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Energizados, herramienta para detección de fraudes

Energizados, a tool to automate the detection of electrical fraud

December 17, 2021 por Cristina Giraldo - Arturo D. Alarcón - Carlos Echevarría Barbero - Virginia Snyder - Alexander Riobo Leave a Comment


Did you know that in 2019 the losses from electrical transmission and distribution systems in Latin America and the Caribbean could have supplied electricity to more than 50 million homes? To reduce these losses, the IDB has developed Energizados, a tool that uses artificial intelligence to automate the detection of electrical fraud.

For electricity to reach cities, communities, and businesses, electrical energy must be transported using transmission grids, transformers, and distribution lines. However, the region loses approximately 15% of the total electricity supply every year [1]. There is a percentage that is lost in transportation. These losses are known as “technical losses” and are inherent to the transport of electricity.

There is also another type of energy loss, “non-technical losses”, usually caused by electrical fraud and theft. Electrical theft is when an individual makes illegal connections to the electricity grid to avoid paying for consumption. Fraud occurs when a person manipulates electrical or bypass smart meters in order to reduce energy consumption readings and pay less.

The consequences of non-technical losses

Therefore, reducing non-technical losses is key to maintaining the financial sustainability of companies and the proper functioning of the electricity grid, avoiding overloads that can cause blackouts and deterioration.

In recent years, new technologies have emerged that allow tackling the problem of fraud in various sectors. Technologies such as Smart Meters, the Internet of Things (IoT), artificial intelligence (AI), and machine learning (ML) make this problem easier to identify and reduce. For example, banks make use of these cutting-edge technologies to detect behaviors that indicate a financial crime. Given the success of these techniques in banking, other sectors such as the electrical industry began to use them to identify non-technical losses.

Digital transformation, a pillar of the IDB’s Vision 2025

As part of the Digital Transformation activities under IDB Vision 2025 that the IDB’s Infrastructure Sector has developed, together with the energy distribution company CEEE, Energizados. The goal is to reduce electrical fraud and potential damage to communities. CEEE distributes energy to 72 municipalities and provides electricity to 1.5 million customers in its 47,000 km of urban and rural networks. They came together to create a pilot that uses machine learning to attack the problem of non-technical losses.

Piloting the app in Brazil?

Energizados is an application that uses Machine Learning and statistical methods to help companies to reduce fraud and theft in the electrical network. This solution began to be developed at the end of 2020 using data from users’ monthly electricity consumption and other descriptive variables to build prediction models.

To verify the assertiveness of the predictions made by Energizados, they were validated in the field. In other words, the meters identified by Energizados as fraudulent were physically inspected for fraud. In this detection process, Energizados increased the capture of fraudulent consumer units by 5%, compared to the software currently used by the company, which obtained an accuracy between 17% and 23%. Additionally, this platform helped detect fraud in different areas of the city, while the software used by the company is biased to the same locations.

Energizados is promising for the reduction of non-technical losses since it contributes to carrying out inspections more efficiently, which leads to a reduction in their costs and an increase in the assertiveness of fraud detection. In addition, with the graphical interface provided to end-users, Energizados allows users to obtain an overview that helps to make more assertive decisions to carry out inspections in the field.

It is important to note that in addition to the use of technology, it is necessary to carry out awareness campaigns on the material and economic damages that these types of problems entail and thus also be able to contribute to the reduction of risks and costs.

Given the benefits that Energizados can provide to reduce the impacts caused by non-technical losses, the implementation of it in different countries of the region is being analyzed. Likewise, an adaptation is beginning to be implemented in the water and sanitation sector. Thus, in several sectors, Energizados is already automating the detection of electrical fraud!

[1] OLADE, 2019.


Filed Under: Energy Efficiency

Cristina Giraldo

Cristina Giraldo es consultora y científica de datos de la división de Energía del Banco Interamericano de Desarrollo, basado en HQ Washington DC. Ingresó al Banco en 2020 y desde entonces ha trabajado en el desarrollo e implementación de algoritmos de aprendizaje automático (Machine Learning), asimismo, coordina el grupo de científicos de datos. Cristina tiene una Maestría en Data Science de la Universidad George Washington en Washington DC, Estados Unidos. Es ingeniera de sistemas de la Universidad San Buenaventura. Antes de unirse al BID, trabajó como consultora y desarrolladora en empresas multinacionales como IBM y Accenture.

