소형모듈원자로 설계 목록

소형모듈원자로의 설계 목록이다.
# 목록
명시된 전력은 달리 명시되지 않는 한 하나의 원자로의 용량을 말한다. {| class="wikitable sortable" |+소형 원자로 설계 목록title=IAEA Report: Updated status on global SMR development as of September 2014[ view/edit ] |- ! scope="col" | 명칭 ! scope="col" data-sort-type="number" | 발전소 총 출력
(MWe) ! scope="col" | 유형 ! scope="col" | 제조 ! 국가 ! scope="col" | 상태 |- | 4S || 10–50 || SFR || 일본 도시바 || 일본 || 상세 설계 |- | ABV-6|| 6–9 || PWR || 러시아 OKBM || 러시아 || 상세 설계 |- |-| ACP100 링롱 원 || 125 || PWR || 중국 중국핵공업집단 || 중국 || 건설 중access-date=14 July 2021 |- | ACR300 || 300 || PWR || 아르헨티나 INVAP || 아르헨티나 || Design (Detailed)date=December 16, 2024 |- | AP300website=Westinghouse Electric || 300 || PWR || 미국 웨스팅하우스 || 미국 || Design (Detailed) |- | ARC-100|| 100 || SFR || ARC Nuclear|| Canada || Design (Vendor Review)access-date=4 October 2019 |- | ANGSTREMaccess-date=22 June 2017 || 6 || LFR || OKB Gidropress || Russia || Design (Conceptual) |- | Aurora-75 || 75 || LMR || Oklo Inc. || United States || Design (Detailed) |- |-| B&W; mPower || 195 || PWR || Babcock & Wilcox || United States || Cancelled |- | BANDI-60 || 60 || PWR ||KEPCO || South Korea || Design (Detailed)access-date=7 October 2020 |- |-| BREST-OD-300title = Error || 300 || LFR || Atomenergoprom || Russia || Under constructionlanguage=ru |- |-| BWRX-300website=gevernova-nuclear || 300 || BWR || GE Hitachi Nuclear Energy || United States/Japan || Seeking Canadian regulatory commission approval for SMR. Foundational elements under construction.language=en-USlanguage=en |- |- | CANDU SMR || 300 || PWR (Heavy) || Candu Energy Inc. || Canada|| Design (Conceptual) |- |- | CAP200 || >200 || PWR || SPIC || China || Design (Completion) |- |-| CAREM || 27–30 || PWR || CNEA || Argentina || Seeking ARC approval for 30 MWe test SMR. Foundational construction now halted.language=en-US |- | Copenhagen Atomics Waste Burner || 50 || MSR || Copenhagen Atomics || Denmark || Design (Conceptual) |- | DHR400 || 400 (non-electric) || PWR || CNCC || China || Design (Basic) |- | ELENAtitle=Advances in Small Modular Reactor Technology Developments || 0.068 || PWR || Kurchatov Institute || Russia || Design (Conceptual) |- | Energy Welltitle=Medlov FHR v1|| 8.4 || MSR || :cs:Centrum výzkumu Řežurl-status=dead || Czechia || Design (Conceptual) |- |- | eVinciwebsite=Westinghouse Electric || 5 || HPR || Westinghouse Electric Company || United States || Design (Pre-licensing communications with the US NRC initiated.access-date=21 December 2023) |- | FLEX Reactor || 24 || MSR || MoltexFLEX, Ltd. || United Kingdom || Design (Conceptual) |- | Flexblue || 160 || PWR || Areva TA / DCNS group || France || Design (Conceptual) |- | Fuji MSR || 200 || MSR || International Thorium Molten Salt Forum (ITMSF) || Japan || Design (Conceptual) |- | GT-MHR || 285 || GTMHR || OKBM Afrikantov || Russia || Design (Completed) |- | G4M || 25 || LFR || Gen4 Energy || United States || Design (Conceptual) (Company Ceased Trading) |- | GT-MHR || 50 || GTMHR || General Atomics, Framatome|| United States/France || Design (Conceptual) |- | HAPPY200 || 200 MWt || PWR || SPIC || China|| Design (Conceptual) |- |HTMR-100 |35 |GTMHR |Stratek Global |South Africa |Design (Conceptual) |-|HTR-PM |210 (2 reactors one turbine) |HTGR |China Huaneng |China |Operational (Single reactor. Station connected to the grid in December 2021.)website=www.world-nuclear-news.org |- | IMSR400 || 195 (x2) || MSR || Terrestrial Energyaccess-date=2016-11-12 || Canada || Design (Detailed) |- | IRIS || 335 || PWR || Westinghouse-led || International || Design (Basic) |- |i-SMR |170 |PWR |Innovative Small Modular Reactor Development Agency (KHNP and KAERI) |South Korea |Design (Basic) |-| KLT-40S Akademik Lomonosov || 70 || PWR || OKBM Afrikantov || Russia || Operational May 2020website=pris.iaea.org (floating plant) |- |-|KP-FHR |140 |FHR |Kairos Power |United States |Seeking NRC approval for 35 MWe (per mod) 4 mod SMR. Foundational elements under construction.title=IAEA Report: Small Modular Reactors: Advances in SMR Developments 2024 |- |Last Energy |20 |PWR |Last Energy |United States |Design (Conceptual)language=en |- |- | MMR|| 5-15 || HTGR || short=yes purchased by NANO Nuclear Energy || United States/Canada || Company filed for Chapter 11 bankruptcy.access-date=30 October 2024 Had been seeking licensing.access-date=19 June 2021 Design