About: Kilopower

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Kilopower is an experimental project aimed at producing new nuclear reactors for space travel. The project started in October 2015, led by NASA and the DoE’s National Nuclear Security Administration (NNSA). As of 2017, the Kilopower reactors were intended to come in four sizes, able to produce from one to ten kilowatts of electrical power (1-10 kWe) continuously for twelve to fifteen years. The fission reactor uses uranium-235 to generate heat that is carried to the Stirling converters with passive sodium heat pipes. In 2018, positive test results for the Kilopower Reactor Using Stirling Technology (KRUSTY) demonstration reactor were announced.

Attributes	Values
rdf:type	Band
rdfs:label	Proyecto Kilopower (es) Kilopower (fr) Kilopower (it) Kilopower (en) 킬로파워 (ko) Kilopower (ru) 千瓦级 (zh) Kilopower (uk)
rdfs:comment	킬로파워(kilopower)는 미국 NASA가 개발한 다. (ko) Kilopower (також KRUSTY — Kilopower Reactor Using Stirling TechnologY) — проєкт НАСА зі створення ядерного реактора для космічних апаратів. Проєкт був започаткований у жовтні 2015 року.Реактори Kilopower матимуть різну потужність — від 1 до 10 кВт електроенергії, яку вироблятимуть впродовж 10 років і більше. (uk) Kilopower (также KRUSTY — Kilopower Reactor Using Stirling Technology) — проект НАСА по созданию ядерного реактора для размещения на космических аппаратах и предназначенного для работы на поверхности Луны и Марса, где использование солнечной энергии затруднено или не представляется возможным.Реакторы Kilopower должны иметь разную мощность — от 1 до 10 кВт и производить электроэнергию в течение 10 лет и более. Особенностью устройства является его способность повышать или понижать свою мощность и таким образом вырабатывать большие количества энергии, в отличие от РИТЭГов. (ru) 千瓦级（Kilopower）是一个实验性项目，旨在建造新的太空旅行用核反应堆。该项目于2015年10月启动，由美国国家航空航天局和美国能源部国家核安全局(NNSA)主持。截至2017年，千瓦级反应堆计划采用了四种尺寸，能够连续12至15年产生1至10千瓦的电力。裂变反应堆使用铀235产生热量，这些热量通过被动式钠热导管输送到斯特林转换器。2018年，宣布了示范型使用斯特林技术的千功率反应堆(简称克鲁斯提)的乐观性测试结果。该型反应堆的应用前景包括为核电推进和需要大量电力的载人或无人型太空任务提供稳定的电力供应，特别是在阳光有限或不可用的情况下。美国宇航局还考虑将千瓦级反应堆用作未来载人火星任务的电源。在这些任务中，反应堆将承担为从火星大气中分离并低温储存氧气的机械提供动力，以制造上升火箭的推进剂。一旦人类抵达火星，反应堆将为生命维持系统和其他所需供动力。美国宇航局的研究表明，一座40千瓦的反应堆足以支持4到6名宇航员。 (zh) Kilopower is an experimental project aimed at producing new nuclear reactors for space travel. The project started in October 2015, led by NASA and the DoE’s National Nuclear Security Administration (NNSA). As of 2017, the Kilopower reactors were intended to come in four sizes, able to produce from one to ten kilowatts of electrical power (1-10 kWe) continuously for twelve to fifteen years. The fission reactor uses uranium-235 to generate heat that is carried to the Stirling converters with passive sodium heat pipes. In 2018, positive test results for the Kilopower Reactor Using Stirling Technology (KRUSTY) demonstration reactor were announced. (en) Kilopower es proyecto futuro de la NASA cuya finalidad es construir un reactor nuclear para el espacio. El proyecto comenzó en octubre de 2015. Los reactores Kilopower vendrán en una variedad de tamaños capaces de producir de uno a 10 kilovatios de energía eléctrica, continuamente durante 10 años o más. El reactor de fisión usa uranio-235 para generar calor que se transporta a los convertidores de Stirling a través de tuberías de calor pasivas de sodio. El proyecto está sustentado por un presupuesto inicial de 15 millones de dólares. (es) Kilopower (acronyme est un projet de la NASA destiné à mettre au point un réacteur nucléaire expérimental d'une puissance de un kilowatts permettant de satisfaire à un cout modéré aux besoins des futures installations à la surface de planètes (Lune, Mars). Le projet mené par le centre de recherche Glenn en partenariat avec le centre de vol spatial Marshall et le Département national de l'énergie nucléaire de Los Alamos a débuté en 2015 et s'est achevé en 2018. (fr) Kilopower (o KRUSTY, Kilopower Reactor Using Stirling Technology) è un progetto sperimentale volto a produrre un nuovo concetto per i reattori nucleari usati nell'esplorazione spaziale. Il progetto è iniziato nell'ottobre del 2015, sotto la guida della NASA e del NNSA (National Nuclear Security Administration) del dipartimento per l'energia. I reattori Kilopower saranno disponibili in 4 taglie in grado di produrre da 1 a 10 kilowatt di potenza elettrica (1-10 kWe), continuamente per 12-15 anni. Il reattore a fissione utilizza l'uranio 235 per generare calore che viene trasportato ai convertitori Stirling tramite tubi di calore passivi di sodio. (it)
name	Kilopower reactor (en)
foaf:depiction
dcterms:subject	NASA programs Nuclear power reactor types Nuclear power in space
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Link from a Wikipage to another Wikipage	Electric generator National Nuclear Security Administration Beryllium oxide Boron carbide United States United States Department of Energy Uranium-235 Decay chain Depleted uranium dbr:Molybdenum Nuclear electric rocket Nuclear power in space NASA programs Melting point SNAP-10A Electric power Gamma radiation NASA Los Alamos National Laboratory Small modular reactor Fuel temperature coefficient of reactivity Technology readiness level Heat pipe Fission products Nuclear fuel Nuclear meltdown Stirling engine Nuclear reaction Radioisotope thermoelectric generator Nuclear power reactor types Advanced Stirling radioisotope generator Nuclear power in space Kilowatt Plutonium-238 Sodium Enrichment of uranium Nevada Test Site Oak Ridge, Tennessee Radioactive decay Nuclear chain reaction Scram Y-12 National Security Complex Flattop (critical assembly) RAPID-L Nevada National Security Site Intrinsically safe Liquid sodium Fission reactor Radioisotope thermal generator High-enriched uranium Nuclear reactor for space Reactor core Neutron absorber
Link from a Wikipage to an external page	http://permalink.lanl.gov/object/tr%3Fwhat=info:lanl-repo/lareport/LA-UR-14-23402 https://web.archive.org/web/20180120144555/https:/www.nasa.gov/directorates/spacetech/kilopower/ https://www.nasa.gov/sites/default/files/atoms/files/ns_kilopower_fs_180111.pdf
sameAs	Kilopower Kilopower Kilopower Kilopower Kilopower Kilopower Kilopower Kilopower Kilopower
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