Sungrow powers the Nordics’ largest pv rooftop installation

A groundbreaking solar energy project has been completed in Sweden, marking a significant milestone in the adoption of renewable energy production across the Nordic region. The massive installation, located at DSV’s 175,000-square-meter logistics center in Landskrona, features 24,000 solar panels spread over 100,000 square meters of rooftop space. With a total generation capacity of 14 MWdc, the system is set to transform how commercial and industrial facilities integrate photovoltaic solutions into their operations.

Record-Breaking Solar Rooftop Enhances Renewable Energy Production in Sweden

This installation not only stands as the largest rooftop solar system in the Nordic countries but also represents a key step toward enhancing high-efficiency solar output for large-scale commercial facilities. By leveraging cutting-edge photovoltaic solutions, the project aligns with broader industry goals of reducing reliance on conventional power sources while advancing sustainable energy practices.

Advanced Solar Technology Optimizes Energy Output

At the heart of this record-setting installation is Sungrow’s solar inverter technology, specifically designed to maximize energy conversion efficiency and ensure stable power delivery. The project incorporates 34 units of the SG350HX three-phase string inverter along with 20 units of the SG250HX, both known for their ability to support high-power solar modules. These inverters offer a maximum output of 352 kW, accommodating currents of up to 20A per string, and feature 16 Maximum Power Point Trackers (MPPTs), ensuring that energy is harvested with optimal efficiency.

Beyond energy conversion, the system includes real-time insulation monitoring, advanced grid support functions, and compliance with IP66/C5 environmental protection standards, safeguarding its long-term performance under Nordic climate conditions. The combination of these features positions the installation as a benchmark for rooftop solar systems, setting new industry standards for commercial photovoltaic solutions.

Sustainable Energy Integration for Logistics Centers

The completion of this project underscores a growing trend in renewable energy adoption within the logistics and industrial sectors. Large-scale distribution hubs, like DSV’s facility in Sweden, require reliable solar performance to support their extensive energy demands. By integrating high-efficiency solar output, the facility is reducing its dependence on grid electricity, cutting carbon emissions, and improving operational sustainability.

Industry experts emphasize that the success of this solar initiative demonstrates how businesses can incorporate photovoltaic solutions without disrupting daily logistics operations. With solar energy becoming a key component in net-zero strategies, projects like this highlight the potential for renewable energy production to drive efficiency across industrial supply chains.

A Collaboration Driving Renewable Innovation

The installation was made possible through collaboration between Sungrow, the inverter supplier, Brion, the company responsible for installing the system, and Krannich, a global distributor of renewable energy equipment. Each partner played a crucial role in ensuring that the project was executed within a tight schedule while maintaining high-quality solar engineering standards.

By working together, these companies demonstrated how advanced photovoltaic solutions can be scaled for large commercial applications. With high-efficiency solar output now more accessible to logistics hubs and industrial facilities, the future of renewable energy production in the Nordic region looks increasingly promising.

How the Project Aligns With Europe’s Clean Energy Goals

As Europe pushes forward with ambitious renewable energy targets, large-scale commercial solar projects like this are becoming essential in achieving long-term sustainability goals. The European Union has emphasized the need for businesses to adopt grid-tied solar solutions, particularly in sectors that traditionally rely on substantial energy consumption.

This installation in Sweden serves as a blueprint for commercial solar adoption, reinforcing the role of photovoltaic solutions in reducing carbon footprints. With industries worldwide seeking to meet net-zero commitments, similar rooftop solar projects could serve as a model for logistics companies looking to transition toward high-efficiency solar output.

The Future of Rooftop Solar in the Nordic Region

The successful deployment of the Nordics’ largest rooftop PV system underscores a broader shift toward renewable energy production in commercial and industrial sectors. As technology advances, more companies are expected to invest in photovoltaic solutions that provide reliable solar performance while reducing operational costs.

The expansion of high-efficiency solar output is particularly crucial in the Nordic region, where sustainability initiatives are driving investment in clean energy alternatives. With governments and corporations prioritizing carbon-neutral strategies, projects like this one highlight how solar energy can be seamlessly integrated into large-scale infrastructure.

As the demand for renewable energy production grows, the role of photovoltaic solutions in commercial settings will continue to evolve, reinforcing the importance of grid-tied solar solutions in achieving a sustainable future.