The 2027 IEEE PES Generation, Transmission and Distribution Conference and Exposition Latin America (IEEE PES GTD Latin America 2027) is one of the IEEE Power and Energy Society premier regional events dedicated to advancing knowledge, innovation, and collaboration in electric power generation, transmission, and distribution. Taking place on March 8—10, 2027, in Medellfn, Colombia, the conference will bring together researchers, industry leaders, utilities, manufacturers, policymakers, consultants, students, and young professionals from across Latin America and beyond to exchange technical knowledge, present innovative solutions, and foster collaboration among academia, industry, and government. Through a comprehensive technical program, an international exhibition, networking opportunities, and industry-focused activities, the conference will address key challenges related to the energy transition, digitalization, grid resilience, and sustainability, while promoting diversity, equity, and inclusion as essential drivers of innovation and the future of the power and energy sector.

Submission Guidelines

All papers must be original and not simultaneously submitted to another journal or conference. The following paper categories are welcome.

• Full papers: Papers should be written in English, unpublished, and not submitted elsewhere. Full papers must be formatted as the standard IEEE double-column conference template. A maximum 6 pages are allowed for each paper, including all illustrations and references.

List of Topics

Cross-Cutting Topics (Cross-GTD)

Latin America's energy transition requires a holistic modernization of its power grid, moving beyond traditional boundaries of generation, transmission, and distribution. Achieving a resilient and decarbonized system depends on the widespread adoption of cross-cutting technologies, including advanced energy storage (BESS), green hydrogen, grid-forming power electronics, and artificial intelligence for smart grid management. Furthermore, addressing the physical and cyber-physical security of critical infrastructure, updating regulatory and market designs for multi-directional energy flows, and fostering regional interconnection are vital to ensuring a flexible, secure, and sustainable energy matrix across diverse territories.

• Energy storage solutions
• Digitalization and advanced analytics
• Energy storage solutions
• Transmission market and regulatory mechanisms
• Power market dynamics
• Cybersecurity for electric power systems
• Emerging technologies
• Reliability and resilience
• Infrastructure modernization
• Electrical infrastructure Asset Management
• Demand-Side Integration, Smart Consumption, and Consumer Empowerment

Generation

Latin America faces the challenge of integrating large-scale renewable generation while maintaining system reliability and affordability. The region has abundant solar and wind resources, but variability and intermittency require advanced forecasting, flexible generation, and storage solutions. Additionally, regulatory frameworks must evolve to incentivize clean energy investment while ensuring equitable access and addressing social and environmental concerns in diverse territories.

• Renewable energy integration
• Nuclear and advanced technologies
• Decarbonization and resilience
• Social inclusion and energy access
• Socio-environmental challenges in large-scale renewable projects

Transmission

The transmission sector in Latin America must overcome geographic complexity, social impacts and aging infrastructure to enable the integration of renewable energy and regional interconnections. Expanding high-voltage gris in crowed zones, and across vast and remote areas demands significant investment and coordination among countries. Cybersecurity and resilience are emerging priorities, as digitalization and automation increase exposure to cyber threats, requiring robust standards and cross-border collaboration.

• Grid-enhancing technologies
• Integration of large-scale renewables
• Grid operations and expansion planning
• Reliability and resilience
• Infrastructure development and social license

Distribution

Distribution grids in Latin America face growing pressure from distributed energy resources, electric mobility, and demand-side flexibility. Many grids were not designed for bidirectional flows, making modernization essential to accommodate microgrids, smart meters, and advanced control systems. Regulatory and financial challenges persist, as utilities must balance affordability with investments in digitalization and reliability, while promoting inclusive access to new technologies.

• Microgrids and active networks
• Distributed generation and energy communities
• Electromobility and smart charging
• Demand response and flexibility
• Grid operations and expansion planning
• Distribution market and regulatory mechanisms

Committees

Organizing Committee

• Conference Chair - Juan Jorge Celis, Potencia y Tecnlogías Incorporadas SAS
• Financial Chair - Ph.D. Carlos Velasquez, BairesDev
• Program Chair - Ph.D. Juan David PloIina, Colombia Inteligente
• Publication Chair - Prof. Edwin Rivas, Universidad Distrital Franciso José de Caldas
• Side Activities - M.Eng. Luis Felipe Gaitan, im3 Group
• Operation, comercial & Sponsorship - Catleen Natalia Lozano

Venue

Taking place March 8—10, 2027, in Medellfn, Colombia, the conference will bring together researchers, industry leaders, utilities, manufacturers, policymakers, consultants, entrepreneurs, and students from across Latin America and around the world to exchange ideas, share technical expertise, and explore the latest developments shaping the future of power and energy system.

Contact

All questions about submissions should be emailed to gtdla2027@ieee.org.co