SAN CRISTOBAL WIND FARM
Wind energy has become one of the main methods of power generation for energy development worldwide, seeking to promote the use of environmentally friendly technologies.
SAN CRISTOBAL WIND FARM Read More »
Wind energy has become one of the main methods of power generation for energy development worldwide, seeking to promote the use of environmentally friendly technologies.
SAN CRISTOBAL WIND FARM Read More »
Wind energy has become one of the main methods of power generation for energy development worldwide, seeking to encourage the use of environmentally friendly technologies.
SERRA AZUL WIND FARM Read More »
Wind energy has become one of the main methods of power generation for energy development worldwide, seeking to promote the use of environmentally friendly technologies.
PRIMAVERA WIND FARM Read More »
Solar energy has become one of the key energy generation methods for energy development around the world, seeking to promote the use of environmentally friendly technologies.
NEGRATIN sought GHENOVA as an engineering partner with experience in the design of photovoltaic projects and knowledge of local rules and regulations (RETIE).
SOLTEC awarded GHENOVA the need for an engineering partner with experience in the design of photovoltaic projects and knowledge of local rules and regulations (RETIE). Guayepo is the largest photovoltaic plant project in Latin America.
PSFV PHOTOVOLTAIC PLANT GUAYEPO Read More »
Solar radiation is harnessed by photovoltaic cells, made of components that generate chemical reactions to absorb the radiation and generate 250 MW of electric power at the park.
Solar energy is positioned as a key method of power generation worldwide, promoting the use of environmentally friendly technologies. The installation of photovoltaic panels facilitates the absorption and transformation of solar radiation.
The implementation of photovoltaic panels, manufactured with components that generate chemical reactions, allows the absorption of solar radiation and enables the transformation of energy.
AHUMADAS I, III, IV and V PHOTOVOLTAIC PLANTS Read More »