Faria Renewables in 80MW solar deal with LONGi in Greece

LONGi Solar Europe has signed a landmark module supply agreement with Faria Renewables, a vertical energy investment company and independent power provider.

This partnership unlocks next generation Back Contact solar technology to drive Greece’s green transition and power an estimated 16,000 households.

Under the terms of the agreement, LONGi supplied 81.66MW of its Hi-MO 9 solar modules to power two major utility-scale, ground-mounted photovoltaic projects in the Thessaly region of Greece: the 45.51MW Athamas project in Almyros and the 36.15MW Mykonos project in Farsala.

LONGi said the strategic agreement marks a significant milestone in southern Europe's clean energy transition.

The high-performance installations will feature LONGi’s advanced Back Contact (BC) technology, engineered specifically to optimise energy yields in high-irradiance environments while dramatically reducing the levelised cost of energy (LCOE).

"This partnership isn't just about a project... it's a validation of our shared vision for Europe’s energy frontier," said Leon Zhang, President of LONGi Europe.

"Our long-lasting relationship with FARIA RENEWABLES is built on a foundation of mutual trust and a shared, relentless focus on excellence. By deploying our flagship Hi-MO 9 modules, powered by HPBC 2.0 back contact technology, we are delivering an unmatched efficiency that maximises land use and guarantees decades of robust, reliable power generation for Greece."

Accelerating Greece’s energy transition

Greece has rapidly transformed into one of Europe's most dynamic renewable energy markets, with solar PV acting as a primary engine for securing a clean, independent energy future.

Both LONGi and Faria Renewables are deeply committed to this green evolution, deploying world-class technology to meet the nation’s ambitious climate and decarbonisation goals. Together, the Athamas and Mykonos plants represent a massive step forward, combining advanced technological engineering with strict environmental and historical stewardship.

 "Solar PV is the backbone of Greece's clean energy transition," said Athanasios Plainos, LONGi Country Manager for Greece & Cyprus. 

"Introducing the next-generation Hi-MO 9 series to the Greek utility sector ensures lower BOS costs and higher system efficiency, directly accelerating the region's green transition and environmental protection efforts."

The project rollout is scheduled to support these immediate clean energy goals.

Construction on the 45.51MW Athamas plant has started on 1 November 2025, with grid connection scheduled for 31 July 2026.

This will be followed closely by the 36.15MW Mykonos plant, which broke ground on 1 February 2026, and is expected to connect to the grid by 30 June 2027.

Across both sites, Faria Renewables serves as the developer, EPC contractor, and ultimate owner, using a combined total of 125,280 high-power LONGi modules to maximise energy generation.

Have you read?

John Kerry on Europe's energy security 'toxic complacency'

EU unveils first-of-its-kind energy storage roadmap

Innovative technology meets historical preservation

The Athamas project stands as Faria Renewables’ largest PV development to date. The design used a highly optimised mixed-structure setup, 35% fixed structures and 65% single-axis tracking systems to maximise power output alongside LONGi’s advanced back-contact architecture. 

The plant will connect directly to the transmission grid at a 150kV level through two medium-voltage lines spanning approximately 5 kilometres and a private high-voltage substation.

Thalia Valkouma, Chair of the Board and CEO of Faria Renewables, said: "The Athamas and Mykonos projects represent a massive milestone for us, with Athamas being our largest solar endeavour to date. 

"By choosing LONGi’s advanced back contact technology and pairing it with smart mixed-structure layouts, we are maximising performance for the energy market and setting a benchmark for future Power Purchase Agreements (PPAs) in the region."

Notably, during the preliminary development of the Athamas project, archaeological investigations uncovered burial monuments dating back to the prehistoric and byzantine periods. 

In alignment with established scientific protocols, competent archaeological authorities are currently overseeing the careful excavation, documentation, and conservation of human remains and movable artifacts, showcasing a balance between preserving Greece's rich heritage and building its sustainable future.

Once fully operational, the Athamas project alone is estimated to produce 80,000MWh of clean electricity per year. This is the energy equivalent required to power 16,000 households, while effectively avoiding approximately 50,000 tons of CO2 emissions annually.