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Stationary applications: II. Load levelling
Junji Kondoh
Department of Electrical Engineering
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Chapter in Book/Report/Conference proceeding
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Chapter
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peer-review
3
Citations (Scopus)
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Keyphrases
Lead-acid Battery
100%
Load Level
100%
Stationary Application
100%
Transmission System
66%
Distribution System
66%
Battery System
66%
Sulfuric Acid
66%
Power Plant
66%
Electric Power
66%
Popular
33%
Energy Storage System
33%
Half-cell
33%
Electrolyte
33%
Secondary Battery
33%
Module Types
33%
Electron Transfer
33%
Vanadium
33%
Power System
33%
Na-ion Batteries
33%
Electric Circuit
33%
Storage Capacity
33%
Electrolyte Solution
33%
Location Conditions
33%
Voltage Level
33%
Specific Energy
33%
Specific Power
33%
Maintenance Requirement
33%
Sodium-sulfur Battery
33%
Acidity Level
33%
Electric Supply
33%
Short Life Cycle
33%
Vanadium-based Materials
33%
Proton Exchange Membrane
33%
Ionic Form
33%
Large-scale Application
33%
Total Demand
33%
Vanadium Redox Flow Battery
33%
Environmental Hazards
33%
Daily Load Leveling
33%
Deep Discharge
33%
Ionic Charge
33%
Lead-acid
33%
Scale Merit
33%
Operational Pattern
33%
Peak Shaving
33%
Central Powers
33%
Continuous Improvement
33%
Engineering
Lead Acid Battery
100%
Distribution System
66%
Battery System
66%
Electric Power Plant
66%
Energy Storage System
33%
Half Cell
33%
Secondary Battery
33%
Power Engineering
33%
Lifecycle
33%
Storage Capacity
33%
Charge Cycle
33%
Peak Load
33%
Specific Power
33%
Deep Discharge
33%
Vanadium Redox Flow Battery
33%
Daily Load
33%
Proton Exchange Membrane
33%
Maintenance Requirement
33%
Sodium Sulfur Battery
33%
Networks (Circuits)
33%
Cycle Life
33%
Material Science
Vanadium
100%
Lead Acid Battery
100%
Electronic Circuit
33%
Electron Transfer
33%
Secondary Battery
33%
Sodium Sulfur Battery
33%
Redox Flow Battery
33%
Chemical Engineering
Sulfuric Acid
100%