acquired by Nano Nuclear Energy, who renamed the design KRONOS MMR.date=25 December 2024access-date=12 March 2025 |- | MCSFR|| 50–1000 || MCSFR|| Elysium Industries || United States || Design (Conceptual) |- | MHR-100|| 25–87 || HTGR || OKBM Afrikantov || Russia || Design (Conceptual) |- | MHR-Tdesigned primarily for hydrogen production. || 205.5 (x4) || HTGR || OKBM Afrikantov || Russia || Design (Conceptual) |- | MRX || 30–100 || PWR || JAERI || Japan || Design (Conceptual) |- | NP-300|| 100–300 || PWR || Areva TA || France || Design (Conceptual) |- | Nuward || unknown || PWR || consortium || France || Design (Conceptual). In July 2024, existing design discontinued for a simpler redesign.access-date=16 July 2024access-date=16 July 2024 |- | OPEN100 || 100 || PWR || Energy Impact Center || United States || Design (Conceptual)access-date =November 23, 2021 |-| PBMR-400 || 165 || HTGR || Eskom || South Africa || Cancelled - demonstration plant postponed indefinitelywebsite=www.world-nuclear-news.org |- |-|RITM-200N |55 |PWR |OKBM Afrikantov |Russia |Under constructionlanguage=en-USlanguage=en-US |-|RITM-200S |106 |PWR |OKBM Afrikantov |Russia |Under constructionlanguage=en-US |- |-| Rolls-Royce SMR || 470 || PWR || Rolls-Royce || United Kingdom || Seeking UK GDA licensing in April 2022date=4 April 2022 In final stage 3 of assessmentwebsite=Office for Nuclear Regulation |- | SEALERtitle=SMR Book 2020website=www.leadcold.com || 55 || LFR || sv || Sweden || Design |- |SHELF-M |10 |PWR |NIKIET |Russia |Designlanguage=en-USlanguage=en-USlanguage=en-US |-| SMART100 || 110 || PWR || KAERI || South Korea || Licensed in Korea (standard design approval)work=World Nuclear Newsaccess-date=26 September 2024 |- | SMR-160 || 160 || PWR || Holtec International || United States || US NRC pre-application suspended in favor of SMR-300 designaccess-date=19 December 2024 |-| SMR-300 || 300 || PWR || Holtec International || United States || Seeking UK licensing;access-date=11 December 2023 US NRC pre-application communications initiated |- |csurl-status=deadwebsite=www.iaea.org || 100 || LFR || OKB Gidropress || Russia || Design (Detailed) |- | SSR-W || 300–1000 || MSR || Moltex Energyaccess-date=2018-04-10 || Canada || Design (Phase 1, vendor design review).access-date=2022-08-31 |- | S-PRISM || 311 || FBR || GE Hitachi Nuclear Energy || United States/Japan || Design (Detailed) |- | TEPLATOR || 50 (non-electric) || PWR (heavy water) || University of West Bohemia || Czech Republic || Design (Conceptual) |- | TMSR-500 || 500 || MSR || ThorConaccess-date=2020-01-07 || Indonesia || Design (Conceptual) |- |-| TMSR-LF1 || 10title=Thorium Molten Salt Reactor China || MSR || China National Nuclear Corporation || China || Under construction |- |-| U-Battery || 4 || HTGR || U-Battery consortiumUrenco Group in collaboration with Jacobs and Kinectrics || United Kingdom || Cancelled. Design archived.access-date=24 March 2023 |- | VBER-300 || 325 || PWR || OKBM Afrikantov || Russia || Design |- | VK-Reaktor#VK-300 || 250 || BWR || Atomstroyexport || Russia || Design (Detailed) |- |-| VOYGR || 600 || PWR || NuScale Power || United States || Licensed in the USA for 50 MWe (per mod), 12 module SMR.access-date=12 June 2025access-date=17 December 2023 |- |-| VOYGR-4 || 308|| PWR || NuScale Power || United States || Licensed in the USA for 77 MWe (per mod), 4 module SMR.access-date=24 August 2025 |-| VOYGR-6 || 462 || PWR || NuScale Power || United States || Licensed in the USA for 77 MWe (per mod), 6 module SMR.access-date=24 August 2025 |- |-| VOYGR-12|| 924 || PWR || NuScale Power || United States || Seeking NRC approval for 77 MWe (per mod), 12 module SMRaccess-date=30 May 2025 |- | VVER-300|| 300 || BWR || OKB Gidropress || Russia || Design (Conceptual) |-| Westinghouse SMR || 225 || PWR || Westinghouse Electric Company || United States || Cancelled. Preliminary design completed.access-date=7 October 2020 |- | Xe-100|| 80 || HTGR || X-energyaccess-date=16 January 2016 || United States || Design (Conceptual) |-class="sortbottom" | colspan=6|Updated lc=on. Some reactors are not included in IAEA Report.access-date=20 December 2023access-date=19 December 2023 Not all IAEA reactors are listed there are added yet and some are added (anno 2023) that were not yet listed in the now dated IAEA report. |} group=rln 위키데이터 속성 추적 분류:소형모듈원자로