Impact of the connections of large-scale wind and solar generation in the brazilian interconnected..
Djalma M. Falcão e Glauco N. Taranto (orgs.)
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1 Introduction
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2 Assumptions, Tools, and Data Used in the Studies
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3 Chosen Scenarios
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3.1. Medium-Term Horizon: PAR/PEL 2024
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3.2. Long-Term Horizon: PDE 2029
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4 Steady State and Electromechanical Dynamic Studies
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4.1. Study Overview
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4.2. Investigation of the Behavior of HVDC Systems Embedded in the AC Transmission Systems
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4.3. Fault-Induced Delayed Voltage Recovery (FIDVR)
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5 Electromagnetic Simulation Studies
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5.1. Methodology Description
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6 Methodology for Probabilistic Steady State and Electromechanical Dynamic Assessment
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6.1. Probabilistic Assessment Conceptual Framework
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6.2. BIPS Probabilistic Assessment
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6.3. Research of Probabilistic Models of Wind Generation in the Northeast Region
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6.4. Probabilistic Models of Load Profile in the Northeast Region
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6.5. Monte Carlo Simulation Software
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6.6. BIPS Study
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7 Diagnostics, Alternatives, and Recommendations
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7.1. Frequency Control in High Wind Generation Scenarios
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7.2. Fault-Induced Delayed Voltage Recovery (FIDVR)
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7.3. Suggestion of an angular difference control between the HVDC link converter buses
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7.4. Computational Tools and Models
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7.5. Application of WPP equivalent methodology for wind impact assessment for EMT simulation
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7.6. Probabilistic Assessment
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8 General Conclusions
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9 References
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About the authors