Arturo D. Alarcón

Arturo D. Alarcón is a Senior Specialist in the Energy Division of the Inter-American Development Bank (IDB) in Washington, D.C. Since joining the Bank in 2010, he has been involved in the development and oversight of projects related to generation, transmission, distribution, rural electrification, and alternative energies throughout the region. Currently, he supports the technical coordination of the Division, focusing on the expansion of transmission, a just and sustainable energy transition, and decarbonization. He also serves as the focal point for hydropower within the IDB. Arturo holds a Ph.D. in Electrical Engineering, specializing in electric system planning, and a master's degree in Power Systems and Business, both from the University of Strathclyde in Glasgow, UK. Additionally, he is a graduate in Electromechanical Engineering from the Universidad Privada Boliviana. Before joining the IDB, he worked as a researcher at the Energy and Environment Institute at the University of Strathclyde, developing new planning methods for renewable and distributed generation, smart grids, energy storage, and power systems.

Carlos Echevarría Barbero

Mr. Echevarría has more than 25 years of experience in infrastructure project finance, the last 20 years financing projects in the energy sector, mainly in Latin American countries (Bolivia, Brazil, Chile, Colombia, Costa Rica, Mexico, Peru, and Venezuela). He is a Regional Lead Energy Specialist at the Inter-American Development Bank (IDB) and is currently in charge of the IDB's sector dialogue and energy operations in Brazil, and is responsible for coordinating the Bank's regional energy integration projects where Brazil is present. He holds a Bachelor's degree in Business Administration and a Master's degree in Electrical Engineering and Renewable Energy.

Virginia Snyder

Virginia Snyder es Especialista Senior en Energía del BID, y como tal su objetivo principal es reducir la pobreza y la desigualdad en América Latina y el Caribe a través del apoyo financiero y técnico en el sector de energía. Sus responsabilidades incluyen fomentar el diálogo centrado en las reformas del gobierno y del sector energético, la modernización del sector y el desarrollo de capacidades. Virginia es punto focal para la implementación de innovación, digitalización y ciberseguridad de en préstamos de inversión, operaciones técnicas y proyectos piloto del BID, para incluir el uso de ciencia de datos, inteligencia artificial e imágenes satelitales. También lidera las estrategias y el apoyo técnico de la División de Energía para incorporar acciones de género y diversidad en las operaciones y programas del BID. Antes de su trabajo en el BID se desempeñó en el Centro para la Energía Sostenible de California, donde fue Associate Manager de Programa de la Iniciativa Solar del Estado de California (la más grande de los Estados Unidos) y también trabajó en el Departamento de Energía de los Estados Unidos. En esa agencia, trabajó en el Programa de Tecnologías Solares en el programa “Solar America Cities”, bajo el cual 25 ciudades estadounidenses trabajaron para acelerar la adopción de tecnologías de energía solar para un futuro energético más limpio y seguro. Virginia obtuvo su MBA en la Universidad de San Diego, California.

Alexander Riobo

Alexander Riobó es Especialista Sr. en Infraestructura del Banco Interamericano de Desarrollo (BID), donde promueve el uso de tecnologías exponenciales e innovación en operaciones de inversión y asistencia técnica para los países de América Latina y el Caribe. Alexander trae al equipo de Infraestructura del BID una amplia y exitosa carrera de más de 25 años en la industria de TICs, tanto en los sectores público y privado, con énfasis en políticas públicas, regulación y despliegue de infraestructura en América Latina. Su útlimo cargo antes de entrar al BID en 2018, fue el de Director para America Latina de Asuntos Regulatorios y Políticas Públicas en el Grupo Telefónica. Alexander es Ingeniero Electrónico de la Universidad Javeriana en Colombia, donde también cursó estudios de Matemáticas Puras; posee una Maestría en Tecnología e Innovación del Science Policy Research Unit (SPRU) en la Universidad de Sussex en el Reino Unido; y estudios de Dirección Empresarial de la escuela de negocios INALDE en Colombia. Fue miembro de los Consejos de Dirección de las asociaciones de industria 5G Américas en USA y ASIET en España.

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