26 th Oct Prof. Jeongtae KIM Daejin Univ. KNC Representative

Transcription

1 Green Growth & Smart Grid in Korea 26 th Oct Prof. Jeongtae KIM Daejin Univ. KNC Representative 1

2 Target of CO 2 Reduction by 2020 ü National Reduction Target Finalized (Nov. 17, 2009) ü Top-level party-government consultation finalized the draft that stipulates a 30% Reduction. Through Korean Smart Grid, we have a plan to realize Green Growth. 2

3 Korean Smart Grid Roadmap Investment Plan for Korean Smart Grid ü 7 billion dollars for Technical development ü 20.5 billion dollars for Construction of infrastructure Expected effects in

4 Korean Smart Grid Roadmap Laying the foundation for Low carbon Green Growth Source: Korea Smart Grid Institute 4

5 Power Business Trend due to Smart Grid : Now and To-be

6 Korea Power Industries focus on.. Area Improving the efficiency and reliability of existing T&D Business opportunities Upgrading of T&D infrastructure through combining power technologies and IT (for information and automation) Increasing IED/smart sensor-based grids (i.e. SAS and DAS including equipment diagnosis, energy management system), upgrading of aged equipment, HVDC, etc Providing infrastructure to connect new renewable energy sources Linkage between grids of new recyclable energy sources and existing grids as well as systems and products associated with energy storage Power conditioning systems, FACTS, energy storage, etc Making power consumption by end-users more efficient Infrastructure to facilitate interactive communication between responses to demand and usage data and services to make energy use more efficient Smart meters/ami, consumer energy management systems Providing infrastructure for electric vehicles Manufacturing of core parts and components of electric vehicles (EVs) and recharging equipment and other infrastructure for them including repair and maintenance facilities EV recharging devices, infrastructure and service models 6

7 -Now- Superconducting Cable system DAPAS Project in Korea DAPAS : Development of Advanced Power system by Applied Superconductivity technology Project period : 2001~2011 Total budget : $146million (Gov. : $100million / Industry : $46million) Participant : LS Cable, KEPCO, KERI, LS Industrial System, DooSan, KERI HTS Cable System Development Status Year Korea (DAPAS) Fundamental Design st Phase 2 nd Phase Single Core 30m 22.9kV 50MVA/30m 3-Core Evaluation 50MVA/100m 3-Core Type test 154kV Basic study rd Phase Real-grid application Long Demonstration term on Real grid Operation 1,000MVA Design Fab. Evaluation Type test HTS Cable FCL Motor Transformer 2G Wire KEPCO LS Cable KERI KEPCO LSIS DooSan KERI KERI Sunam KERI * HTS : High Temperature Superconductor ** FCL : Fault Current Limiter 22.9kV 50MVA 154kV 1GVA Accessory 7

8 -Future- Superconducting Cable System A new Korean national R&D Project AC 154kV and DC 80kV HTS system shall be installed and evaluated at real grid located JEJU island during 2011 and AC HTS DC HTS Tres amigas Project Tres Amigas Project (America) : Focused on providing the interconnection of America's three power grids to achieve renewable energy goals in USA - 200kV 5GW HVDC HTS Cable - Commissioning : 2014 Nominal Voltage [kv] Rated Current [A] Cable length [m] 1,

9 AMI (Advanced Metering Infrastructure) Information-oriented power service infrastructure between end users and utilities Core infra system based on smart meters which is essential to the Smart Grid operations Key enabler to activate demand response Large customers (high-rises, factories) AMM Server FEP Public Network Multi-function Smart Meter Billing System WEB System Data Flow General customers (houses, small buildings) * FEP : Front End Processor, CIS : Customer Information Service CIS System Internet Information providing 9

10 Status of AMR/AMI in Korea AMR/AMI Deployment Remote metering has been in service to Commercial and industrial consumers(high voltage) with deploying AMR(Automatic Meter Reading) since 2000 (160,000 consumers) Residential (low voltage) AMR project was started to pilot 1,000 households in Jeju island with ZigBee. KEPCO adopted high speed power line communication to deploy AMR from 2005 to spread 55,000 households in service currently. Nationwide smart meter installation will be completed by (19M households) AMI Program AMI (Advanced Metering Infrastructure) program Project #1: Development of Smart Meter and consumer demand response(home DR) device Project #2: Development of Meter Data Management System and Smart energy Utility Network Term : ~ (24 months) Fund : $20M 10

11 Wind Energy Business in Korea Cumulative Installed (MW) Energy Production (GWh) Korea Wind Energy Industry has been support by Feed in Tariff Tariff price Wind KRW/kWh Hydro KRW/kWh Biomass KRW/kWh Source : Ministry of Knowledge Economy (2010) Value Chain Onshore model 750kW/2MW 750kW/2MW 1.65MW /2MW/2.5MW Offshore model n/a 5MW 5.5MW 2.5MW 5MW 11

12 Wind Energy Business in Korea FIT to RPS(Renewable Portfolio Standard) Before 2012 After 2012 Feed in Tariff KRW/kWh Renewable Portfolio Standard SMP + REC(Credit price) 2030 New Renewable Energy will be 7.7% Wind resources Potential in Korea About 50GW of wind resources potential can be a good opportunity for korean Wind energy company to be a global player. Source : The 3 rd grand roadmap of renewable energy development & distribution (Ministry of Knowledge Economy, 2008) 12

13 PV Value Chain Status in Korea (~2011) *Dark-color Characters : Mass-production now (Source: Solar & Energy, 2011) *Dimmed Characters : R&D or entering business soon 13

14 PV Installation in Korea (2006~2013) Korea is expected to hit a cumultative installed capacity of 1GW around 2012 *RPA (Renewable Portfolio Agreement) *RPS (Renewable Portfolio Standard) Source: Korea Photovoltaic Industry Association (KOPIA), 2010) 14

15 Green Power Build with technology innovation for a green power system starting from generation, transmission, distribution to sales Increase energy efficiency and reduce Green House Gas emissions Core business strategy aiming at sustainable growth Power Generation Transmission Distribution Business Expansion of nuclear, Digital substation Smart grid Smart building renewable energy supported by IT Better demand All-electricity homes IGCC and CCS Green, high-efficiency management Heat pump Higher efficiency new materials EV infrastructure Applying green at generation facilities products 15

16 10 Power IT Solutions for Smart Power Grid 16

17 My sincere thanks to all of you!!