In a significant move towards a sustainable future, Europe energy transition is picking up pace thanks to a pioneering initiative by LONGi, the world’s foremost solar technology provider.
On May 7, 2025, LONGi revealed a major achievement the installation of over 580MW of its Hi-MO 9 solar modules across multiple utility-scale projects in Southern Europe.
This development marks one of the largest collaborations involving Back Contact (BC) technology in the area and serves as a powerful indication of Europe’s increasing dependence on solar advancements to fulfill climate and energy objectives.
As worries about climate change rise and the demand for green infrastructure escalates, strategic alliances like this play a crucial role.
They demonstrate how solar leaders like LONGi are influencing the path of clean energy progression throughout the continent.
LONGi’s Solar Initiative: A Technological and Environmental Advancement
LONGi’s recently established agreements encompass three significant utility-scale projects utilizing the Hi-MO 9 modules, along with one project employing Hi-MO 7 technology.
These initiatives reflect an increasing inclination towards solar modules that merge high efficiency with versatility suited for various environmental conditions.
Engineered for environments ranging from flat plains to rugged terrains, Hi-MO 9 modules deliver a power output of up to 670W and an impressive conversion efficiency of 24.8%.
This combination guarantees that the projects align perfectly with national objectives targeting 80% renewable electricity generation by 2030.
It’s not just about installing equipment; it’s about integrating intelligent, high-output solutions that cater to the long-term aspirations of nations pursuing energy autonomy and ecological responsibility.
Moreover, these projects are not merely technological successes they provide tangible benefits. The Hi-MO 9 installations are projected to generate over 610GWh of clean electricity each year.
This output effectively prevents over 320,000 tonnes of carbon dioxide from being released into the atmosphere annually. To visualize this, it’s akin to planting 5 million trees.
Europe Energy Transition: The Rise of Back Contact Technology in Europe
LONGi’s premier Hi-MO 9 modules feature sophisticated back contact (BC) architecture, which eliminates shading from the front side an essential aspect in enhancing energy output.
requirement, solar fields utilizing these modules enjoy improved land-use efficiency and higher overall energy generation, even under suboptimal weather conditions.
The ultra-high power density of the Hi-MO 9 series allows for greater energy production per square meter, which is especially vital for Southern Europe, where land may be scarce or costly, and ecological preservation is critical.
Additionally, these modules are designed for durability. Capable of handling temperature fluctuations and resisting environmental wear, their design ensures sustained performance.
This resilience is crucial for areas that face both extreme heat and seasonal variability conditions commonly found in Southern Europe.
According to Francesco Emmolo, General Manager for LONGi Italy & Greece, “These collaborations mark a defining moment for BC technology’s adoption in Europe.
Hi-MO 9’s unparalleled performance in demanding environments proves that solar innovation can transcend geographical and technical challenges.”
Strategic Partnerships Driving Innovation and Deployment
Although technology plays a central role, the strength of LONGi’s recent success also lies in its ability to build regional alliances.
By marrying global research and development expertise with local implementation capabilities, LONGi sets a new benchmark for what solar deployment can achieve.
As emphasized by Leon Zhang, President of LONGi Europe, “Southern Europe’s renewable energy potential is immense, and LONGi is honoured to contribute to this transformation.
By combining global R&D excellence with local expertise, we’re setting new benchmarks for efficiency and reliability, ensuring solar remains at the heart of Europe’sEnergy Transition.”
The successful execution of these large-scale projects depends on careful coordination with regional stakeholders.
In this case, LONGi’s collaborative model not only enhances technological innovation but also ensures alignment with national energy strategies and environmental regulations.
Expert Editorial Comment
To sum up, LONGi’s latest solar ventures in Southern Europe represent more than just another rollout of high-tech equipment. They symbolize a deeper, more systemic shift in how Europe is embracing the future of energy.
These projects exemplify how smart technology, efficient design, and collaborative execution can work hand-in-hand to support a cleaner, more resilient power grid.
Crucially, the strategic deployment of Hi-MO 9 modules is setting a precedent for future utility-scale solar developments.
With tangible environmental and economic benefits, LONGi is not only contributing to sustainability goals but actively shaping the very framework of how clean energy is deployed across borders.
As the Europe Energy Transition continues to unfold, the role of innovation-driven companies like LONGi becomes ever more critical.
Their ability to blend cutting edge technology with practical, scalable solutions ensures that Europe remains on track to meet and perhaps even surpass its clean energy targets.
This chapter in the solar narrative confirms what many in the industry already believe the future of energy in Europe is bright, and it’s being powered by innovation, cooperation, and an unwavering commitment to sustainability.
