| Description |
1 online resource |
| Series |
Energy science, engineering and technology |
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Electrical engineering developments |
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Energy science, engineering and technology series.
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Electrical engineering developments series.
|
| Contents |
MODULAR ELECTRICITY STORAGE: BENEFITS AND COSTS ; MODULAR ELECTRICITY STORAGE: BENEFITS AND COSTS ; Contents; Preface; Electric Utility Transmission and Distribution Upgrade Deferral Benefits from Modular Electricity Storage*; Notice; Abstract; Acknowledgment; Acronyms and Abbreviations; Executive Summary; 1. Introduction; Modular Electricity Storage for T & D Deferral, an Example; Utility Revenue Requirement for T & D Equipment; Capital Plant Carrying Charges; Expenses; Annual Revenue Requirement; T & D Avoided Cost; Single-Year Deferral Benefit; Multi-Year Deferral Benefit; MES Transportability |
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T & D Upgrade Marginal Cost2. T & D Deferral Financial Benefit; Introduction; Annual Deferral Benefit for MES; Multi-Year Deferral Benefit for MES; Diminishing Benefit for Multi-Year Deferrals; MES Redeployment; T & D Equipment Residual Value; T & D Annual Cost Among U.S. Electric Utilities; FERC Form 1 Data: Oak Ridge National Laboratories Report; Rate Assistance Program Report; Utility T & D Deferral Cost Variability; The Range of T & D Deferral Benefits; EPRI/PG & E Distributed Utility Penetration Study (DUPS); 3. Deployment Situations for T Deferral Applications Introduction |
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Decision Criteria SummaryHigh T & D Upgrade Cost; High Peak-to-Average Demand Ratio; Modest Projected Overload; Slow Load Growth; Uncertainty About Block Load Additions; Uncertainty About T & D Construction Delays; Distribution Budget Optimization; Benefits Aggregation for Attractive Value Propositions; 4. Storage Characteristics for T Deferral Introduction; Required Characteristics; Reliability; Power Quality; Wave Form; High Power Factor; Frequency Stability; Harmonics; Ramp Rate; Charge Rate; Other Notable Characteristics; Roundtrip Efficiency; Operation and Maintenance Needs and Cost |
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Emergency or Short Duration Power CapabilityLifetime Charge-Discharge Cycles; Standby Losses; Energy and Power Density; Plant Footprint and Volume; Modularity; Transportability; Easily Deployable ("Plug and Play"); 5. Storage Sizing for T & D Deferral; Storage Power Output Requirements; Storage Discharge Duration Requirements; Diesel Generation for Storage Backup; 6. Generalizing the Range of the T Deferral Benefit; 7. Complementary Uses and Benefits; Introduction to Complementary Uses; Complementary Uses: General Considerations; Peak Demand Frequency; Power Rating; Stored Energy Limitation |
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MES Reliability"Perfect" MES Capacity; Incremental Benefit/Cost Considerations; Myriad Institutional Challenges; Reactive Power Capability; Complementary Uses; Electric Energy Time-shift; Electric Supply Capacity; Electric Supply Reserve Capacity; Reduce Transmission Congestion; Transmission Support and Stability; Power Factor Correction; Voltage Support; On-Site Power Quality; Electricity Service Reliability; Retail Time-of-Use Energy Cost Reduction; Renewables Generation Firming; Renewable Energy Time-Shift; Demand Management; Seasonal Deployment for Locational Benefits |
| Bibliography |
Includes bibliographical references (pages 108) and index |
| Notes |
English |
|
Description based on print version record and CIP data provided by publisher |
| Subject |
Energy storage.
|
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Modularity (Engineering)
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TECHNOLOGY & ENGINEERING -- Power Resources -- Electrical.
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Energy storage
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Modularity (Engineering)
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| Form |
Electronic book
|
| Author |
Mendell, Brent N
|
|
Brunwick, Lisa P
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| LC no. |
2020677966 |
| ISBN |
9781614704591 |
|
1614704597 |
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161470533X |
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9781614705338 |
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