battery energy storage for increasing renewable … energy storage for increasing renewable energy 2...
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2015
NGK INSULATORS, LTD.
Battery Energy Storage for Increasing Renewable Energy
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Consolidated SubsidiariesConsolidated Subsidiaries
3,426 (non-consolidated)13,159 (consolidated)
Representative DirectorsRepresentative Directors
T. OSHIMA (President)
Date of EstablishmentDate of Establishment May 5, 1919
Paid-in CapitalPaid-in Capital US 700 Million Dollar
Number of EmployeesNumber of EmployeesAs of March 31, 2013
Company NameCompany Name NGK INSULATORS, LTD.
54 companies
Annual Sales Annual Sales US 2,530 Million Dollar
US 210 Million DollarAnnual Operating ProfitAnnual Operating Profit
NGK Corporate profile
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CeramicProductsBusiness
ElectronicsBusiness
PowerBusiness
Main Products
Roller Hearth Kiln Microceramic actuators
Ceramic components for semiconductor manufacturing The ceramic heaters, E-Chuck etc.
Berylium copper
A ceramic catalyst carrier, is an essential component for exhaust gas purification
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Structure of NAS Battery
Enclosure
Battery CellFuse
Heater
Module Case
Main Pole
Battery ModuleNAS BatterySystem
Cathode Electrolyte Anode (Sodium) (β-Alumina) (Sulfur)
- +
Discharge
Sulfur
2Na + xS Na2Sx (Voltage: App. 2V)
ChargeNa ion
Discharge
Charge
Sodium
NAS Battery Principle・Type :Rechargeable battery・Operating Temperature: 300~340℃・Electrode :Sulfur(+) ,Sodium(-)・Electrolyte : Beta Alumina Ceramics
NAS Battery = Sodium(Na)+Sulfur(S) Battery
+
Sulfur (S)
Ceramictube
Sodium (Na) -
BatteryCell
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*“Electricity Energy Storage Technology Options: System Cost Benchmarking”, IPHE Workshop on Hydrogen;Seville, Spain; 15-16 November 2012; Dan Rastler, Electric Power Research Institute
EPRI Comparison* of Energy Storage Technologies
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Installation Records
■ Installation Records : Over 300MW/2160MWh■ Site Record : Over 170 Sites■ Maximum Installation Site : 34MW/245MWh
After Industrialization
(2002-)
Application Type , x10MW
R&D Stage(1984-2001)
Installation Record of NAS Battery
Peak cut(LoadLeveling)
EmergencyPower+Peak cut
Stand-byPower+Peak cut
Renewables
Accumulative by Year, x10MW
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NAS Battery Around the World
French TerritorySolar 1MW
French TerritorySolar 1MW
UAE48MW(+60MW)UAE48MW(+60MW)
GermanyWind 0.8MW
GermanyWind 0.8MW
USA MNWind 1MW
USA MNWind 1MW
GermanySolar 1MW
GermanySolar 1MW
Load Leveling
Renewables (Wind,Solar)
Ancillary & Renewables
Micro Grid
ItalyWind (35MW~)ItalyWind (35MW~)
Japan
270MW
Japan
270MW
( ) to be constructed.
USA CA7MW
USA CA7MW
USA WV, IN, OH7MW
USA WV, IN, OH7MW
USA TX4MW
USA TX4MW
Canada BC1MW
Canada BC1MW
USA NM1MW
USA NM1MW
Total 450 MW/3,000 MWhDomestic 280 MW, Overseas 170MW (as of June. 2014)
Total 450 MW/3,000 MWhDomestic 280 MW, Overseas 170MW (as of June. 2014)
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Comparison of Battery Technologies
0.001
0.01
0.1
1
10
100
0 2 4 6 8
Li- ion(for mobile , PC)(for EV)
NAS
Discharge : 6 hours
System Size: ~100MW
1 x 10-2
0.1
1
10
0 2 4 6 8Discharge time [hr]
1x 10-3
Lead acid
Li-ion(Stationary)
Ni-H
Systemsize
[MW]
NAS can discharge for Long Hours (6 hours). - LARGE CAPACITYNAS can configure Large Scale system (several 10 MW ) - HIGH POWERNAS expects 4500 cycles ( 15 year- 300 cycles per year )
Redox Flow
Energy IntensivePower Intensive
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Power supply (Daily load curve )
Reduce maximum demand
Charge to battery
Discharge from battery
■For Customer : Electricity fee saving(Factory/Office) - Reduce maximum demand
- Reduce peak time use by charged power at night ■For Power supplier : Investment deferral by load leveling
Maximum Demand
【Example】 1,000kW/7,200kWh NAS system for Sewerage treatment equipment in Tokyo
■Field Example- In Japan(Maximum size at one site) : 140MW / 1,000MW (12MW / 86MWh)- In USA and Canada(AEP,NYPA,BC Hydro) : 20MW / 144MWh- EDF Reunion Inland : 1MW / 7MWh
Peak Cut (LL: Load Leveling)
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More than 20MW of NAS Battery Systems were installed in North America .
NAS Battery Installations in North America
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+
+
Smoothing andTime shifting by NAS
Flat Operation
: Charge
: Discharge
: Charge
: Discharge
Time shift
Shifting a firm capacity to higher demand period
Renewable Energy Applications
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Rokkashomura Futamata Wind Farm in JapanWind turbine : 51MWNAS battery : 34MW
2MW battery unit x 17 sets
34 MW NAS Battery System
- 34 units of1.5 MW wind turbines
JAPAN WIND DEVELOPMENT CO., LTD.(JWD) started the first commercial“Wind and NAS Battery Hybrid System” operation since August 1st, 2008.
82 m
33.5 m
NAS Battery PCS Building Control Building
Wind Turbine Application in Japan
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1.5MW NAS Battery at a 5 MW Solar PV ProjectFinanced by NEDO (New Energy and Industrial Technology Development Organization)
Project Size:
Solar Panel: 5MW
NAS Battery: 1.5MW
Solar PV hybrid project : Wakkanai Hokkaidou
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PV :4MW (Area : 45,000m2)Wind :4.2MW (0.9MW x 4units + 0.6MW x1 unit)Battery :NAS battery 4MW (0.5MW x 8 units)
Li-Ion battery 0.2MWh (8kWh x 25 units)Existing :DG 61.5MW + Gas-turbine 15 MWOperating from Oct., 2010.
NAS4MWWind 0.9MW
PCS for NAS4MW
Purpose:•To demonstrate and test grid stabilization devices such as the NAS battery when PV & Wind generators are connected to the grid.
PV3MW
Wind 2.4MW(0.9MWx2+0.6MW)
DG 40MWGas-t 15MW Miyakojima Isl.
DG 21.5MW
Wind 1.8MW(0.9MWx2)
NAS 4MW
PV 4MW
Wind 0.9MW
PV: 1MW +LIB:0.2MWh
Miyakojima Island
NAS: 4 MW
22 kV
Miyakojima Island / Smart Grid- PV & Wind Firms with NAS Battery-
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Rome
Milan
70 MW( 420MWh) NAS Project for TERNA Italy
35MW ( 210MWh) are under installation in Southern Italy12MW x 2 and 11 MW will be operatedby the middle of summer , 2015