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Ehsan Akbari on Muck Rack

Ehsan Akbari

As seen in: Nature, ScienceDirect, MDPI, The Conversation, Royal Society of Chemistry, BioRxiv, Le HuffPost
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Articles

Economic environmental-based flexible energy scheduling in smart grid with renewable units and integrated system considering vehicles refueling stations

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By Ehsan Akbari, Reza Sepahvand, Sasan Pirouzi, Mohammad K.K. Alabdullh, Hiba Abdulkareem Khamis
| Nature Verified
Abstract This study explores sustainable energy management approaches for a smart distribution network that combines multiple infrastructures, such as electric vehicle charging stations, hydrogen refueling facilities for fuel cell vehicles, and renewable energy systems integrated with hydrogen storage. These components are managed in a coordinated manner to satisfy both operational requirements and security criteria defined by the distribution system operator.
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Minimization of operation and energy loss costs to improve economic and operation objectives of micro-grids manger considering sustainable computing

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By Ehsan Akbari, Sasan Pirouzi
| Nature Verified
Abstract This paper proposes a sustainable computing–oriented framework for economic energy scheduling in renewable energy hubs equipped with stationary storage systems within coupled electrical and thermal microgrid environments. The proposed formulation aims to simultaneously reduce operational expenditures and energy loss–related costs by defining a unified optimization objective.
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Linker histone H1.0 loads onto nucleosomes through multiple pathways that are facilitated by histone chaperones

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By Ehsan Akbari, Michael Poirier, Nathanial L Burge
| BioRxiv
Abstract Linker histone H1 is an essential chromatin architectural protein that compacts chromatin into transcriptionally silent regions by interacting with nucleosomal and linker DNA, while rapidly exchanging in vivo. How H1 targets nucleosomes while being dynamic remains unanswered. Using a single-molecule strategy, we investigated human H1.0 interactions with DNA and nucleosomes. H1.0 directly binds nucleosomes and naked DNA with a preference toward nucleosomes.
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