Evaluation of Electrical Energy Storage (EES) technologies for renewable energy: A case from the US Pacific Northwest

Kim, Jisun; Suharto, Yulianto; Daim, Tuğrul U.

doi:10.1016/j.est.2017.01.003

Cited by 75 publications

(49 citation statements)

References 213 publications

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“…In general, it is based on the form that energy is stored in the system, which can be mechanical (pumped hydroelectric storage, compressed air energy storage and flywheels), electrochemical (conventional rechargeable batteries and flow batteries), electrical (capacitors, super-W capacitors and superconducting magnetic energy storage), thermochemical (solar fuels), chemical (hydrogen storage with fuel cells) or thermal energy storage (sensible heat storage and latent heat storage) [7][8][9]. Figure 1 summarizes technologies of energy storage applications [7]. Analysts expect advancements in ESS to occur with the maturation of new technologies, such as metal-air batteries, and the application of new materials and designs to proven technologies, like lead-acid.…”

Section: Energy Storage Technologiesmentioning

confidence: 99%

Sizing and Evaluation of Battery Energy Storage Integrated with Photovoltaic Systems.

Vieira¹,

Silva²,

Pinheiro³

et al. 2019

ijsgset

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This paper provides a review of the most common energy storage technologies and analysis of the impact of battery energy storage (BES) in a distribution network with penetration of photovoltaic. In order to reduce the intermittence impacts caused by solar panels (PV), is proposed the use an energy storage elements to stabilize the energy produced, dependent of the irradiation and temperature. Different storage technologies were considered as a function of the costs. A 100 kW PV system with integration of an energy storage was used for the simulated and analysis. Index Terms-Photovoltaic power plants, energy storage, photovoltaic generation, battery.Edson da Costa Bortoni (S'94-M'96-SM'05) was born in Maringá, Brazil, on December 1, 1966. He

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Section: Energy Storage Technologiesmentioning

confidence: 99%

Sizing and Evaluation of Battery Energy Storage Integrated with Photovoltaic Systems.

Vieira¹,

Silva²,

Pinheiro³

et al. 2019

ijsgset

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“…They have been used commercially for a long time, and their high efficiency and high energy and volume density coupled with low cost per usable kWh per cycle have made them suitable for use in energy storage systems. These batteries have been used in high power applications involving pulse loads, which can be considered similar to enviro Nmental conditions such as sea waves that hybrid ships can potentially face in high seas that demand a quick response from the shipboard power system and its associated energy storage [25][26][27]. Lithium ion batteries have also been successfully integrated in the energy storage system of power systems that use bidirectional converters and utilize MPC to control these converters [27,28].…”

Section: Hybrid Shipboard Power System Modelling and Operationmentioning

confidence: 99%

Frequency Transient Suppression in Hybrid Electric Ship Power Systems: A Model Predictive Control Strategy for Converter Control with Energy Storage

2018

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This paper aims to understand how the common phenomenon of fluctuations in propulsion and service load demand contribute to frequency transients in hybrid electric ship power systems. These fluctuations arise mainly due to changes in sea conditions resulting in significant variations in the propulsion load demand of ships. This leads to poor power quality for the power system that can potentially cause hazardous conditions such as blackout on board the ship. Effects of these fluctuations are analysed using a hybrid electric ship power system model and a proposed Model Predictive Control (MPC) strategy to prevent propagation of transients from the propellers into the shipboard power system. A battery energy storage system, which is directly connected to the DC-link of the frequency converter, is used as the smoothing element. Case studies that involve propulsion and service load changes have been carried out to investigate the efficacy of the proposed solution. Simulation results show that the proposed solution with energy storage and MPC is able to contain frequency transients in the shipboard power system within the permissible levels stipulated by the relevant power quality standards. These findings will help ship builders and operators to consider using battery energy storage systems controlled by advanced control techniques such as MPC to improve the power quality on board ships.

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“…Different strategies may include one or more of these technologies, based on multiple factors including investment and operational costs, characteristics of electricity demand and generation loads, policies and regulations [10]. Due to the number of aspects involved, no single technology outperforms others on all technical characteristics and, as a result, the choice should be made case by case [11,12].…”

Section: Introductionmentioning

confidence: 99%

Impact of Grid-Scale Electricity Storage and Electric Vehicles on Renewable Energy Penetration: A Case Study for Italy

et al. 2019

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Storage technologies are progressively emerging as a key measure to accommodate high shares of intermittent renewables with a view to guarantee their effective integration towards a profound decarbonisation of existing energy systems. This study aims to evaluate to what extent electricity storage can contribute to a significant renewable penetration by absorbing otherwise-curtailed renewable surplus and quantitatively defines the associated costs. Under a Smart Energy System perspective, a variety of future scenarios are defined for the Italian case based on a progressively increasing renewable and storage capacity feeding an ever-larger electrified demand mostly made up of electric vehicles and, to some extent, heat pumps and power-to-gas/liquid technologies. Results are compared in terms of crucial environmental and techno-economic indicators and discussed with respect to storage operating parameters. The outcome of this analysis reveals the remarkable role of electricity storage in increasing system flexibility and reducing, in the range 24–44%, the renewable capacity required to meet a given sustainability target. Nonetheless, such achievements become feasible only under relatively low investment and operating costs, condition that excludes electrochemical storage solutions and privileges low-cost alternatives that at present, however, exist only at a pilot or demonstration scale.

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Evaluation of Electrical Energy Storage (EES) technologies for renewable energy: A case from the US Pacific Northwest

Cited by 75 publications

References 213 publications

Sizing and Evaluation of Battery Energy Storage Integrated with Photovoltaic Systems.

Sizing and Evaluation of Battery Energy Storage Integrated with Photovoltaic Systems.

Frequency Transient Suppression in Hybrid Electric Ship Power Systems: A Model Predictive Control Strategy for Converter Control with Energy Storage

Impact of Grid-Scale Electricity Storage and Electric Vehicles on Renewable Energy Penetration: A Case Study for Italy

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