Yang Ye

Al fine di attuare il piano d'azione nazionale "double carbon", la generazione eolica offshore diventata gradualmente un punto di riferimento per la ricerca degli studiosi in patria e all'estero, grazie al suo concetto di trasformazione energetica verde e al percorso di sviluppo di alta qualit a priorit ecologica, verde e a basse emissioni di carbonio. Come nuova fonte energetica per la produzione di energia, il sistema di generazione eolica offshore sfrutta appieno le risorse marine per risparmiare spazio sul territorio e pu scegliere in modo flessibile di collegarsi alla rete elettrica o di operare in modo indipendente, il che rappresenta un mezzo tecnico efficace per risolvere il problema del consumo di energia da parte del carico nelle aree remote vicine al mare. Rispetto alla generazione eolica onshore, l'energia eolica offshore ovviamente pi influenzata da altri fattori di incertezza, come la potenza del vento e il costo dell'investimento.

A fim de implementar o plano de a o nacional de "duplo carbono", a produ o de energia e lica offshore tornou-se gradualmente um ponto de interesse para a investiga o de acad micos nacionais e estrangeiros, gra as ao seu conceito de transforma o da energia verde e ao seu caminho de desenvolvimento de alta qualidade de prioridade ecol gica, verde e de baixo carbono. Como uma nova fonte de energia para a produ o de eletricidade, o sistema de produ o de energia e lica offshore utiliza plenamente os recursos marinhos para poupar espa o terrestre e pode optar, de forma flex vel, por se ligar rede el ctrica ou funcionar de forma independente, o que constitui um meio t cnico eficaz para resolver o problema do consumo de energia de carga em zonas remotas perto do mar. Em compara o com a produ o de energia e lica em terra, a energia e lica no mar mais obviamente afetada por outros factores incertos, como a energia e lica e o custo do investimento.

Afin de mettre en oeuvre le plan d'action national "double carbone", la production d' nergie olienne en mer est progressivement devenue un domaine de recherche privil gi pour les chercheurs nationaux et trangers, gr ce son concept de transformation de l' nergie verte et son mode de d veloppement de haute qualit , avec une priorit cologique, verte et faible mission de carbone. En tant que nouvelle source d' nergie pour la production d' lectricit , le syst me de production d' lectricit olienne en mer utilise pleinement les ressources marines pour conomiser l'espace terrestre et peut choisir de se connecter au r seau lectrique ou de fonctionner ind pendamment, ce qui constitue un moyen technique efficace pour r soudre le probl me de la consommation d' lectricit dans les zones loign es pr s de la mer. Par rapport la production d' nergie olienne terrestre, l' nergie olienne offshore est plus manifestement affect e par d'autres facteurs incertains tels que la puissance du vent et le co t de l'investissement.

Um den nationalen "Double Carbon"-Aktionsplan umzusetzen, ist die Offshore-Windenergie allm hlich zu einem Forschungsschwerpunkt von Wissenschaftlern im In- und Ausland geworden, da sie ein Konzept der gr nen Energiewende und einen qualitativ hochwertigen Entwicklungspfad mit kologischer Priorit t, gr n und kohlenstoffarm darstellt. Als neue Energiequelle f r die Stromerzeugung nutzt die Offshore-Windkraftanlage die Meeresressourcen in vollem Umfang, um Landfl che zu sparen, und kann flexibel w hlen, ob sie an das Stromnetz angeschlossen oder unabh ngig betrieben werden soll, was ein wirksames technisches Mittel ist, um das Problem des Laststromverbrauchs in abgelegenen Gebieten in Meeresn he zu l sen. Die Verringerung der Schwankungsbreite von Windkraftanlagen, die an das Stromnetz angeschlossen sind, um die Stabilit t des Stromsystems zu gew hrleisten, und die Optimierung der Kapazit t des hybriden Energiespeichersystems unter der Pr misse, die Aufgabe der Stromstabilisierung zu erf llen, waren schon immer Forschungsschwerpunkte der neuen Energieerzeugung. Im Vergleich zur Onshore-Windenergieerzeugung wird die Offshore-Windenergie st rker von anderen unsicheren Faktoren wie der Windkraft und den Investitionskosten beeinflusst.

In order to implement the national "double carbon" action plan, offshore wind power generation has gradually become a research hotspot of scholars at home and abroad with its concept of green energy transformation and high-quality development path of ecological priority, green and low carbon. As a new energy source for power generation, offshore wind power generation system makes full use of marine resources to save land space, and can flexibly choose to connect to the power grid or operate independently, which is an effective technical means to solve the problem of load power consumption in remote areas near the sea. Reducing the fluctuation range of wind power grid-connected to ensure the stability of power system and how to optimize the capacity of hybrid energy storage system under the premise of completing the task of power stabilization have always been the research focus of new energy power generation. Compared with onshore wind power generation, offshore wind power is more obviously affected by other uncertain factors such as wind power and investment cost.

In this comparative study of Chinese poetic closure, Yang Ye focuses on a -scenic ending- that presents an image rather than a statement of thought, as exemplified in the poetry of High T'ang poets like Tu Fu. "Chinese Poetic Closure" places the development of poetic structure in the Chinese tradition since the ancient anthology, "The Book of Songs," and explores the underlying poetics of incompleteness and suggestiveness. In the light of the explication of Western texts (Du Bellay, Holderlin, and Shelley) and an examination of early reception of Chinese poetry in the West, Ye reflects on fundamental differences between Chinese and Western poetry and poetics."