GE Energy Storage - cii-resource.comcii-resource.com/cet/BAT2-03-30/Presentations/LSB/Heinzmann_Joseph.pdfGE Energy Storage LM6000 Hybrid EGTTM ... GE’s Mark VIe Control System has

GE Energy Storage

LM6000 Hybrid EGTTM

GE Hybrid Solutions for today’s grid

Joe HeinzmannGE Energy StorageHybrid Initiative Product LeaderNext Gen San Francisco

2GE Title or job number

2/16/2017


2/16/2017

The Grid is a busy place3


2/16/2017

Curtailed Renewables

Peak Load

Maximize Baseload

Spinning Reserve

Fast Ramping

Frequency Regulation

Baseload0

-10

10

20

30

40

Reduce Emissions

Summer day under 50% renewable conditions

ES provides instantaneous local capacity, & cont inuous ancillary services with no fuel consumption or emissions.

Energy Storage is a flexible asset that provides unprecedented flexibility in grid

optimization.Baseload causes excess solar to be curtailed

Short duration peaks after sunset

Respond to sunset dynamics

Real-time frequency control

Dynamic response to events (clouds)

Enables high capacity factor baseload

From peak capacity and ancillary services12:00 18:0006:0000:00 24:00

Sys

tem

Dem

and

(MW

)

© 2016 General Electric Company - All rights reserved


2/16/2017

Curtailed Renewables

Peak Load

Maximize Baseload

Spinning Reserve

Fast Ramping

Frequency Regulation

Reduce Emissions

ES provides instantaneous local capacity, & cont inuous ancillary services with no local fuel consumption or emissions.

Additional clean energy into system

Reduction in conventional “peakers”

Enables dynamic capacity

Provides 100% of FR with no emissions or constraints

Provides 100% of SR with no emissions or constraints

Enables high capacity factor of baseload generation

From peak capacity and ancillary services

January February March April May June July August September October NovemberDecember


Addresses target pain points- with minimal siting issues

Grid-connected storage provides value throughout the elect ricity value chain

6

• Emissions/costs• Variable peaks• Low asset utilization

• Flexible generation• Improve power quality• Bolster reserve margin

• Power quality issues• System reliability• Capacity constraints

• Renewable integration• Peak management• Asset upgrade deferral

• Demand charge/High Peak• High retail rates• Power outage

• Peak shifting• Ancillary services• Self-use

Pain Points:

Benefits:

Dist ribut ion Load SitedGeneration


Rapidly declining Battery and System costs

100

1,000

10,000

100,000

1,000,000

'96 '97 '98 '99 '00 '01 '02 '03 '04 '05 '06 '07 '08 '09 '10 '11 '12 '13 '14 '15 '16 '17 '18 '19 '20 '21 '22 '23 '24 '25

$700/kWh

$250/MWh

$150/MWh

$50/MWh

$6/watt

$1/watt

$3/watt

$65/MWh

$450/kWh

$350/kWh

Ann

ual M

W in

stal

led

(log

scal

e)

Wind

Solar PVEnergy Storage

$55/MWhCCGT + ST

LCOE

LCOECapEx

CapEx

$2,000/kWh

7

$300/kWh

From 2010 to 2020 marks a 40X improvement in overall ES viability

Sources: EIA, IEA, NREL, GWEC, EPIA, BNEF, Lux, Navigant, HIS CERA, GE AnSolar : PV panel cost


© 2016, General Electric Company. Proprietary information. All rights reserved.

8

Anatomy of a Energy Storage System

Dispatch communication and Controls

AC Front End

Interconnect

AC Collector

Inverters

Isolation Transformers

DC Enclosure

Batteries

Fire Suppression

Climate Control

8


9

Scalable Solutions

1 MVA / 6 MWh

1 MVA / 4 MWh

1 MVA / 2 MWh

0.5 MVA / 1 MWh


10

GE MW Class ES PlatformCustom solutions from standard, proven building blocks

Standard pre-fab enclosure + additional safety features

Battery EnclosureGE’s Mark VIe Control System has more than 16 million hours of combined operation

Controls

>3.5 million GE Prolectransformers installed

Transformer

>25,000 GE Renewables Inverters installed across Wind, Solar, and ES

InverterProven Li-Ion chemistryTier 1 Suppliers with full GE Supplier Qualification

