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EnergoRea - Equipos de corriente de fuerza y los sistemas de medición y regulación

La división EnergoRea ofrece los servicios dentro de las actividades de diseño, ingeniería y suministros - montajes, se enfoca sobre los equipos de corriente de fuerza y los sistemas de medición y regulación especialmente para el campo hidroenergético, tecnología de calentamiento, producción combinada de la electricidad y del calor, control del tratamiento del agua y de las estaciones purificadoras de las aguas residuales no solamente en la República Checa pero también en muchos otros países en todo el mundo.

En 1998, la división EnergoRea ha ampliado su actividad sobre la producción propia de los distribuidores del bajo voltaje. Para el metro de Praga está suministrando los equipos tecnológicos incluyendo el sistema automatizado del control despachador, energética y la tecnología del metro y del equipamiento de software.

Al mismo tiempo asegura el servicio de garantía y de post-garantía de todos los equipos e instrumentos suministrados. Ofrece un cuidado completo sobre los equipos técnicos de los edifícios, sistemas energéticos y de calentamiento, sobre las obras de distribución del agua y de hidrotécnica, sobre las tecnologías productivas y no productivas y sobre las obras ecológicas.

 

Nuestros proyectos en el mundo

Europa República Checa, Eslovaquia, Polonia, Lituania, Macedonia, Noruega, Rusia, Bielorrusia, GreciaBulgaria
Asia Turquía, Georgia, Ázerbaiyan, India, Filipinas, Indonesia, Japón
África República Democrática de Congo
América Perú, México, Panamá, Salvador, Costa Rica, Bolivia

Haga clic en el enlace de la tabla o en el punto verde del mapa para ver referencias hidroeléctricas en su país. Puede encontrar referencias de otras áreas de EnergoRea aquí.

 

 

Historia de la división EnergoRea

1995 Establecimiento de INGOS Ltda
1997 Fundación de la división Energo y de la división Rea, los suministros para la Empresa de transporte de Praga, Estación purificadora central de las aguas residuales en Praga, Pilsen, etc.
1998 Fundación independiente de la producción de los distribuidores
1999 Actividad suministradora referente a los contratos ante todo en la República Checa, ampliación sobre la actividad de diseño en los sectores energéticos
2002 Ampliación de la actividad suministradora después de las inundaciones (ante todo para la estación purificadora central de las aguas residuales en Praga - Troja)
y también en relación con la reconstrucción y construcción de las nuevas estaciones de metro en Praga.
2003 Apliación gradual de la actividad suministradora referente a los contratos en Europa y en África.
2005 Comienzo de la actividad suministradora referente a los contratos en Asia
2006 Apreciación - La mejor obra del sistema hidráulico en el año 2006 - La pequeña central hidráulica Vraňany.
2009 Fusión de las divisiones Energo y Rea en una división común EnergoRea
2010 Crecimiento de la actividad suministradora en Europa, Asia y en la América Latina
2013 Contractos en la República Checa, en Eslovaquia, en Perú, México, Panamá, en Salvador, Azerbaiyan, Georgia, Grecia, Turquía, Bielorrusia, Rusia, en Indonesia y en Filipinas
2015 20 aniversario de la compañía INGOS Ltda, nuevos contratos en Costa Rica y Bulgaria
2016 Nuevos contratos en Bolivia y Japón

 

Referencias - Parte energética

 

Azerbaijan

Belorussia

  • Polockaia, hydroelectric power station, 2017 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 5 × 4830 kVA
  • Grodnenskaia, hydroelectric power station, 2012 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 5 × 3950 kVA

Bolivia

Civil part - Design and construction of powerhouse (extension of existing powerhouse) and penstock

Mechanical part - Design and supply of horizontal Pelton turbine, generator with accessories, ball valves DN 800

Electrical part - Design and supply of complete HV, MV and LV equipment for an output of 1 × 18 MVA, design and supply power plant automation and SCADA system

