Transcription of SOLAR ENERGY GRID INTEGRATION SYSTEMS
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SOLAR ENERGY GRID INTEGRATION SYSTEMS
SOLAR ENERGY GRID. INTEGRATION SYSTEMS . SEGIS . Program Concept Paper October, 2007. TABLE OF CONTENTS. TABLE OF 1. TABLE OF 2. 1) Executive Summary .. 3. 2) Vision .. 3. 3) Program Objective .. 3. 4) Program Scope .. 4. 5) High PV Penetration and the Utility Distribution System .. 5. a) PV System Characteristics and Impacts 5. b) Implications for Utility Operations 6. c) Implications for SOLAR System Owners 9. 6) Approaches to Enable High Penetration .. 10. a) Today's Distribution System 10. i) Mitigating Impact on Current Distribution Infrastructure: .. 10. ii) Improving Value for the SOLAR ENERGY System Customer: .. 11. b) Advanced Distribution SYSTEMS and Micro-Grids 13. 7) Design Concepts for Integrated Inverters, Controllers, BOS and ENERGY Management .. 15. a) System Architectures 17. b) Communications 20. i) Anti-islanding Control.. 20. ii) External Communication.. 20. iii) Internal Communication.. 21. iv) Communication Methods and Protocols.. 21. c) Inverter/Controller 22.
conducted by Tucson Electric Power show that a rapidly-passing cloud bank can essentially eliminate all solar generation across Tucson in less than 5 minutes. 1 • The introduction of significant amounts of rapidly-changing intermittent power in a utility system can affect the controls on and increase the need for spinning reserve.
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