Jeju smartgrid

- New Future of Jeju Island -

Carbon Free Island Jeju by 2030 Sep. 5. 2015

Contents

Ⅰ

Outstanding Conditions of Jeju Island

Ⅱ

Vision & Goal by Phase

Ⅲ Ⅳ

Sectoral Development Plan

Expected Effects

Ⅰ. Outstanding Conditions of Jeju Island  First place in the world to obtain UNESCO designations in all 3 Natural Sciences -2002 Biosphere Reserve Certificate -2007 World Natural Heritage Certificate -2010 Global Geopark Certificate

 2011 Selection of the New 7 Wonders of Nature

Over 12 Million Annual tourists

Optimal local condition for low carbon green industry  Capable of driving around the island after full charging once (Round: 176km, East to West: 73km, South to North: 41km)

Mega city (60 cities)  Over 1 million population within 2 hours flight away -Japan: 9 Cities(Tokyo, Osaka, Nagoya etc.)

-China: 44 Cities(Shanghai, Beijing, Tianjin etc.)

 Rich in energy resources such as wind and solar power etc.  Completion of smart grid test bed and infrastructure

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Ⅱ. Vision & Goal by Phase Vision

Creation of Jeju Island to representative city of global low carbon green growth Achievement of greenhouse gas reduction goal including climate change High value-added industry promotion of clean environment coexisting with advanced technologies

rd Phase Realization of 100% Carbon Free Island (2030)

┃Global green growth city consuming no fossil fuels┃

nd Phase Carbon Free Island Infrastructure (2020) ┃Supply Renewable Energy such as Smart Grid, Electric Vehicles, Wind Turbine┃

st Phase

Carbon Free Island Test Bed (2014) ┃Completion of Smart Grid test-bed area, Gapa Carbon Free Island┃

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Ⅲ. Sectoral Development Plan Renewabl e Energy

Electric Vehicle s

100% Renewable energy alternative, Achievement of Energy independence Development of total 1,000MW Wind power by 2020 ⇒ 50% of energy production Development of total 2,350MW Wind power by 2030 ⇒ 100% of energy production ※ Onshore WP 450MW. OffShore WP 1,900MW, SP 300MW etc.

100% Conversion of moving vehicles to EV, Creation of a World-class Electric Car City Public sector and public transport by ‘17 ⇒ Replaced with 10% of EV (29,000 cars) Public transport and rent-a-car by ‘20 ⇒ Replaced with 40% of EV (135,000 cars) Commercial vehicles by ‘30 ⇒ Replaced with 100% of EV (377,000 cars)

Construction of Smart Grid City in entire Jeju Island Smar t Grid

Smart Grid Test-bed by 2013 Expansion of Smart Grid by 2017 Construction of Smart Grid City in entire Jeju Island by 2020

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Ⅲ-1. Development of Renewable Energy Optimized power requirements considering population growth, development plans, and social development, etc.

Selection of the most suitable renewable energy mix in Jeju Island conditions.

Transition plan of renewable energy  Introduction of ESS for stable connection to the grid of large scale of wind power and marginal capacity expansion  Introduction of renewable energy source(fuel cell) which will be a base in order to secure variation in intermittent energy sources(wind, solar)

Power utilities of Jeju

Stage

Current

241MW

inter mitte Renew nce WT 216MW able PV 55MW Energy

Electricity Demand: max 715 MW, avg 523 MW

base

Submarine Cable power supply - Haenam : 150 MW Jeju thermal power - Jindo : 200 MW 285MW Hanrim thermal power 105MW

Southern Jeju thermal power 200MW

-

ESS (Battery)

-

Renewable Ratio

13%

Stage 2 (‘19~‘20)

Stage 3 (‘21~‘30)

1,350MW

2,690MW

WT 1,090MW PV 250MW etc.

10MW

WT 2,350MW PV 300MW etc.

30MW

60MW

520MW

Fuel cell 60MW

Fuel cell 520MW

670MW (1,010MWh)

1,300MW (1,900MWh)

Power stabilization 218MW Peak reduction 452MW

Power stabilization 470MW Peak reduction 830MW

Over 55%

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85~100%

Development of 1,900MW Offshore Wind Farm To be Energy Self-reliant, Environment-friendly, Systematically Developed for Multi-purpose Wind Farm and Tourism Resource

Phase 1(by 2020) : 698MW  Step 1(‘11~’17) : 298 ㎿ (KEPCO, KOSPO) - Wind Farm District, Domestically-built and testing  Step 2(‘18~’20) : 698 ㎿ (Offshore Wind Farm District) - Localization of wind turbine and Foundation of exports Phase 2(by 2030) : 1,900MW  Establishment of specific planning considering ESS, technology development etc.  Completely carbon free in entire Jeju Island and Future growth engine  Wind Power in operation 216MW(onshore)  Wind Power promotion of 369MW(onshore 71, offshore 298)

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Onshore wind farms

Dongbok wind farm (30MW)

Haengwon wind farm (11MW)

Completion of Aug.2015

Completion of Nov.2014

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Ⅲ-2. Jeju, the world’s leading city for EV Global top city of Electric Vehicles running with the wind to realize the Carbon Free Jeju Isiand - Replace 100% of all vehicles with Electric Vehicles in phases.