Bulgaria

Costa Rica

Czech Republic

  • Hradec Králové, hydroelectric power station, in progress - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 3 × 250 kVA
  • Štvanice, hydroelectric power station, 2019 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 3 × 2100 kVA
  • Želivka, hydroelectric power station, 2018 - Design and delivery of the control and protection system for an output of 1 x 600 kVA
  • Klabava, hydroelectric power station, 2018 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 1 x 250 kVA
  • Brandýs nad Labem, hydroelectric power station, 2018 - Design and supply of power plant automation and complete MV and LV equipment for an output of 3 × 1530 kVA
  • Počaply, hydroelectric power station, 2017 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 2 × 30 kVA
  • Lobkovice, hydroelectric power station, 2016 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 2 × 1265 kVA
  • Litice, hydroelectric power station, 2015 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 1 × 1330 kVA
  • MVE Libčice, hydroelectric power station, 2014 - Rehabilitation of the control and protection system for an output of 2 x 2700 kVA
  • Štětí, hydroelectric power station, 2014 - Design and delivery of the control and protection system and low-voltage electrical equipment for an output of 2 × 4000 kVA
  • Podbaba, hydroelectric power station, 2014 - Design and delivery of the control and protection system and  low-voltage electrical equipment for an output of 2 × 820 kVA
  • Lipno II, hydroelectric power station, 2014 - Design and delivery of the control and protection system and  low-voltage electrical equipment for an output of 1 × 375 kVA
  • Nové Hamry, hydroelectric power station, 2014 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 1 × 120kVA
  • Tři Chaloupky, hydroelectric power station, 2013 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 2000 kVA
  • ORC Vodňany - Organic Rankine Cycle, 2013 - Design and delivery of low-voltage electrical equipment, electrical protections and synchronization system of gas turbine for an output 1 × 720 kVA
  • Litoměřice, hydroelectric power station, 2013 - Design and delivery of the control system, complete low-voltage and medium-voltage electro technological equipment for and output of 2 × 3800 kVA
  • Pardubice, hydroelectric power station, 2012 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 2450 kVA
  • Smiřice, hydroelectric power station, 2012 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 3200 kVA
  • Římov, hydroelectric power station, 2011 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of  1 × 800 kVA and 1 × 400 kVA
  • Seč, hydroelectric power station, 2011 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 3900 kVA
  • Kunčina Ves, hydroelectric power station, 2009 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 1 × 37 kW and 1 × 207 kW
  • Kostomlátky, hydroelectric power station, 2008 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 2 × 1480 kVA
  • Hradišťko, hydroelectric power station, 2008 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 2 × 1160 kVA
  • Wikov Wind, testing site, 2007 - Delivery of the feeding technology of the testing site of wind turbines, 6 kV distributing station,  low-voltage distribution system, cabling
  • Obříství, hydroelectric power station, 2007 - Replace of the control system, shielding, wiring, design and delivery of control system and complete electrical equipment of low-voltage hydroelectric power station, power 2 × 1200 kVA
  • Spálov, hydroelectric power station, 2007 - Replace of the control system, shielding, wiring, design and delivery of control system and complete electrical equipment of low-voltage hydroelectric power station, power 2 × 1500 kVA
  • Vraňany, hydroelectric power station, 2007 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 1 × 3125 kVA
  • Pastviny, hydroelectric power station, 2006 - Modernization of the control system for an output of 1 × 4000 kVA
  • Přelouč, hydroelectric power station, 2005 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 2 × 1200 kVA
  • Želivka, hydroelectric power station, 2004 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 1 × 600 kVA
  • Štvanice, hydroelectric power station, 2002/04 - Post-flood repair of equipment in the electric part of the power station with an output of 3 × 1900 kVA, modernization of machine TG3
  • Libčice, hydroelectric power station, 2002/03 - Delivery of complete equipment for the electric part of the power station with an output of 2 × 2500 kVA within a repair after the flood, including control system, protections, 22 kV power outlet
  • Podbaba, hydroelectric power station, 2002/03 - Delivery of complete equipment for the electric part of the power station with an output of 2 × 820 kVA within a repair after the flood, including control system, protections, 22 kV power outlet
  • Potůčky, hydroelectric power station, 2003 - Design and delivery of a control system and complete low-voltage electrical equipment for an output of 1 × 190 kVA
  • Pastviny, hydroelectric power station, 2001 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 1 × 4000 kVA
  • Kostelec nad Labem, hydroelectric power station, 2000 - Design and delivery of the control system and complete low-voltage electro technological equipment for an output of 3 × 770 kW
  • Krhanice, hydroelectric power station, 1999 - Design and delivery of the control system and complete low-voltage electro technological equipment for an output of 2 × 200 kW
  • Mohelno, hydroelectric power station, 1999 - Design and delivery of the control system and complete low-voltage electro technological equipment for an output of 1 × 600 kW
  • Spálov, hydroelectric power station, 1998 - Design and delivery of the control system and complete low-voltage electro technological equipment for an output of 2 × 1200 kW
  • Libčice, hydroelectric power station, 1997/98 - Design and delivery of the control system and complete low-voltage electro technological equipment for an output of 2 × 2400 kVA

Democratic Republic of the Congo

  • Lubilanji II, hydroelectric power station, 2006 - Design and delivery of the digital turbine governor for an output of 3 × 1800 kVA
  • Lubilanji II, hydroelectric power station, 2003 - Design and delivery of the digital turbine governor for an output of 3 × 1800 kVA

