All Stories

  1. The Efficiency of the Kalman Filter in Nodal Redundancy
  2. A Novel Multi-Area Distribution State Estimation Approach with Nodal Redundancy
  3. Interdisciplinary and Social Nature of Engineering Practices
  4. Sustainability and the Responsibility of Engineers
  5. Sustainability governing entities in higher education throughout Chile
  6. Voltage Regulation of Active Distribution Networks Considering Dynamic Control Zones
  7. Renewable Energy at Chilean Universities: Is it Possible?
  8. Hourly Medium-Term Load Forecasting Techniques Considering Reconfiguration and Reinforcement Allocation in Distribution Feeders
  9. The maturation process of incorporating sustainability in universities
  10. Geothermal energy in electricity markets and decarbonisation scenarios: The Chilean case
  11. Applications of low enthalpy geothermal energy: The case of the faculty of physical and mathematical sciences at the University of Chile
  12. Maturation of sustainability in engineering faculties – From emerging issue to strategy?
  13. Active Splitting in Longitudinal Power Systems based on a WAMPC
  14. Discrete load Changes in Demand Forecasting
  15. Impact of wind power generation on a large scale power system using stochastic linear stability
  16. Análisis de oscilaciones interárea ante distintas alternativas de interconexión SIC-SING
  17. Stochastic modeling to represent wind power generation and demand in electric power system based on real data
  18. Stability region and radius in electric power systems under sustained random perturbations
  19. Wind Power Curtailment and Energy Storage in Transmission Congestion Management Considering Power Plants Ramp Rates
  20. Wind power curtailment and energy storage in transmission congestion management considering power plants ramp rates
  21. WAMS-Based Voltage Stability Indicator Considering Real Time Operation
  22. Application of linear stability via Lyapunov exponents in high dimensional electrical power systems
  23. A Minor Programme on Sustainability for the Engineering Curriculum at the University of Chile
  24. Operating reserves assessment in isolated power systems with high wind power penetration
  25. Stability indices for randomly perturbed power systems
  26. Climate Adaptation Santiago
  27. Performance of Power Systems under Sustained Random Perturbations
  28. Linear Stability via Lyapunov Exponents in Electrical Power Systems
  29. A simplified methodology to estimate the impact of wind power over operating reserves in isolated power systems
  30. El Desafío de Educar a Inicios del Siglo XXI: Demandas de los Estudiantes de Ciencias Sociales a la Docencia Universitaria
  31. Stability Radii via Lyapunov Exponents for Large Stochastic Systems
  32. Comparison of fixed speed wind turbines models: A case study
  33. Impact of electric vehicles on the reconfiguration requirements of a distribution network: The Santiago city case
  34. Stability of linear stochastic systems via Lyapunov exponents and applications to power systems
  35. Circle-Clustering: A new heuristic partitioning method for the clustering problem
  36. A day-ahead energy market simulation framework for assessing the impact of decentralized generators on step-down transformer power flows
  37. Improving power system stabilisers performance under sustained random perturbations
  38. Fine Tuning of PSS Control Parameters under Sustained Random Perturbations
  39. Genetic algorithms for the capacitor placement problem in distribution networks
  40. Justified Fault-Ride-Through Requirements for Wind Turbines in Power Systems
  41. Data mining techniques for very short term prediction of wind power
  42. Determination of Feeder Areas for the Design of Large Distribution Networks
  43. Stability reserve in stochastic linear systems with applications to power systems
  44. Heuristic Determination of Distribution Trees
  45. Optimal Capacity Expansion in Electric Power Subtransmission Networks
  46. Combined cycle power plant optimization based on supervisory predictive controllers
  47. Object-Oriented Approaches for Integrated Analysis of Interdependent Energy Networks
  48. A simulation platform for computing energy consumption and emissions in transportation networks
  49. A stochastic methodology for modeling PSS in small signal stability analysis
  50. Genetic algorithms and Voronoi polygons applied to decision making in the distribution systems expansion problem
  51. A Competitive Market Integration Model for Distributed Generation
  52. Fuzzy Predictive Supervisory Control Based on Genetic Algorithms for Gas Turbines of Combined Cycle Power Plants
  53. An Evolutionary Approach for the Greenfield Planning Problem in Distribution Networks
  54. Impact of industry restructuring on the Chilean central interconnected system security and dynamic performance
  55. System Security and Dynamic Performance in the Chilean Central Interconnected System
  56. A Distribution Company Energy Acquisition Market Model With Integration of Distributed Generation and Load Curtailment Options
  57. OPF With SVC and UPFC Modeling for Longitudinal Systems
  58. A scenario simulation approach for market power analysis in hydrothermal systems
  59. Object oriented platform for an integrated analysis of energy and transportation networks
  60. Time dependence of controls to avoid voltage collapse
  61. Voltage collapse scenario in the Chilean interconnected system
  62. Dynamical analysis of voltage collapse in longitudinal systems
  63. Voltage stability as affected by discrete changes in the topology of power networks
  64. A tutorial description of an interior point method and its applications to security-constrained economic dispatch
  65. Clustering techniques for voltage collapse detection
  66. Interior point optimization methods: Theory, implementations and engineering applications
  67. Market power and transmission congestion in a longitudinal system