{"id":31912,"date":"2026-07-02T09:00:00","date_gmt":"2026-07-02T07:00:00","guid":{"rendered":"https:\/\/cit.upc.edu\/?post_type=portfolio&p=31912"},"modified":"2026-07-06T09:57:27","modified_gmt":"2026-07-06T07:57:27","slug":"stor-hy-emmagatzematge-hidroelectric-mes-flexible-eficient-i-resilient-per-a-la-xarxa-electrica-europea","status":"publish","type":"portfolio","link":"https:\/\/cit.upc.edu\/ca\/portfolio-item\/stor-hy-emmagatzematge-hidroelectric-mes-flexible-eficient-i-resilient-per-a-la-xarxa-electrica-europea\/","title":{"rendered":"STOR-HY: Emmagatzematge hidroel\u00e8ctric m\u00e9s flexible, eficient i resilient per a la xarxa el\u00e8ctrica europea"},"content":{"rendered":"\n

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2\/07\/2026<\/p>
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El Centre de Diagn\u00f2stic Industrial i Fluidodin\u00e0mica (CDIF) de la Universitat Polit\u00e8cnica de Catalunya – BarcelonaTech (UPC) coordina el projecte europeu STOR-HY, que desenvolupa eines digitals, sistemes de monitoratge i models avan\u00e7ats per optimitzar l\u2019operaci\u00f3 de centrals hidroel\u00e8ctriques reversibles i reduir-ne els costos d\u2019inversi\u00f3 i manteniment.<\/h4>
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L\u2019acceleraci\u00f3 de les energies renovables variables, com l\u2019e\u00f2lica i la fotovoltaica, exigeix refor\u00e7ar la capacitat d\u2019emmagatzematge i la flexibilitat de la xarxa el\u00e8ctrica europea. En aquest context, les centrals hidroel\u00e8ctriques reversibles \u2014tamb\u00e9 conegudes com a centrals de bombeig\u2014 s\u00f3n infraestructures clau per emmagatzemar energia a gran escala, donar resposta r\u00e0pida a pics de demanda i aportar serveis auxiliars que millorin l\u2019estabilitat del sistema el\u00e8ctric. A la UE, s\u2019estima que m\u00e9s del 95% de l\u2019energia emmagatzemada a nivell de xarxa el\u00e8ctrica es fa mitjan\u00e7ant aquesta tecnologia.\u00a0<\/span><\/p>

Tanmateix, el nou paper d\u2019aquestes plantes en un sistema energ\u00e8tic amb una component m\u00e9s renovable implica condicions d\u2019operaci\u00f3 m\u00e9s exigents: arrencades i aturades m\u00e9s freq\u00fcents, canvis r\u00e0pids de mode de funcionament, operaci\u00f3 en rangs m\u00e9s amplis i m\u00e9s exposici\u00f3 dels components cr\u00edtics a fen\u00f2mens de degradaci\u00f3. Tot plegat pot incrementar els costos d\u2019operaci\u00f3 i manteniment, reduir la disponibilitat de les instal\u00b7lacions i generar riscos d\u2019aturades no planificades.<\/p>

STOR-HY<\/a> (amb nom en angl\u00e8s, Innovative storage technology and operations in hydropower) dona resposta a aquest repte amb una proposta orientada a minimitzar el CAPEX (Capital Expenditure o inversi\u00f3 inicial) i l\u2019OPEX (Operational Expenditure o despesa operativa) dels projectes innovadors d\u2019emmagatzematge hidroel\u00e8ctric. Per aconseguir-ho, es treballa per allargar la vida \u00fatil dels components i equips de les centrals hidroel\u00e8ctriques reversibles, millorar-ne la reciclabilitat i definir estrat\u00e8gies d\u2019operaci\u00f3 adaptades a esquemes no convencionals, com ara instal\u00b7lacions en entorns complexos o amb condicions especialment exigents.<\/p>

La soluci\u00f3 combina sistemes de monitoratge avan\u00e7ats basats en sensors, eines digitals de gesti\u00f3 operativa, controladors en temps real, models computacionals d\u2019alt nivell i algoritmes de manteniment predictiu. Aquests sistemes permeten detectar mecanismes de fallada en fases inicials, anticipar processos de degradaci\u00f3 i evitar tant intervencions de manteniment innecess\u00e0ries com aturades imprevistes. D\u2019aquesta manera, les centrals poden operar amb m\u00e9s fiabilitat, disponibilitat i efici\u00e8ncia.<\/p>

