24Mar
24Mar
PS PALMA DEL RIO 1
Located in the municipality of Palma del Río, this 50 MW facility employs Parabolic Trough (PT) technology. It reached Commercial Operation Date (COD) in 2011 and features a solar field of approximately 135 hectares, comprising curved mirrors that concentrate radiation onto heat absorber tubes.
24Mar
PS MAJADAS
Located in the municipality of Majadas de Tiétar, this 50 MW plant employs Parabolic Trough (PT) technology utilizing synthetic heat transfer fluid (HTF).
24Mar
PS LEBRIJA
This power generation facility, in operation since 2011, has a nominal capacity of 50 MW and utilizes Parabolic Trough (PT) technology.
24Mar
PROMETEO
Prometeo is a testing facility for large-aperture parabolic trough collectors designed to operate with state-of-the-art thermal fluids. Unlike standard commercial plants, its configuration allows for experimentation with synthetic oils at high temperatures (up to 400°C) and the testing of innovative heat absorbers.
24Mar
PETRONOR
Inaugurated in 1972 and located across the municipalities of Muskiz, Abanto-Zierbena, and Zierbena, it is one of Spain’s largest refineries with a distillation capacity of 220,000 barrels per day (bpd). Its facilities feature two crude refining units that process approximately 12 million tonnes per annum...
24Mar
OUARZAZATE
Located at the gateway to the Sahara Desert, this complex integrates four distinct plants with a total capacity of 580 MW. Noor I (160 MW) and Noor II (200 MW) utilize parabolic trough technology, featuring molten salt storage systems with 3 and 7-hour capacities, respectively.
24Mar
ORELLANA
Located in the municipality of Orellana la Vieja, this 50 MW facility utilizes parabolic trough technology for power generation through a GHESA thermodynamic steam cycle. Officially designated as Rústicas Vegas Altas (or Consol Orellana), the plant spans an area of approximately 202 hectares adjacent to...
24Mar
OLIVENZA
This thermal power plant, in operation since 2012, utilizes Parabolic Trough (PT) technology with an installed capacity of 50 MW. The solar field employs mirrors to concentrate direct radiation onto a receiver tube, where a Heat Transfer Fluid (HTF) circulates, transferring heat to a power...
23Mar