Actual Developmental Problems of Small Energy Installations: SNPP Based on the SHELF-M Reactor Installation

Andreeva, L. A.; Gol’tsov, E. N.; Kaplienko, A. V.; Kudinov, V. V.; Kulikov, D. G.; Molokanov, N. A.; Pimenov, A. O.

doi:10.1007/s10512-021-00734-7

Cited by 5 publications

(2 citation statements)

References 2 publications

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“…Highly reliable, safe and ecofriendly reactor facilities have been developed by now at JSC NIKIET reaching different design stages (Dragunov et al 2011;Alekseev et al 2015;Goltsov et al 2016). One of the most promising designs in this field is a version of the SHELF-M, a modular water-cooled water-moderated reactor facility for SNPPs for a spectrum of applications (Andreeva et al 2020).…”

Section: Introductionmentioning

confidence: 99%

A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

Plotnikov¹,

Plotnikov²,

Krivoshein³

et al. 2023

NUCET

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The evolution of nuclear power is inseparably linked with the development of breakthrough solutions in the field of economic development of new territories. A pressing issue in this connection nowadays is generation of power for remote and hard-to-reach areas with decentralized power supply. To resolve this issue, JSC NIKIET is developing a version of the SHELF-M modular water-cooled water-moderated reactor facility as a source of power for offshore installations, including the Arctic coast areas, as well as localities with practically no power and transport infrastructure. One of the stages in justifying the safety of the reactor facility operation is to investigate the behavior of the reactor facility in dynamic transient modes at various power levels. To this end, a spatial dynamic model has been developed for the reactor facility with fuel and coolant temperature feedbacks. The dynamic model development process is a complex task that includes both preparation of constants for subsequent calculations and generation of the reactor neutronic and thermophysical models. The paper describes the development stages of the SHELF-M reactor facility spatial dynamic model and the results of coupled neutronic and thermophysical calculations for transients using the developed dynamic model of the reactor. Shim rod movement in the cold and hot states of the SHELF-M reactor facility is considered as transients.

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Section: Introductionmentioning

confidence: 99%

A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

Plotnikov¹,

Plotnikov²,

Krivoshein³

et al. 2023

NUCET

View full text Add to dashboard Cite

show abstract

“…К настоящему времени в АО «НИКИЭТ» на различных стадиях проектирования раз работаны реакторные установки (РУ) с высоким уровнем надежности, безопасности и экологичности [4 -6]. Одной из самых перспективных разработок в данном направле нии является вариант унифицированной РУ водо водяного типа ШЕЛЬФ М для исполь зования в АСММ различного назначения [7].…”

Section: Introductionunclassified

A Spatial Dynamic Model of the SHELF-M Reactor Facility with Fuel and Coolant Temperature Feedbacks

Krivoshein

Kuznetsov

Ivanyuta

et al. 2022

YadEn

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Decommissioning of fuel elements at the reactor of the “Akademik Lomonosov” floating thermal power plant

Kulakov,

Konovalov,

Vatulin

et al. 2024

At Energy

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Actual Developmental Problems of Small Energy Installations: SNPP Based on the SHELF-M Reactor Installation

Cited by 5 publications

References 2 publications

A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

A Spatial Dynamic Model of the SHELF-M Reactor Facility with Fuel and Coolant Temperature Feedbacks

Decommissioning of fuel elements at the reactor of the “Akademik Lomonosov” floating thermal power plant

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Actual Developmental Problems of Small Energy Installations: SNPP Based on the SHELF-M Reactor Installation

Cited by 5 publications

References 2 publications

﻿A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

﻿A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

A Spatial Dynamic Model of the SHELF-M Reactor Facility with Fuel and Coolant Temperature Feedbacks

Decommissioning of fuel elements at the reactor of the “Akademik Lomonosov” floating thermal power plant

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Product

Resources

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A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks

A spatial dynamic model of the SHELF-M reactor facility with fuel and coolant temperature feedbacks