- Get rid of inconvenience by establishing integrated EV charger operating center in the entire area of Jeju Island

2,930 cars

2015

29,000 cars

2017

55,000 cars

2018

135,000 cars

2020

377,000 cars

2030

Phase 1 : ‘15~’17

Phase 2 : ‘18~’20

Phase 3 : ‘21~’30

Creation of EV Industrial Ecosystem

Construction of EV Global Platform

Construction of selfsustainable EV Industrial Ecosystem

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Status of EV distribution and establishment of EV charger (Unit : car / charger)

EV Section

Total

2015.12

High speed

2015.12

Slow speed

2015.12

2015.12

(prediction)

2014.12

3,044

6,700

3,201

5,979

237

382

2,964

5,597

852

2,930

1,016

2,641

79

159

937

2,482

(28% of nation)

(44% of nation)

(32% of nation)

(44% of nation)

(33% of nation)

(42% of nation)

(32% of nation)

(44% of nation)

Public

160

184

222

246

49

49

172

197

Test-bed

24

24

87

87

23

23

64

64

Private

668

2,722

638

2,129

-

-

638

2,129

62

92

Whole Country Total J e J u

2014.12

EV Charger

(prediction )

2014.12

(prediction )

2014.12

Private 69 179 9 87 Operator Offer 2,081 Electric Vehicles in 2015 - Dissemination policy of Ministry of Environment: 1,515 cars - Battery lease business: 566 cars

8/15

(prediction )

EV Dissemination policy EV Special Economic Zone Introduce “Buy  EV market  2nd hand market  Value spreading” policy by considering the whole EV lifecycle  Network with related department of Environmental and department of trade and industry for EV dissemination  Build up EV purchasing assistance system and charging infrastructure over the island Complement regulations to enable successful business model with EV in bus, taxi, rental car, car sharing industries  Drive EVculture battery lease project and support commercial charging service Lead EV business Operate Jeju EV call center and provide free apps for charging spots Promote EV echo rally to world No.1 rally Designate May 6 as Electric Vehicle day Promote the International EV expo in global level (3rd conference in March 2016)

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EV(Electric Vehicle) Dissemination Effect Environmental Aspect  Manage future threat of global warming by reducing greenhouse gas and air pollution - Reduce CO2 2.4 ton/year/EV which equals to the effect of 17 fine trees  Reduce 14.96kg/car air pollution - carbon monoxide, hydrocarbon, nitrogenous compound etc

Economical Aspect  Reducing pollutions: $200/car(1 year)  Cap and trade margin: $20/car(1 year) * Assume 1 ton = $10  Reduce energy import: $430/car(1 year) * The energy imported cost for gasoline is $530/car vs $100/EV  Save fuel cost: $22,000/car(1 year), assume 20,000km mileage/year

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Ⅲ-3. Construct Smart Grid City in entire Jeju Island Promoting smart grid test-bed to the global leading city of green technology by extension to whole Jeju island  Test-bed (2013) → Spread business (2016~) → Smart grid city (2020) Smart Building Distributed Power Management

Smart Home

Demand Response

Energe Storage System

EV Charge

Thermal Power Plant Building EMS

Smart Meter

Fuel Cell Power Plant

EV Service LNG Power Plant

Home EMS

Industrial Complex Micro Grid

IHD Smart Meter

Thermostat Household Appliances

Smart Socket

Factory EMS

Smart Power Grid Grid Connected Renewable Energy

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Jeju Smart Grid Test-Bed

Step 1

(Dev.2009 ~ May.2011) Infrastructure establishment

Step 2

(Jun.2011 ~ May.2013) Integrate operation

Establishing world largest ·cutting edge Smart Grid Test –bed Promoting new business model  Area : 186 ㎢ (1/10 of Jeju Island)

Gujwa eup

 Population : 15,000, Household : 6,250 unit Jeju city

Seogwipo city

12/15

Smart Grid Promotion policy Smart grid spread business (62.6 mil. USD, 2016~) - building 2 smart grid center cities - installation of smart homes, EV chargers and connection with RE establishment of global smart grid integrated certification center

- establishment of integrated certification center which expand smart grid interoperability test center establishment of professional smart grid manpower training center

- promoting Jeju university to the specialized energy efficiency and smart grid university support on convergence R&D between RE, EV and Smart grid

- improvement of R&D in the companies of Jeju

13/15

Ⅲ-4. Gapa Carbon Free Island Gapa-do first Carbon Free Island with 100% of New Renewable Energy by Smart Grid, a Symbol of Low Carbon and Green Growth

Facility Wind Turbine

 Area: 0.85 ㎢ (4th largest among Jeju annexed islands)  Population: 245 (126 households)  Reduction of carbon dioxide emissions(776 ton/year), power generator fuel(300 thousand ℓ/year)

Items 250kW×2

ESS / PCS

1,850kWh / 1,350kW

Photovoltai c

3kW per household

Household facility

Smart meter(AMR)

Electric Vehicle : EV 14/15 4 in service Electric motorbike

â…Ł. Expected Effects Reducing Greenhouse gases in entire Jeju Island Reduction of over 90%(in power sector) of estimated emissions of 2030(based on BAU) - Renewable energy 2,234 thousand ton, EV 482 thousand ton and Smart Grid 96 thousand ton

Planting effects of 20 million pine trees.

Playing a leading role in low carbon green growth Realization of nation’s vision of Low Carbon, and Green Growth Promotion and contribution to highly efficient green car industry Creation of base to export the Smart Grid and offshore Wind Power technology

Creating ripple effect on local industries Induced production of 11.2 billion dollars and value-added inducement of 4.9 billion dollars Increase of income and over 50,000 high quality job creation by promoting green industry Increase of tourists home and abroad offering a place to experience green growth

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Thank you