Un dels elements centrals del projecte \u00e9s la plataforma ciberf\u00edsica de suport avan\u00e7at a la decisi\u00f3, anomenada CADS \u2014Cyber-physical platform for Advanced Decision Support\u2014. Aquesta plataforma integra dades de monitoratge, models computacionals i informaci\u00f3 operativa per estimar de manera realista la degradaci\u00f3 de components cr\u00edtics, tant en operacions a curt termini com en escenaris de funcionament a llarg termini. La informaci\u00f3 generada dona suport a la presa de decisions en l\u2019operaci\u00f3 de les plantes i facilita el disseny d\u2019estrat\u00e8gies de control innovadores per a condicions d\u2019alta complexitat.<\/p>

La validaci\u00f3 de la soluci\u00f3 proposada es duu a terme en sis demostradors europeus situats a Fran\u00e7a, Portugal i Regne Unit: Vouglans\u2013Saut Mortier\u2013Coiselet, Le Cheylas i La Rance a Fran\u00e7a; Alqueva i Vilarinho das Furnas a Portugal; i un demostrador innovatiu de petita escala amb fluid dens. Aquests casos cobreixen diferents situacions innovadores o exigents, com ara el bombament en t\u00e0ndem, centrals mareomotrius amb aigua salada, plantes h\u00edbrides bateries i fotovoltaica flotant, i la reutilitzaci\u00f3 d\u2019una antigua mina de carb\u00f3 per a l\u2019emmagatzematge hidroel\u00e8ctric.<\/p>

L\u2019aportaci\u00f3 del CDIF de la UPC, expert en vibracions de turbomaquin\u00e0ria hidroel\u00e8ctrica, diagn\u00f2stic industrial, manteniment preventiu i detecci\u00f3 de danys, se centra en el diagn\u00f2stic, la modelitzaci\u00f3 i el monitoratge avan\u00e7at de sistemes hidr\u00e0ulics i components cr\u00edtics i en les simulacions fluidodin\u00e0miques i mec\u00e0niques (CFD i elements finits). El centre contribueix al desenvolupament de metodologies capaces de relacionar dades reals d\u2019operaci\u00f3 amb models computacionals per comprendre millor el comportament dels equips, estimar-ne l\u2019estat de salut i donar suport a decisions operatives m\u00e9s informades. Aquesta experi\u00e8ncia \u00e9s especialment rellevant per ampliar el rang operatiu de les centrals de bombeig i incrementar la flexibilitat de la generaci\u00f3 i l\u2019emmagatzematge hidroel\u00e8ctric a Europa.<\/p>

A m\u00e9s de l\u2019impacte tecnol\u00f2gic, STOR-HY incorpora una visi\u00f3 de sostenibilitat que inclou aspectes ambientals, de circularitat, econ\u00f2mics i socials. El projecte t\u00e9 en compte q\u00fcestions com els impactes locals, l\u2019acceptaci\u00f3 social, les consideracions ecol\u00f2giques i l\u2019an\u00e0lisi de costos al llarg del cicle de vida. Tamb\u00e9 prioritza la creaci\u00f3 de connexions regionals amb agents locals, ind\u00fastria, acad\u00e8mia i institucions p\u00fabliques, amb l\u2019objectiu d\u2019afavorir la transfer\u00e8ncia de resultats i la seva aplicaci\u00f3 en el sector energ\u00e8tic.<\/p>

Consorci, pressupost i finan\u00e7ament<\/h4>

STOR-HY est\u00e0 finan\u00e7at pel programa Horizon Europe (GA No. 101172905). T\u00e9 una durada de 48 mesos (octubre de 2024 – setembre de 2028) i t\u00e9 un pressupost total de 9,58 milions d\u2019euros.\u00a0<\/span><\/p>

El consorci est\u00e0 format per 18 socis de 8 pa\u00efsos. A m\u00e9s de la UPC, hi participen: GE Vernova, EDP Centre for New Energy Technologies, EDP Produ\u00e7\u00e3o, \u00c9lectricit\u00e9 de France, INESC TEC, Universiteit Twente, vgbe, Zabala Innovation, Norwegian Research Centre, KAIZEN Solutions, Institut polytechnique de Grenoble, Sener, Hulleras del Norte, Sociedad Asturiana de Diversificaci\u00f3n Minera, Fundaci\u00f3n Asturiana de la Energ\u00eda, Haute \u00e9cole sp\u00e9cialis\u00e9e de Suisse occidentale i ANDRITZ.<\/p>
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