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Energy Storage

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Submitted By elwoodblues
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The Commercial World of Energy Storage: A Review of Operating Facilities (under construction or planned)
Septimus van der Linden Principal Brulin Associates
1st Annual Conference of the Energy Storage Council March 3, 2003 Houston, TX

AGENDA
• INTRODUCTION • TECHNOLOGIES • PROJECTS • FUTURE DEVELOPMENTS • CONCLUSIONS

Motivation for Electrical Energy Storage
Price of Electricity

Power Generation

Energy Storage

Time

- Make Use of Volatile Electricity Prices -

INTRODUCTION
• Electricity! 3rd Largest Business in the USA $300 billion/per annum. • Demand for Electricity is seldom constant over time. • Excess generation during low demand periods - can be stored. • Stored Energy can provide Electricity during high demand. • Help reduce power system loads. • Improve Efficiency and Reliability. • Make better use of efficient Baseload generation. • Allow use of Renewable Energy technologies.

TECHNOLOGIES
• • • • Batteries Compressed Air Energy Storage (CAES) Flywheels Pumped Hydro Storage

Two Main Categories: • Bulk Energy Storage
– CAES-PHS

• Distributed Energy Storage – Batteries-Flywheels-Other (capacitors)

PROJECTS

• OPERATING • UNDER CONSTRUCTION • PLANNED

PROJECTS OPERATING
• Bulk Energy Storage • PHS (Pumped Hydro) - First introduced circa 1904 in Swiss Alps.
– 100,000 MW Europe, Asia & Latin America. – 21,000 MW Japan. – 18,900 MW in USA. (Installed 1970-1990)

• CAES (Compressed Air Energy Storage)
– Two Highly Successful Plants in Operation

• E.ON (Germany) 290 MW Huntorf Facility • Alabama Electric Cooperative (USA) 110MW McIntosh Facility

PUMPED HYDRO STORAGE (PHS)

Ogelthorpe Power - Rocky Mountain
– 848 MW from 3 units – Project Stopped in 1984 – Project purchased in Mid-80’s – Project completed 1995 – 1000 Acre/Ft. Reservoir

OPERATING MODE
• Daily Cycling
– 7.5 Hours of Generation – 8.25 Hours of Pumping 6360 MW/Hrs 7466 MW/Hrs

• Operating Mode
– Summer - -Night time pumping-Daily Cycling – Winter-Mid-afternoon&night time pumping-Daily/Night Cycling – Units can deliver full Capacity ➣ Less than 15 minutes
➣ Spinning Reserve ➣ Load Management ➣ Switch to Pumping for Load absorption (Load Swings)

POWER PORTFOLIO
• COAL • NUCLEAR • PURCHASED • PHS • Natural Gas/Oil 34% 27% 17% 14% 8%
* ENERGY STORAGE

•* Excellent Ratio of Energy Storage

CAES - Compressed Air Energy Storage
Huntorf Facility

• • • • • • • •

First Commercial CAES Plant in the World - 1978 Single Train Turbine Expander/Compression - ALSTOM (BBC) Two small Storage Caverns - Salt Strata - 10.6 million Cub/Ft Fast Response 2.5 minutes to idle - 90 MW/Min to Full Load Auto-Start for Grid Frequency Protection Phase Shift Operation/Excessive Reactive Power Black Start following Blackout - establish isolated grid Nuclear Power Plant Support

CAES - Compressed Air Energy Storage
Huntorf Facility
Power generation

1 2 3 4

compressors motor / generator gas turbine caverns

Huntdorf Schematic
500

Power Train compressor turbine

400 starts per year

300

200

100

1978

1980

1982

1984

1986

1988

1990

1992

1994

1996

1998

System Load

Operating Starts

2000

0

CAES - Compressed Air Energy Storage
Alabama Electric Cooperative - 110 MW Facility

• First Commercial CAES Plant in USA – Operating since 1991 – Single Train Turbine Expander/Compression Dresser Rand – Single Storage Cavern-Salt Dome-19.8 Million cub/ft. – Capable of 2600 MW/Hrs. without recharging – Winter Heating/Summer Cooling periods – Daily Cycling - one or two periods up to 10 hrs/day – Start to full load - 15 minutes or less

CAES - Compressed Air Energy Storage
Alabama Electric Cooperative - 110 MW Facility
Schematic
Ambient Air FUEL FUEL

1250 PSIG

135 MW

AIR TURBINE 100 MW COMPRESSOR RECUPERATOR

GAS TURBINE

GENERATOR

EXHAUST

CAVER N

SALT FORMATION

CAES - Compressed Air Energy Storage
Alabama Electric Cooperative - 110 MW Facility
Start-Up and Load

Cycle Comparison - Huntorf & McIntosh
• Non Recuperated • Recuperated
Cavern

-

Reheat Cycle Reheat Cycle
Stack

HPT

LPT

G

T q LP Comb

q HP Comb

s

- 290 MW Peak Power at 50 Hz -

Cycle Comparison - Huntorf & McIntosh
• Non Recuperated • Recuperated Reheat Cycle Reheat Cycle