El Salvador

  • Chaparral U3, hydroelectric power station, in progress - Design and delivery medium-voltage electrical equipment and digital turbine governor for an output of 1 x 1210 kVA
  • Chaparral U1 & U2, hydroelectric power station, in progress - Design and delivery of digital turbine governor for an output of 2 x 36 MVA
  • Cucumacayán, hydroelectric power station, 2014 - Design and delivery of the control and protection system, low-voltage and medium-voltage electrical equipment for an output of 2 × 1700 kVA

Georgia

  • Gumati TG2, hydroelectric power station, in progress - Design and delivery of control system and LV electrical equipment after reconstruction of generator and turbine TG2 with output 13.75 MVA, total power of 4 × 13.75 MVA
  • Rioni TG2, hydroelectric power station, in progress - Design and delivery of control system and LV and MV electrical equipment after reconstruction of generator and turbine TG2 with output 18.75 MVA, total power of 4 × 18.75 MVA
  • Skhalta, hydroelectric power station, in progress - Design and supply of power plant automation and complete LV and MV equipment for an output of 3 × 3131 kVA
  • Chkhorotsku, hydroelectric power station, 2019 - Design and delivery of the control system for water intake for unit TG1 with an output of 3750 kVA
  • Lajanuri, hydroelectric power station, 2017 - Design and delivery of the control system of unit TG2 for an output of 1 × 46 MVA
  • Lajanuri, hydroelectric power station, 2016 - Design and delivery of the control and protection system of unit TG1 for an output of 1 × 46 MVA
  • Gumati TG4, hydroelectric power station, 2016 - Design and delivery of the control and protection system, and low-voltage electrical equipment  for the TG4 unit with an output of 1 x 13.75 MVA
  • Atsi, hydroelectric power station, 2016 - Design and delivery of the control and protection system, low-voltage, medium-voltage and high-voltage electrical equipment for an output of 1 x 13 MVA
  • Rioni, hydroelectric power station, 2014 - Delivery of control system including digital turbine governor for a unit with an output of 18 MVA
  • Gumati TG1, hydroelectric power station, 2012 - Design and delivery of the control system of unit TG1 for an output of 1 × 15.9 MVA

Greece

  • MVE Ilarion, hydroelectric power station, 2014 - Design and delivery of the control and protection system and generator lead and neutral cubicles for an output of 1 x 4536 kVA

India

  • Patikari, hydroelectric power station, 2008 - Design and delivery of the digital turbine governors for an output of 2 × 11.5 MVA

Indonesia

  • Cilaki 1B, hydroelectric power station, 2018 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 3 × 4122 kVA
  • Pakkat, hydroelectric power station, 2016 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 2 × 8545 kVA
  • Parluasan, hydroelectric power station, 2012 - Design and delivery of the control and protection system, low-voltage electrical equipment for an output of 2 × 2770 kVA
  • Amplegading, hydroelectric power station, 2010 - Design and delivery of the control and protection system, low-voltage electrical equipment for an output of 2 × 6540 kVA
  • Kalumpang, hydroelectric power station, 2005 - Delivery of the control system hydro power plant for an output of 1 × 1800 kVA
  • Hanga-Hanga, hydroelectric power station, 2005 - Delivery of the control system hydro power plant for an output of 2 × 1540 kVA

Japan

  • Masudama, hydroelectric power station, in progress - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 1 × 600 kVA
  • S1 Shirataki, hydroelectric power station, 2015 - Design and supply of power plant automation, complete LV part and MV transformer for an output of 1 × 266 kVA

Lithuania

Macedonia

Mexico

Norway

  • Skjelfoss, hydroelectric power station, 2011 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 1 × 250 kVA

Panama

  • Concepcion, hydroelectric power station, 2014 - Design and delivery of the control and protection system for an output of 2 × 6300 kVA
  • Las Perlas Norte, hydroelectric power station, 2013 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 2 × 5500 kVA
  • Las Perlas Sur, hydroelectric power station, 2013 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 2 × 5500 kVA

Peru

  • Poechos 1, hydroelectric power station, in progress - Design, delivery and installation of HPP control system (PLC + SCADA), it is about complete renovation of the existing control and visualization system
  • Rucuy, hydroelectric power station, 2016 - Design and delivery of the control and protection system, low-voltage and medium-voltage electrical equipment for an output of 2 × 11 MVA
  • Chancay, hydroelectric power station, 2016 - Design and delivery of the control and protection system, low-voltage and medium-voltage electrical equipment for an output of 2 × 11 MVA
  • SINERSA Control Centre, 2015 - Design and delivery of the control system for dispatch control centre of hydroelectric power stations Curumuy, Poechos 1, Poechos 2 a Chancay (total installed power output ca 65 MVA) including transmission of selected information and communication to distribution network control centre
  • Curumuy, hydroelectric power station, 2015 - Design and delivery of the control system, electric protection system and generator excitation system for an output of 2 × 7500 kVA
  • Poechos 2, hydroelectric power station, 2009 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 2 × 5400 kVA

