ENERGY
ENGECORPS is fully qualified to meet the requirements of the renewable energy sector of different energy matrices, both nationally and internationally, because it has great experience in works of hydroelectric plants, small hydroelectric plants, wind power plants and photovoltaic plants. In addition to the traditional design, management and supervision of works, ENGECORPS occupies a prominent position in owner engineering, environmental licensing studies and dam safety plans. The company also has experience in inventory studies and repowering, in project optimization, equity valuation, commissioning and start-up follow-up.
Hydroelectric Plant of Cana Brava
Inter-American Development Bank
"Local Engineering Firm" - follow-up and supervision of HPP Cana Brava construction works, in the State of Tocantins, including the inspection, diligence and follow-up of the assembly of electromechanical equipment. Installed Power: 472 MW; Assured Energy: 274 MW; Total Gross Ceiling: 48 m. Land Dams - Left Margin: 308.50 m extension, 66 m high and 1,415,000 m ³ landfill volume - Right Margin: 398.50 m of extension 53 m high and 831,200 m³ of landfill volume; CCR Right Margin: 91.30 m long, 54 m high and 91,500 m³ concrete volume.
Hydroelectric Facility of Belo Monte
Norte Energia S.A.
Technical Consultancy Services of the Owner’s Engineering of the Hydroelectric Facility of Belo Monte, covering support in the certification of projects, planning, monitoring and control of the execution of the goods and services provided by the companies contracted for the implementation of the work. The Belo Monte hydroelectric power plant is a Brazilian energy planning project in the Xingu River, in the State of Pará, in the northern region of Brazil. Through this venture, the government will add just over 11,000 megawatts of installed capacity to the national energy matrix.
HPP’s of Foz do Piquiri, Ercilândia, Apertados and Comissário
COPEL - Energy Company of Paraná
Feasibility studies and EIA-RIMA studies for four hydroelectric plants located on the main route of Piquiri River, integrally in the State of Paraná, denominated: Foz do Piquiri (93.2 MW), Ercilândia (87.1 MW), Apertados (139 MW) and Comissário (140.0 MW). All necessary field surveys were carried out, as well as the design and graphic design work, including descriptive reports, calculation memories, list of quantities and prices in the ELETROBRÁS standard, engineering report and individualized design notebook for the four HPPs. These works met the minimum requirements requested to be accepted by ANEEL and other additional requirements specified by COPEL.
Multiple Utilization of Jequitaí I
Development Company of Francisco and Parnaíba Valleys - CODEVASF
Jequitaí River Basin Hydraulic Inventory, updating of the final design of the Jequitaí I Multiple Utilization, EIA / RIMA of the project, environmental licensing and Basic Environmental Design (PBA), CERTOH and updating of Agricultural Planning. The Multiple Utilization of Jequitaí is an integral part of the Jequitaí Hydro-irrigation Project, located in the State of Minas Gerais, which also includes the Multiple Utilization of Jequitaí II and the Private Public Irrigation Perimeters, totaling 35,000 hectares, located in the north-northeast region of Minas Gerais.
SHP’s of Cascata das Andorinhas, Saltinho, Pirapó and Guaporé
Rio Grande Energy - RGE
Technical and economic evaluation of the SHP’s of Cascata das Andorinhas, Saltinho, Pirapó and Guaporé, located in the State of Rio Grande do Sul, with determination of the value of each plant, followed by modernization studies and calculation of the Assured Energy and presentation of the complete development of the best option for the Andorinhas and Guaporé SHPs, in order to submit them to ANEEL / MME approval. Adequacy and complementation of feasibility studies for implementation and operation.
Tramandaí Wind Farm
EDP Renováveis Brasil S.A.
Final Design and Technical Follow-up of the Tramandaí Wind Farm Works, located in the State of Rio Grande do Sul, with an installed capacity of 70 MW, consisting of a total of 35 wind turbines with nominal power of 2.0 MW each. The civil and electric infrastructure projects were developed, including substation and transmission line.