DC Block



11

GE Energy Storage Grid Projects

GE Energy Storage Grid Projects

4 MW / 18 MWh Behind the Meterat large Indust rial

(5x) 50 kW / 100 kWh T&D Network Support

1 MW / 2 MWhWind Integrat ion

(3x) 200 kW / 400 kWhIntegrated Wind Turbine

(2x) 10 kW / 20 kWh Behind the Meter

1 MW / 2 MWh T&D Network

Support

1 MW / 2 MWh RenewableIntegrat ion

37 MVA / 20 MWh Grid Stability

Imperial Irrigation District

0.5 MW / 1 MWh Behind the Meter at indust rial plant

~ 80 MW / ~75 MWh of Grid projects Installed or in Process

7MW / 7MWh Grid StabilityOntario IESO

2MW / 8MWhSolar Integrat ion

Commissioned

Recent order or being built

3MW / 6 MWh PV/Storage Micro grid

MAECI Solar

200kW/1MWhT&D Network Support

Major Ut ilit y

1 MW / 2 MWh Behind the Meter


MOU or Negotiation

(2x) 10 MW / 5 MWh EGT

300 MW / 300 MWhFFR

Arenko

~ 370 MW / ~375 MWh of Grid projects total


GE Power

POWERING EVERYONE

Issues facing Generation Fleets• Integration of variable generation

• Flat load growth – But faster ramps and higher peaks

• Multiple starts per day

• Dispatch to min loads

• Increased need for spinning reserve

• Contingency Reserve/Inertia requirements

• Avoiding Stranded Assets

• Reducing emissions


13

GE Introduces the

LM6000 Hybrid EGT™

• Pmin of Zero

• 50 MWs Immediate Responsive Contingency

• Primary Frequency Response - NERC BAL-003

• 50MW Flexible Response without start time

• -8 to +5 MVAR Voltage support

• Black Start Capability

Greenhouse Gas Free Attributes

Reduced GHG/Lower Heat rate operation• 50 MWs Peaking Energy for Local

Contingency

• 25 MWs of High Speed Frequency Regulation

• Self Managed BESS SOC

ProvidesReduced Costs and Higher Asset Revenue

• Optimized System Dispatch

• Lower System Fuel Use

• Lower System GHG Emissions

• Increased LM6000 revenue

• Lower LM6000 Life Cycle Costs

Enables


1414

Reduced system energy costs


15

Hybrid EGT Benefits


16

Hybrid EGT Operation

16


17

GE LM6000 Hybrid EGT™LM6000 MarkVIe Integrated Control System

• OpFlex Control Upgrade - Mark VI/e & Woodward compatible

– 5 min Fast start - Seamless restart

– Fast Synchronization

– Improved NOx Controls at ultra low output

10MW GE Packaged Energy Storage System • GE BESS Mark Vie BESS smart Dispatch controls

• 10MW Battery with an Integrated Enclosure with HVAC & Fire Suppression System

• GE Brilliance Inverters with GE Prolec Transformers

• GE Collector Switchgear and Auxilliary Power MCC

Fully integrated & performance backed by GE10MW GE Packaged ES System

LM6k Gas Turbine Package


18

10MW GE Packaged Energy Storage System Proven building blocks

18

Standard pre-fab enclosure + additional safety featuresBattery Enclosure

GE’s Mark VIe Control System has more than 16 million hours of combined operation

Controls

>3.5 million GE Prolectransformers installed

Transformer

>25,000 GE Renewables Inverters installed across Wind, Solar, and ES

InverterProven Li-Ion chemistryTier 1 Suppliers with full GE Supplier Qualification

DC Block


70’


19

Detailed Layout

~40’

~140’


20

EGT Very High Level Single Line Drawing & Controls

GRID

GSU

52G 52B

GT BESS BESS Aux

Power

GT Aux

Power

GE Hybrid Supervisory Controls


2121


22

Typical Project Schedule


23

GE Hybrid LM6000 Comparison

Direct Project Value ExistingLM6000

10MW 4 hr BESS Only

LM6000 EGT Upgrade

Contingency reserve value no emissions 0 10MWs 50MWInstant On

RA Value 50 MWs 10MWs 50MWsMax Power 50 MWs 10MWs 50MWsMin Power >0 -10MWs -10MWsSpinning reserve value no emissions 0 10MWs 50MWsEnergy capacity Unlimited Very Limited UnlimitedHigh speed Frequency regulation 0 10 MWs 10-25MWsGrid Energy Neutrality

Black Start with no emissions ?

Utilize Existing Interconnect N/A

Utilize Existing Substation & GSU N/A

Utilize existing Communications and Backhaul N/A

Utilize existing Land N/A

Speed to Install N/A Slower FastCost 0 $$ $

Joe HeinzmannGE Energy StorageHybrid Initiative Commercialization [email protected]

mailto:[email protected]

GE Energy Storage - cii-resource.comcii-resource.com/cet/BAT2-03-30/Presentations/LSB/Heinzmann_Joseph.pdfGE Energy Storage LM6000 Hybrid EGTTM ... GE’s Mark VIe Control System has

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