the-worlds-northernmost-large-scale-pv-project/