Design Considerations for Commercial Scale Particle-Based Thermal Energy Storage Systems.
Abstract not provided.
Sment, Jeremy Niko Iversen↗
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Results for “Energy storage system”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Battery Safety and Reliability: Tools to understand risk in grid-scale energy storage systems.
Abstract not provided.
Lamb, Joshua↗
A Framework for Analyzing Widespread Grid Intervening Technologies: A Case Study of Heat Pump-Integrated Thermal Energy Storage Systems in Buildings
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Hirschey, Jason↗
Designing a Monte Carlo Model with Python to Predict the Life Cycle Disposal Costs for Grid-Level Electrical Energy Storage Systems.
Abstract not provided.
Roberts-Baca, Samuel↗
Replacing Transmission Infrastructure with Solar and Energy Storage Systems: An Islanded Microgrid Case Study.
Abstract not provided.
Furlani Bastos, Alvaro↗
Optimal Dispatch of Energy Storage Systems for Harmonic Mitigation and Power Factor Correction.
Abstract not provided.
Furlani Bastos, Alvaro↗
Demonstration of Thermal Energy Storage System with Salt Hydrate Phase Change Material Composite
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Hirschey, Jason↗
Profitability of Merchant Investments in Battery Energy Storage Systems: Methods and Case Studies.
Abstract not provided.
Dvorkin, Yury↗
Multi-period GDP Optimization in IDAES: Simultaneous Design and Operation of an Integrated Fossil and Thermal Energy Storage System.
Abstract not provided.
Rawlings, Edna↗
Model-based Predictive Control and Sensor Technology for Phase-Change Thermal Energy Storage Systems
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Zhang, Yanda↗
Energy storage system
A system, a method, and a computer program product for providing heterogeneous unifying battery storage. A state-of-health value of a battery is determined. The state-of-health value of the battery is less than an original capacity value of the battery. The battery is connected to an electrical power source for re-conditioning. A target state-of-health value for the battery and a number of cycles required to achieve the target state-of-health value of the battery are determined. Each cycle in the number of cycles includes at least one of: a charging the battery and a discharging the battery. The battery is re-conditioned by cycling the battery using the determined number of cycles. Cycling includes drawing electrical power from the electrical power source.
Tong, Shijie↗
Potential safety hazards associated with Li-ion battery thermal runaway vent gas heat transfer in energy storage systems
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Qatramez, Ala' E↗
Technoeconomic Analysis of Low Temperature Reservoir Technologies for sCO2 based Pumped Thermal Energy Storage Systems
Three LTR technologies were evaluated for (i)performance by integrating them into commercial scale sCO2 PTES system and (ii)economic analysis considering mainly the capital costs.
Avadhanula, Vamshi Krishna↗
Testing and Modeling of Subscale Ice-on-Coil Module as Low Temperature Reservoir for sCO2 based Pumped Thermal Energy Storage Systems
Echogen tested approximately 10 kWthsubscale IOC system in their lab in Akron, OH for studying the feasibility, endurance and performance impact of the technology on PTES system. This paper discusses the test loop setup, testing and results from this sub-scale IOC testing. Along with testing, the project team also developed sub-scale IOC transient model. The paper discusses this transient model development and its validation against the test data.
Avadhanula, Vamshi Krishna [Echogen Power Systems ↗
Reversible Solid Oxide Fuel Cell Systems for Energy Storage and Hydrogen Production
FuelCell Energy (FCE) studied the performance, design, and economics of a reversible solid-oxide fuel cell/electrolyzer integrated with a natural gas-based electricity generation plant and used as an energy storage system. Increased market penetration of renewable energy is challenging for operators of fossilbased plants which are not suited for quick turndown and ramp-up. Process simulations studies show that with utilization of waste heat from the power plant, a high roundtrip efficiency (RTE) around 70% is possible, providing excellent market potential for this energy storage technology, potentially providing improved economics and lifetime for such power plant. The market potential and economics as a function of production volume are analyzed in detail. FCE is continuing the development and commercialization of its solid oxide technology.
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