The electrical sector continuously deals with changes in its operating regulation and the market. Research is essential in this scenario to make energy use accessible to all and to contribute to lower tariffs. These aspects can cause profound technical economic impacts in all phases of the sector, notably: generation, commercialization, transmission, distribution, and consumption of electric power. These challenges require the development of innovative solutions for monitoring, planning, operation, maintenance, and commercial management of the electricity system in order to improve the entire chain, from generation to distribution.

It is in this context that Lactec contributes continuously to the optimization of internal and external processes of companies in the electrical sector through the development of new methods and equipment for application in the electrical sector within R&D projects. Some examples of this are:

  • Power system expansion and operation planning;
  • Energy planning of electrical systems;
  • Computer modeling applied to the electrical sector;
  • Study of the impacts of the connection of alternative energy sources on electrical systems;
  • Performance analysis of new technologies and electrical grounding systems;
  • Development of models and techniques for power quality management and electromagnetic compatibility studies;
  • Development, tests, and studies of protection elements of electrical systems;
  • Development of technologies for electric network maintenance;
  • Mapping and management of commercial and technical losses;
  • Development of models, methodologies and computational tools for electric market management;
  • Development of sensors for low, medium and high voltage;
  • Development of measuring devices and continuous monitoring of the electrical system;
  • Development of telecommunications systems for use in these sensors.


Some of the R&D projects already developed by Lactec researchers include:

  • Specialized Connector for Low Voltage Supply Cut-off;
  • Intelligent Sensor for Airline Monitoring of 13,8kV ~ 34,5kV;
  • Transformer with Integrated Measurement;
  • Intelligent Transformer for Medium and Low Voltage Power Networks;
  • Field gauge for energy meters without load disconnection;
  • Equipment for analysis of high voltage capacitor bank;
  • Experimental development of modular control for parallel operation of Savonius Wind Generators and Photovoltaic Panels with 34.5 kV grid connection;
  • Real-Time Automatic Protection Management System;
  • Solar collector for ambient lighting using plastic optic fibers;
  • Development of low voltage regulator for the provisional handling of non-conformity of voltage levels;
  • Evaluation of the economic impact on industrial consumers caused by EQ problems – Copel;
  • Pilot installation for evaluation of atmospheric overvoltage levels in Copel Distribution system;
  • Methodology for interruption cost estimation on residential, commercial and industrial consumers – Copel;
  • Development of a Computational Methodology for Calculating Electric and Magnetic Fields in Copel Substations;
  • Multi-objective and multi-criteria electrical field and magnetic field optimization software in transmission line projects – Energisa;
  • Specialist System for asset management of a UTE – Petrobras;
  • Methodology for calculating and managing losses in electricity distribution networks (in progress) – EDPI;
  • Improvement of the hiring process for the expansion of the generator park (in progress) – Copel and PSR;
  • Development of System for Digitization and Treatment of Limnigraphic Data from Cesp’s Utilizations;
  • Reduction of failure rate of class 15 kV and 36.2 kV distribution transformers at Coelba (in progress).