ZBB Energy Corporation - Clean Air Through Energy Efficiency

Transcription

ZBB Energy Corporation - Clean Air Through Energy Efficiency
CATEE Presentation
December 2008
Example Presentation April 2008
ZBB ENERGY CORPORATION
ZBB Snapshot
To become the leader in large capacity energy storage solutions
Our energy storage solutions address issues related to grid stability and renewable energy intermittency.
o Distributed storage of electrical energy during off peak periods. ƒ Re‐supply on high demand providing grid reliability and economic benefits.
o Smoothing / shifting intermittent renewable energy generation.
ƒ Controlled generation, grid stability and optimal use
o Enabling energy independence and RAPS
o Green back up power and power quality.
ZBB ‘s technology fits hand‐in‐hand with alternative energy growth and deployment.
ZBB ENERGY CORPORATION
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Flow Battery Technology
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Flow Battery Assembly ‐ Electrolyte
Tank Assembly
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Flow Battery Assembly – Electrolyte Transport
Tank & Pump Assembly
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Flow Battery Assembly – Cell Stacks
Stack Assembly
Fully Assembled Module
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Flow Battery Module
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The Products – ZESS 50 & ZESS 500
ZESS 50
ZESS 500
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The Early Years
1978
1982
1986
1986
1994
1994
1998
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ZBB Timeline of Development
Over 20 patents held and patent applications filed
After start up period, acquired Johnson Controls zinc bromine technology.
1994
Completed all additional R&D and beta testing.
More than $60 million invested to date.
Contract with FutureHouse USA to provide ZESS 50
Distribution Agreement with New Age Energy, Inc &
ZEST Energy Pty, Ltd
1998
Formed ZBB Energy and moved Headquarters to U.S.
2004
2007
Raised $20 million via IPO in June 2007.
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Hosts Energy Forum with Governor Richardson & Governor Doyle to discuss alternative energy solutions
2008
Provides Energy Storage for Solar Power Project with Envision Solar Co‐Share State of Wisconsin Clean Energy Fund Grant with Eaton Corporation
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Total $ Investment – R&D to Commercialization
$80M
$75M
$70M
$65M
$60M
$55M
$50M
$45M
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$40M
EX/JCI
$35M
Total
$30M
$25M
$20M
$15M
$10M
$5M
$M
1980
1985
1990
1995
2000
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2005
2010
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Support Agencies in the Funding Process
™ US Dept of Energy – Energy Storage Program
– Office of Industrial Technologies
™ Sandia National Laboratories
™ California Energy Commission
™ Wisconsin Energy Independence Fund
™ Australian Government – Advanced Energy Storage Technologies Program
™ Australian Government – START Program
ƒUnited Energy Ltd
ƒDetroit Edison
ƒPG&E
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Focus and Market Applications
Electric Utilities
ƒ Implement peak shaving
ƒ Manage cost efficiency
ƒ Reduce grid vulnerability
ƒ Reduce capital infrastructure costs
Source: BCC Research
Renewable Energy
Industrial
ƒ Store and re‐supply generated power during high‐demand periods
ƒ Implement smart metering to use grid‐power when cost efficient to do so
ƒ Smooth power delivery from the generator to the grid
ƒ Reduce CO2 emission
Source: Electricity Storage Association
Source: Electricity Storage Association
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Five Dimensions of the “Old” Electricity Chain
Fuel/energy
source
Electricity
Generation
Transmission
Distribution
Delivery
Traditional way: Regulated utility bundled functions:
One price does all.
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Six Dimensions of the “New” Electricity Value Chain Large‐scale Energy Storage
Fuels/
Energy
Sources
Generation
•Unbundled services
•Unbundled prices
•New service strategies
Transmission
Distribution
Customer
Energy
Services
Distributed Power/Energy
Storage devices
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Utility Interest in Energy Storage
™ Managing Increased Wind Penetration
™ Managing Grid Peaks and Mitigating Outages
™ Ancillary Services
™ Increasing the Value of Distributed PV
™ Smart Grid Applications
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Utility Peak Shaving – Load Management
350
300
250
KVA
200
150
100
350
50
300
0
Wed
15Feb
Thur
16Feb
Fri
17Feb
Sat
18Feb
Sun
19Feb
Mon
20Feb
Discharging
250
200
KVA
Tue
14Feb
150
100
50
Charging
0
Tue
14Feb
Wed
15Feb
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Thur
16Feb
Fri
17Feb
Sat
18Feb
Sun
19Feb
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Mon
20Feb
ZESS Field Test Results No Voltage Compensation
520
Voltage (Volts)
510
500
490
480
470
460
450
440
430
420
0
600
1200
1800
2400
3000
3600
Time (seconds)
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ZESS Field Test Results – Voltage Compensation from Storage 520
Voltage (Volts)
510
500
490
480
470
460
450
440
430
420
0
600
1200
1800
2400
3000
3600
Time (seconds)
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ZESS Flowing Zinc Bromine Battery – Field Test Results
520
510
Voltage (Volts)
500
490
480
470
460
450
No Compensation
440
kW-kVAR Compensation
430
420
0
600
1200
1800
2400
3000
3600
Time (seconds)
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Matching Time of Generation to Time of Demand – With Storage Daily Electric Load In California
0
6
12
Time (Hr)
18
24
Value Propositions for Distributed Storage End‐User / Utility Customer Benefits
•Time‐Of‐Use Energy Cost Management
•Charge low (off peak), discharge high (on peak)
•Demand Charge Management
•Or capacity firming if bundled with distributed generation technology such as PV, wind
•Onsite power quality and reliability
Grid System Benefits
•Energy Time Shift – balance central station renewables
•Congestion relief
•T&D deferral
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Outstanding Issues for Distributed Storage
•Economics of Storage
• Price of technology
• Rates, Tariffs
• Integration
• Electrical interconnection
• Operational integration
• Regulatory challenges
• Storage: neither fish nor fowl
• Renewable/GHG attributes of storage?
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Challenges of Integrating Renewables
Generation must match load
• Intermittent supply of renewables result in oversupply of energy and shortage of capacity
Solution:
• Storage
• Utility ownership / utility procurement
• Capacity markets, Ancillary Services, T&D deferral,…
• Customer Ownership
• Leverage additional value streams through customer
ownership of distributed energy resources (DER)
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Thank You
Example Presentation April 2008