Processo de inovação no desenvolvimento de um dispositivo para combate às perdas não técnicas de energia elétrica causadas por intervenção com imã de neodímio em medidores

Abstract

The present study addresses the use of an innovation process in the development of a detector for non-technical losses in electric power distribution networks, focusing on the identification of fraud and theft through the use of neodymium magnets. Using Design Thinking as the primary methodological foundation and incorporating elements of Lean Manufacturing, Lean Six-Sigma, and Business Model Canvas, the project not only achieved its detection objectives but also provided a more economical and scalable alternative compared to traditional methods. The multidisciplinary and user-centered approach resulted in a highly effective device that exceeded expectations in terms of cost, scope, and scalability. During the tests, the company validated the device in the field, identifying multiple fraud instances in a short span of time. Due to its success and innovative nature, the project secured a patent. Moreover, this work proposes a robust innovation methodology that serves as a guide for the development of new projects and innovations across different sectors. The research also underscores the importance of innovative solutions in combating financial losses in the energy sector, which directly impact consumers.