1 / 11

Pavel Novak – Germany – Session 1 – 0494

Local Intelligent Circuit Breakers – A New Concept for the Refurbishment of Existing Distribution Network. Pavel Novak – Germany – Session 1 – 0494. Inhalt. 1. Introduction 2. Requirements of future distribution networks 3. Concept of iCB 4. Specification of iCB 5. Conclusion.

nara
Download Presentation

Pavel Novak – Germany – Session 1 – 0494

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Local Intelligent Circuit Breakers – A New Concept for the Refurbishment of Existing Distribution Network Pavel Novak – Germany – Session 1 – 0494

  2. Inhalt 1. Introduction 2. Requirements of future distribution networks 3. Concept of iCB 4. Specification of iCB 5. Conclusion Pavel Novak – Germany – Session 1 – 0494

  3. Introduction • „Greenfields“ vs. Existing infrastructure • Investment demand in EU distribution grids up to 300 mlds. € / 30 years • Grid extensions and refurbishment Use of adaptive load-management, local intelligence Pavel Novak – Germany – Session 1 – 0494

  4. Requirements of future distribution networks Centralized power supply Power flow direction Pavel Novak – Germany – Session 1 – 0494

  5. Requirements of future distribution networks Decentralized power supply Power flow direction Pavel Novak – Germany – Session 1 – 0494

  6. Requirements of future distribution networks Pavel Novak – Germany – Session 1 – 0494

  7. iCB Concept • Real time monitoring of network state • Local intelligence – switching capability • Decission matrix Pavel Novak – Germany – Session 1 – 0494

  8. iCB Specification 90 [kA] 50 30 10 -10 -30 -50 88 kAp = 35 kAef 25 kAef 0 50 100 150 200 ´ 250 [ms] Pavel Novak – Germany – Session 1 – 0494

  9. iCB Specification 90 [kA] 64 38 12 -14 -40 88 kAp = 35 kAef 25 kAef 0 50 100 150 200 ´ 250 [ms] Pavel Novak – Germany – Session 1 – 0494

  10. iCB Specification • Quick evaluation of short-circuit current - over-current measurement - directional protection • Quick tripping mechanism - magnetic actuator - Thomson-Drive • Separation of faulted feeder + reclosing of local power generation within 100ms  under conventional protection setting times in distribution grids Pavel Novak – Germany – Session 1 – 0494

  11. Conclusion • High costs are expected in existing distribution grids for the adaption on operational equality with smart grids • The iCB concept matches the requirements of future distribution grids • It can guarantee the system stability without any massive refurbishment of network components Pavel Novak – Germany – Session 1 – 0494

More Related