Cavern T q LP Comb q HP Comb q Rec |q Rec | HPT LPT Stack

s

G

- Recuperator improves Power Generation Performance -

Cycle Comparison
• Enhanced Recuperation Cycle • ALSTOM

Cavern Stack T q LP Comb q Rec q Duct burner |q Rec | s HPT LPT G

Recuperated/Single Combustion

PROJECTS - OPERATIONAL
• Distributed energy Storage – Batteries & Flywheels – Many Small Systems in Operation – Primarily as uninterrupted power supply (UPS) – Some recent developments to watch – More Details to Follow

BATTERIES
Under Construction/Demonstration
• Several Battery Energy Storage Systems - various stages of demo/construction • Zinc Bromide 400kWh Battery
– Advanced BESS - Host Detroit Edison (Sandia-SatcomZBB) • VRB (Redox) 250 kW/520 kW/hr Battery (installed in 2000) – VESS-Stellenbosch University, RSA. ESKOM Partner • Pacificorp - 250kW/2000kW/hr (8 hr) Mobile Unit (July 2002) • Ni Cad-40 MW BESS - Largest Battery for Alaska. (GVEA)

Golden Valley Electrical Association (GVEA)
• 40 MW output BESS - most powerful Battery Energy Storage • PURPOSE - Improve RELIABILITY to GVEA members • BENEFITS VAR Support
Spinning Reserve Power System Stablizer Auto Scheduling - System Support Frequency & Voltage Regulation Auto Generation Control

BIG BATTERY!
• Occupies a soccer field size Building • 13,760 liquid electrolyte filled NiCad cells • Battery Cell life (anticipated) 20-30 years • Suitable for repeated deep discharges • Total BESS weight 1,500 tons • Suppliers: – NiCad Cells (batteries) SAFT - France – Water-cooled Thyristors 46 MVA Rating ABB Switzerland

STATUS - GVEA
Bidwell Ave Site - Fairbanks
• Installation in Progress to be completed April 2003 • Converter Transformers expected at the site April 2003 • On track for 7/11/03 Commissioning/18 month Test period • 4 String Completion Nov. 03 - one month ahead of schedule • Completion Wilson Sub-station 138 kV Intertie • Control Panel Interface/SCADA and BESS communications

FLYWHEELS
• Complimentary Characteristics - some differences – Flywheels - - Better for short duration-high powerhigh cyclic applications – Batteries - Better for long duration - low cyclic applications

• Many different systems in operation and Development • Particular Interest - Beacon Power Corporation

FLYWHEELS
Beacon Energy

Flywheel Energy Storage Systems

Field-proven Solutions for Power Quality, System Performance and Transmission Network Security

FLYWHEELS
Beacon Energy System Features
• Fast recharge • High cyclic life • Secure operation • No downtime maintenance • Remote monitoring capability • Space-efficient; easy deployment • Performance under extreme conditions

FLYWHEELS
Beacon Energy Single-unit Installations
•Telecommunications and CATV •Over 250,000 hours without failure •Proven performance under extremes •Safe, compact, responsive, reliable •Highest stored energy flywheels in operation today

FLYWHEELS
Beacon Energy Multi-unit Installations (Urenco)
•Trackside energy recovery (NYC) •Innovative solution to energy loss •Megawatt-level capacity •Peak shaving, voltage regulation •Can save 10-15% of energy costs •NYC Subway potential = $10-20 million

FLYWHEELS
Beacon Energy Combining High Energy and Power
• Multiple modular approaches possible • Utility-grade DG and T&D applications • Spinning reserve, load following • Frequency and voltage regulation • Bridge to generator start > 3 minutes • Sustainable replacements for battery farms • Optimum balance of power, stored energy, cyclic life, response time, and design life

FLYWHEELS
Beacon Energy
10 x 25 kWh flywheel systems are assembled and tested in the factory Transported to site; set up in one day

Provides 1 MW for 15 minutes

Smart Energy Matrix

FLYWHEELS
Beacon Energy Flywheel Value Proposition
Value
Performance
• 20-year design life • Zero maintenance • No end-of-life disposal costs • High cyclic life; discharge resiliency • Remote monitoring and control • Extreme environments Dependable, instant response • Stored energy level always known • Increased certainty of operation


Reliability
Sustainable Technology

PROJECTS - Under Construction
• Several Projects in Construction • Particular Interest - Flowing Electrolyte or Regenerative Fuel Cells • Existing Designs - Different Electrolytes
– – – – ZnBr Zinc Bromide VBr Vanadium Bromide NaBr Sodium Bromide Polysulphide Br (Regenesys) kw/Hr Ratings kw/Hr Ratings kw/Hr Ratings MW/Hr Ratings

