1 / 12

ADTRAN & Smart Grid

ADTRAN & Smart Grid. January 21, 2010. Kevin Morgan Director, Product Marketing ADTRAN – Carrier Networks Division. Smart Grid Defined. Virtual Peaking Plant. Fiber to Every Substation.

nili
Download Presentation

ADTRAN & Smart Grid

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. ADTRAN & Smart Grid January 21, 2010 Kevin Morgan Director, Product Marketing ADTRAN – Carrier Networks Division

  2. Smart Grid Defined

  3. Virtual Peaking Plant

  4. Fiber to Every Substation • Automation of substations with centralized visibility, advanced manageability, and wide area coordination • Foundation for utility-scale applications • Storage • Distributed Generation • High-performance backhaul for many types of AMI • Strategically-positioned points of connectivity for • emergency services, • disaster support, • commercial communications, • cellular and internet penetration

  5. Utilities Perspective Fiber Deployment • Investing in fiber, at least to every substation carries no risk, either technically or economically • High-performance infrastructure that interconnects the Operations Centers and Substations serves as a spinal column of a utility system with support for multiple applications

  6. Optical Market Segments Optical Access Capabilities of fiber optic access offer increased scalability and reliability Migration to packet networks requires effective TDM transition CWDM and PON provide fiber relief Metro WDM DWDM and multiplexer technology effectively addresses Metro aggregation and transport needs Represents a natural next step for our Ethernet aggregation platform Long Haul and Core Wavelength switching and agility offer versatile and resilient optical transport capabilities Integrated TDM and packet switching drive additional platform requirements (evolution from pure optical transport)

  7. Typical Apps from cell sites Scenario – Multiple Customers-High Voltages Cell Site Provider 1OC-3 ILEC CO Cell Site HVP >20,000 V OSS CO LAN Fiber COT Mux Cell Site Provider 1DS3 Cell Site Provider 12 DS1s 7

  8. The Situation – Smart Grid There are two different classes of products for Power Companies: NEBS compliant for Telecom apps IEEE 1613 compliant for Substation apps The problem: The two product lines come from different vendors and have different OAM&P, training requirements, price points, and feature sets. The goal: Consolidate those two categories into one product line with unique hard appliqués for the differing requirements.

  9. NEBS vs 1613 NEBS 3 A Telcordia standard for equipment to be utilized in the Public Network. IEEE 1613 An IEEE standard for use in Electric Power Substations

  10. Subtending high speed rings OC3 STS-1/EC1 DS3 DS1 Ethernet (10/100/1000) Operation Subtending a SONET Ring or DWDM Backbone Remote Site Customer Site Central Office OPTI-6100 Tributary

  11. Proven Performance of SONET/SDHWhen Carrier Ethernet is not available • Large Deployments of OPTI-6100 for Backhaul • Ethernet, High Bandwidth, Synchronization • Migration Path to Converged Access

More Related