Philippines

  • Timbaban, hydroelectric power station, in progress - Design and supply of power plant automation and complete HV, MV and LV equipment for an output of 3 × 7862 kVA
  • FLS, hydroelectric power station, 2015 - Design and delivery of the control and protection system, low-voltage and medium-voltage electrical equipment for an output of 2 × 2400 kVA
  • Cabulig, hydroelectric power station, 2015 - Rehabilitation of the control system, complete low-voltage and medium-voltage electrical equipment after flood in 2014, for an output of 2 × 5700 kVA
  • Bubunawan, hydroelectric power station, 2014 - Design and delivery of the control and protection system, low-voltage and medium-voltage electrical equipment for an output of 1 × 7300 kVA
  • Cabulig, hydroelectric power station, 2012 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 2 × 5800 kVA
  • Umiray, hydroelectric power station, 2012 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 1000 kVA
  • San Luis, hydroelectric power station, 2010 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 2 × 450 kVA
  • Sevilla, hydroelectric power station, 2008 - Design and delivery of the control system and complete low-voltage and high-voltage electrical equipment for an output of 2 × 1660 kVA

Poland

  • Otmuchow, hydroelectric power station, 2014 - Project documentation and delivery of digital turbines governor for hydro power plant with rated power of 2 x 4000 kVA
  • Laczany, hydroelectric power station, 2013 - Design and delivery of the control and protection system and complete low-voltage electrical equipment for an output of 1 × 1500 kVA
  • Zawada, hydroelectric power station, 2006 - Delivery of the control system hydro power plant for an output of 2 × 630 kW
  • Krapkowice, hydroelectric power station, 2006 - Delivery of the control system hydro power plant for an output of 2 × 630 kW
  • Rakowice, hydroelectric power station, 2005 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 2 × 1200 kVA
  • Krepna, hydroelectric power station, 2004 - Delivery of the control system hydro power plant for an output of 2 × 630 kW
  • Zielisko, hydroelectric power station, 2003 - Design and delivery of a control system for an output of 1 × 800 kVA
  • Kosciuszko, hydroelectric power station, 2003 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 3 × 1200 kVA
  • Zielisko, hydroelectric power station, 2002 - Design and delivery of a control system and complete low-voltage electrical equipment for an output of 1 × 550 kVA and 1 × 520 kVA

Russia

  • Rumjakovski, hydroelectric power station, 2013 - Design and delivery of the control and protection system for an output of 1 × 790 kVA

Slovakia

  • Dubová, hydroelectric power station, 2015 - Design and delivery of digital turbine governor for an output of 1 x 1210 kVA
  • Čierný Váh, hydroelectric pumped-storage power station, 2013 - Design and delivery of the digital turbine governor for unit No. 5 and unit No. 6, unit output 124 MVA
  • Nosice, hydroelectric power station, 2013 - Design and delivery of the digital turbine governor for unit No. 3, unit output 30 MVA
  • Trenčín, hydroelectric power station, 2013 - Design and delivery of the digital turbine governor for unit No. 2, unit output 11.5 MVA
  • Lipovec, hydroelectric power station, 2012 - Design and delivery of the control system for an output of 1 × 16 MVA
  • Stará Ľubovňa, hydroelectric power station, 2012 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 2 × 280 kVA
  • Hronská Dúbrava, hydroelectric power station, 2012 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 3 × 800 kVA

Turkey

  • Kavsakbendi 1, hydroelectric power station, 2014 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 6600 kVA
  • Ortacag, hydroelectric power station, 2013 - Design and delivery of the control system for an output of 1 × 15 MVA
  • Sarigüzel 1, hydroelectric power station, 2013 - Design and delivery of the control and protection system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 4400 kVA
  • Kandil 1, hydroelectric power station, 2013 - Design and delivery of the control system, complete low-voltage and medium-voltage electrical equipment for an output of 1 × 5600 kVA
  • Arakli 4, hydroelectric power station, 2013 - Design and delivery of the control system for an output of 2 × 5700 kVA
  • Kayalik, hydroelectric power station, 2009 - Design and delivery of the control system and complete low-voltage electrical equipment for an output of 2 × 3500 kVA