PROJECTS - Under Construction
• Two Regenesys Projects USA/UK - - TVA and RWE AG • First Commercial Demonstration • 12 & 15 MW Systems • 100/120 MW/Hr Capacity • Fast Start 2-10 Minutes

PROJECTS - Under Construction
Little Barford

• Same Site as 680 MW Combined Cycle Plant • Black Start provision at Little Barford Power Plant • Frequency & Voltage Support of Grid

PROJECTS - Under Construction
Columbus TVA

• Reinforce Transmission Grid • 120 MW/Hr Capacity • Electrolyte Storage 2 x 70, 620 Cub/Ft Tanks • High Power Quality to US Air Force Base • On-line 0.02 sec response

REGENSYS TECHNOLOGY

PROJECTS - Under Construction
STATUS OF PROJECTS
• Little Barford (RWE AG)-100 MW/HR - - UK Facility – Partial Commissioning - - - Mid 2003 – Full Commissioning - - - End 2003 • Columbus TVA 120 MW/Hr - USA Facility – Plant Construction completed – Follow Little Barford - Partial Commissioning – Full Commissioning (expected) First Half 2004

PROJECTS PLANNED
BULK ENERGY STORAGE
• There are several projects in development • Distributed to Bulk Energy Storage • Two Bulk Energy Projects from 540 MW to 2700 MW Potential • Project Markham Texas-Project Norton EnergyOhio • Permitting is completed/Air Permit/Interconnect Studies

PROJECT MARKHAM
Matagorda County Texas - Ridge Energy Services

• Four x 135 MW • Dresser Rand Units
– Wide Load Range - Min 10 MW to full Capacity 540 MW

– Capacity available in less than 15 minutes – Salt Dome Caverns – Gas Storage on site

PROJECT NORTON ENERGY SERVICES
Norton Ohio - Haddington Ventures Project

Nominal 300 MW ALSTOM Units
Large Limestone Mine Cavern Suitable 1500 psia Charging Capacity Planned for weekly 5 x 16 hour operations Stored Energy when fully developed - 43200 MW/Hrs Daily

- Flexible Operation in Multi Unit Plants-

PROJECT NORTON ENERGY SERVICES
Norton Ohio - Haddington Ventures Project

Norton Site

ALSTOM Unit

LP

HP Man Turbo CAES Compressors

FUTURE DEVELOPMENTS
• HYBRID • RENEWABLES • ADIABATIC • DISTRIBUTED

FUTURE DEVELOPMENTS
Hybrid Systems
• Several Concepts Using Standard GT Units and Separate Air Expanders with Exhaust Recuperated heating • Integration with Clean Coal plants - Gasification • Air Humidification - Reduce compressed air consumption

FUTURE DEVELOPMENTS
Renewables
• Energy Storage concepts can be applied to Solar, Wind and Bio-Mass • Technologies - Batteries - Flywheels - CAES • Distributed and Bulk Energy Storage
Power Generation/ Power Demand Energy Storage Demand

Renewable Power Generation

Discharge Storage Systems Time

FUTURE DEVELOPMENTS
SS CAES with Wind Turbines 60 MW/HRS

FUTURE DEVELOPMENTS
SS CASH Humidification Reduces Air Storage

FUTURE DEVELOPMENTS
ADIABATIC Compression & Expansion
Studies are being conducted to consider the development of the Turbo Machinery
– This concept uses no premium fuel at all – This concept needs Thermal Energy Storage (TES) – TES stores the heat from compression going into storage cavern

– TES releases heat when air is drawn from the cavern for Power Production

CONCLUSIONS
Policy Makers need to recognize the value of Energy Storage - similar to that of the Natural Gas Storage that benefited the Industry and their consumers. The current storage concepts are ready for deployment - storage needs to be implemented. Steady implementation 5/10 years ago would have avoided the excesses and looming bankruptcies of Power facilities - simply there would have been no need to build that many - baseload plants could have been more fully utilized. Energy storage provides - Security - Reduces Transmission Constraints extends (optimizes) the capabilities of efficient clean coal plants - reduces emissions - Enhances Renewables - Provides load management - (fast response) Frequency and Voltage Control-Spinning Reserve-Black Start Supports Distributed Generation

CONCLUSIONS
How to proceed - Some Policy implementations
• • • • • Recognition of Storage as the Sixth dimension Minimum Storage capacity of 10% should be a goal (Federal) R&D Efforts for small scale storage - continued/expanded Advanced Technologies for Bulk Energy Storage/to be added Return to basic efforts of Energy Storage of 20 years ago
Natural Gas Storage in Place

• Use as starting platform engage the Industry

Acknowledgements & Thanks
Members of ESC Time DeFries of GVA Mark Kuntz - Regenesys Jim Messersmith - Ogelthorpe Power Tom Callahan - Ameren Lee Davis - Alabama ESPC Inc.

ENERGY - Capture & Utilize STORAGE is the solution!

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