Argentina"s solar PV market is entering a new phase of maturity as installed capacity grows and project developers demand higher engineering standards, long-term performance guarantees and more advanced technological solutions.
According to Humberto Di Pasquale, LATAM Regional Director at VersolSolar, the rapid expansion of photovoltaic capacity in the country has significantly increased the technical sophistication of the sector.
Speaking at Future Energy Summit (FES) Argentina, an industry event that gathered more than 600 energy executives and experts, Di Pasquale highlighted how the market has evolved in recent years.
"The difference in the level of professionalisation in Argentina"s solar market compared to four or five years ago is enormous, and that forces all of us manufacturers and suppliers to raise our standards," he said.
Data from CAMMESA, Argentina"s wholesale electricity market operator, shows that the country currently has 2,583 MW of solar PV capacity in operation.
Across all renewable technologies including wind, solar, biomass and small hydro installed capacity reaches 7,980 MW, excluding large hydroelectric plants above 50 MW.
A significant portion of the solar expansion has occurred recently. Around 910 MW of new solar capacity was added during 2025 and the first months of 2026, consolidating photovoltaic generation as one of the fastest-growing renewable technologies in the country.
Renewable capacity in Argentina Indicator Capacity Solar PV in operation 2,583 MW Total renewables (excluding large hydro) 7,980 MW Solar added in 2025 early 2026 910 MW Developers demand performance, not just lower pricesThe maturation of the market is also transforming the way solar technology providers design and deliver their products.
According to Di Pasquale, project developers now prioritise long-term asset performance and reliability, rather than focusing solely on equipment costs.
Engineering, procurement and project management teams increasingly evaluate whether solar technologies such as trackers, mounting structures and control systems can guarantee stable output over the full lifetime of a solar project, typically 25 to 30 years.
"Today we meet professionals in engineering and procurement who understand that the key is not just lower prices," Di Pasquale explained.
"Manufacturers must listen to those needs and ensure that the tracker technology we deliver performs reliably for decades.
As a result, suppliers must adapt their solutions to local environmental conditions, project design requirements and grid integration constraints, rather than offering standardised global products.
This approach is also closely tied to improving the Levelized Cost of Energy (LCOE) a key metric that measures the lifetime cost of electricity generation from a project.
According to the executive, lower LCOE is the result of strong project design and proper execution, not simply cheaper equipment.
Technological innovation in solar tracking systems which allow photovoltaic panels to follow the sun and maximise energy generation continues to advance.
However, differentiation between manufacturers increasingly depends on local service, technical support and operational optimisation tools.
"The real difference comes from the service we can offer locally and the strength of our teams during construction and installation," Di Pasquale said.
As part of this strategy, VersolSolar has developed digital tools to optimise solar plant operations and improve resilience to extreme weather events.
The company has implemented an artificial intelligence based monitoring application connected to meteorological systems capable of predicting climate events.
The system automatically positions solar trackers into defensive stow positions before severe weather occurs, helping prevent structural damage.
Founded in 2009, VersolSolar has contributed to the development of more than 40 GW of solar capacity across over 70 countries, establishing itself as a global provider of solar tracking and mounting systems.
For technology suppliers and investors, Argentina is increasingly viewed as a strategic renewable energy market in Latin America, combining strong solar resources with growing technical expertise among project developers.
According to Di Pasquale, the sector"s resilience and ability to move from project planning to execution are reinforcing that perception.
"Argentina has resilience, professionalism and skilled teams capable of moving projects forward even in difficult circumstances," he said.
SToday the country is positioning itself as one of the major renewable energy markets in Latin America not only planning projects, but actually building them".