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Baixa de Feijao & Joao Cámara: Wind Farms. Grupo TSK (2017)
Engineering of the algorithm for the regulation of active and reactive power in the automation system of the Brazilian substations Baixa de Feijao and Joao Cámara which share the same outgoing line.

Boquerón: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Boquerón in Spain.

Torrecillas: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Torrecillas in Spain.

Fontesilva: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Fontesilva in Spain.

Cárcabas: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Cárcabas in Spain.

Quintanilla: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Quintanilla in Spain.

Cerros Radona: Wind Farm. EDP Renewables (2017)
Migration of a basic MicroSCADA to a stand-by topology and upgrade to the most recent MicroSCADA 9.4 version of the wind farm substation at Cerros Radano in Spain.

Aventura. Wind Farm. EDP Renewables (2017)
Engineering, commissioning and expansion of the IEC 61850 SAS system, comprising of REx630 and MicroSCADA SYS600, for the Aventura wind farm substation in Brazil.

Baixa do Feijao. Wind Farm. EDP Renewables (2017)
Engineering, commissioning and expansion of the IEC 61850 SAS system, comprising of REx670, REx615, REx630, and MicroSCADA SYS600, for the Baixa do Feijao wind farm substation in Brazil.

Tomaszow: Wind Farm. EDP Renewables (2016)
Engineering & commissioning of the IEC 61850 SAS system, comprising of REx670, REx615, REx630, and MicroSCADA SYS600, for the Tomaszow 110/33 kV wind farm substation in Poland.

Pawlowo: Wind Farm. EDP Renewables (2016)
Expansion of three capacitator banks of the IEC 61850 SAS system, comprising MicroSCADA SYS-600 y Rex630, of the Pawlowo 110/33 kV wind farm substation in Poland.

Carcedo: Wind Farm. EDP Renewables (2016)
Modernisation and improvement of the LON SAS system consisting of MicroSCADA SYS-600 of the Carcedo wind farm substation in Burgos, Spain.

Tyszowce: Wind Farm. EDPR – EDP Renewables (2016)
Engineering & commissioning of the IEC 61850 SAS system, comprising of REx615, REx670, REx630, & MicroSCADA SYS600, for the Tyszowce 110/33 kV substation in Poland. The Project involved the supply of all control and protection devices.

Radziejow: Wind Farm. EDPR – EDP Renewables (2015)
Engineering & commissioning of the IEC 61850 SAS system, comprising of REx670, REx615, MICOM, & MicroSCADA SYS600, for the Radziejow 110/33 kV substation in Poland. The Project involved the supply of all control and protection devices.

Pawlowo: Wind Farm. EDPR – EDP Renewables (2014)
Engineering & commissioning of the IEC 61850 SAS system, comprising of REx670, REx615, REx630, RTU560, and MicroSCADA SYS600, for the Pawlowo 110/33 kV substation in Poland. The Project involved the supply of all control and protection devices.

European Wind Farms: Maintenance. EDPR-EDP Renewables (2013-2015)
Engineering and maintenance contract of new control system projects. Involves installation, programming, and implementation of modifications to the existing control system of various substations belonging to wind farms in Central, Eastern and Southern Spain, as well as in Poland and Romania. All modifications are performed online and without the need to shut down systems. Tasks include: programming control & protection units; programming RTU560s, SCADA engineering, setting up databases connected to control centres, etc.

Margonin: Wind Farm. EDPR – EDP Renewables (2012)
Design of an automatic algorithm for active/reactive substations. Engineering, commissioning and expansion of the IEC 61850 SAS system, comprising of REx670, LON REF54x and MicroSCADA SYS600, for the Margonin 110/33 kV substation in Poland. The project involved the supply of all control and protection devices pertaining to the enlargement.

Parralejos: EDPR – EDP Renewables (2012)
Engineering and commissioning of the expansion of MicroSCADA control system for the Parralejos 220/33 kV substation in Cadiz.

Cernavoda: Wind Farm. EDPR – EDP Renewables (2012)
Engineering, commissioning and expansion of the LON SAS system, comprising of REx670, REF54x and MicroSCADA SYS600, of the Cernavoda 110/33 kV wind farm substation in Romania. The project involved the supply of all control and protection devices pertaining to the enlargement.

Celeo Redes Chile Ltda. is the Chilean unit of Spanish firm Celeo Redes SL, which is majority owned by Celeo Concesiones e Inversiones, part of Grupo Elecnor S.A.. Celeo Redes Chile is 49% owned by Dutch pension fund APG.

Celeo Redes Chile is the main shareholder in two electricity transmission companies in Chile: Alto Jahuel Transmisora de Energía S.A., which is responsible for the 2x500 kV Ancoa– Alto Jahuel transmission project; and Charrúa Transmisora de Energía S.A., which is carrying out the 2x500 kV Charrúa-Ancoa line transmission project. The company is headquartered in Santiago, Chile.