Renewing of HV/MV Substation 220/38/34.5/6kV

Havana (Cuba)

Description

The project consists of the modernization of the Antillana de Acero electrical substation and it has been carried out in the Cotorro district of Havana, which has an essential function for the area as it supplies electricity to the nearby steel plant.

The substation is divided into:

  • Bay 220kV, which includes circuit-breakers, disconnectors, power transformers and current transformers, surge arresters, electrical equipment for interconnection, earth mesh and auxiliary accessories.
  • Bay 38kV 50ka, which includes the hybrid module 66kV-31kA, circuit breakers, disconnectors, power transformers and current transformers, surge arresters and auxiliary accessories.
  • Bay 34,5kV 31kA, which includes the hybrid module 66kV-31kA, circuit breakers SF6 insulated, disconnectors, surge arresters and auxiliary accessories.
  • Substation 6,3kV 40ka, consisting of medium-voltage Metal Clad switchgears 12kv 4000A 40ka, HD4 circuit breakers, bus duct Blinodpower 12kv 4000A 40ka, direct current system for electrical substation 6,3kV, lighting and air conditioning system, auxiliary services. The control structure of the substation guarantees high performance and management of the plant, thanks to the SCADA system, transformers, Euro-P&C low-voltage (LV) switchgears, 38kV and 34.5kv bars.

Related projects to SCADA Solution

MV E-House 24kV for photovoltaic plant

Trecate (Italy)

Tailor-made project for the implementation of electrical equipment interconnected to the new photovoltaic system in Trecate (Novara), committed to us by a large company in the oil & gas field, which will provide green energy to a refinery plant.

Photovoltaic Plants 10MWp

Venegas, Matanzas, Camagüey, Mayajigua (Cuba)

The project includes n. 4 photovoltaic plants, with a total of 10MWp, located in 4 sites, situated in 3 different provinces of the Cuban Republic. It is part of the implementation plan of the Cuban economic development program, with the aim to reach a total of 700MW photovoltaic power supply by 2030.