Rapporto sull’analisi delle dimensioni del mercato e dell’analisi delle quote del sistema di alimentazione della turbina per aeromobili | Previsioni 2031

  • Report Code : TIPRE00021925
  • Category : Aerospace and Defense
  • Status : Published
  • No. of Pages : 144
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[Rapporto di ricerca] Il mercato dei sistemi di alimentazione per turbine per aeromobili è stato valutato a 2.087,63 milioni di dollari nel 2020 e si prevede che raggiungerà 3.303,73 milioni di dollari entro il 2028; si prevede che crescerà a un CAGR del 6,4% dal 2021 al 2028.

Il sistema di alimentazione della turbina dell'aereo è uno dei sistemi cruciali negli aerei. Il sistema di alimentazione della turbina dell'aereo gestisce il flusso di carburante per prestazioni ottimali dell'aereo durante le varie fasi del volo, come manovre rapide, cambiamenti di altitudine e accelerazioni o decelerazioni improvvise. Inizialmente, il sistema di alimentazione della turbina dell'aereo veniva azionato manualmente dagli operatori di volo; tuttavia, con il progresso della tecnologia, sono stati introdotti sul mercato sistemi di alimentazione per turbine aeronautiche autocalibranti, come il Full Authority Digital Engine Control (FADEC). Il mercato dei sistemi di alimentazione per turbine aeronautiche sta registrando una crescita significativa a causa dell’aumento anno dopo anno dei budget governativi per la sicurezza nazionale. I governi di tutto il mondo stanno investendo in modo significativo nell’acquisizione di flotte di aerei commerciali e militari all’avanguardia. Inoltre, la crescita del settore dell'aviazione commerciale, dovuta all'aumento del reddito disponibile tra la popolazione della classe media, insieme alla crescente attività di MRO in tutto il mondo, sta rafforzando il tasso di produzione degli aeromobili, che sta spingendo la domanda per il mercato dei sistemi di alimentazione per turbine aeronautiche a livello globale.

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Impatto della pandemia di COVID-19 sul mercato dei sistemi di alimentazione per turbine per aeromobili

Nel mezzo della pandemia di epidemia di COVID-19, l'intera aviazione commerciale l’industria si è fermata con risorse minime per prevedere il futuro. Diverse unità produttive negli Stati Uniti, in Francia, Russia e Cina sono state temporaneamente sospese per aderire alle norme governative relative al blocco e al distanziamento fisico. I produttori di aeromobili hanno assistito a una riduzione della domanda del 30%-50% per la maggior parte dei modelli di aeromobili, in particolare per i modelli di aerei commerciali. La minore produzione e assemblaggio di aeromobili ha ridotto la domanda di sistemi di alimentazione per turbine aeronautiche, con conseguente minore generazione di entrate. Questo fattore ha frenato la crescita del mercato dei sistemi di alimentazione per turbine aeronautiche.

Regioni redditizie per i fornitori di sistemi di alimentazione per turbine per aeromobili


Aerei Approfondimenti sul mercato dei sistemi di alimentazione per turbine

Produzione aeronautica in aumento

Grazie alla notevole produzione di flotte di aerei militari e commerciali, l'industria aeronautica globale sta crescendo a un ritmo costante. Negli ultimi dieci anni, l’industria dell’aviazione commerciale ha assistito a un’enorme crescita dovuta all’aumento del reddito disponibile tra le masse, insieme all’emergere di vettori a basso costo (LCC) e a varie iniziative di espansione della flotta intraprese dai vettori a servizio completo (FSC). Si prevede che il settore dell’aviazione commerciale aumenterà nel prossimo futuro a causa dell’aumento del numero di passeggeri dei viaggi aerei e dell’approvvigionamento di aeromobili. Pertanto, si prevede che il crescente approvvigionamento di aeromobili in tutto il mondo darà impulso al mercato dei sistemi di alimentazione per turbine aeronautiche durante il periodo di previsione.

Approfondimenti di mercato basati sul tipo

In base alla tipologia, il mercato dei sistemi di alimentazione per turbine per aerei è segmentato in idromeccanico, controllo digitale del motore con piena autorità (FADEC) e idromeccanico/elettronico. Il Full Authority Digital Engine Control (FADEC) utilizza un computer digitale, noto come EEC (Electronic Engine Control) o ECU (unità di controllo del motore), e relativi accessori per controllare i parametri delle prestazioni del motore dell'aereo. Il FADEC funziona ricevendo molteplici variabili di input, come temperature del motore, pressioni del motore, posizione della leva dell'acceleratore e densità dell'aria delle condizioni di volo in tempo reale. L'input viene raccolto da ECU o EEC e viene elaborato fino a 70 volte al secondo. Una migliore efficienza del carburante, un funzionamento efficiente del motore, una protezione automatica del motore per quanto riguarda le operazioni fuori tolleranza, una migliore integrazione del sistema con il motore e i sistemi dell'aeromobile, nonché il monitoraggio e la diagnostica del motore sono i principali fattori che guidano la crescita del mercato dei sistemi di alimentazione per turbine aeronautiche. /p>

Mercato dei sistemi di alimentazione per turbine per aeromobili, per tipo: 2020 e 2028

        

Nota: il cerchio esterno rappresenta la dimensione del mercato per il 2028, mentre il cerchio interno rappresenta la dimensione del mercato per il 2020.

Approfondimenti strategici

Gli attori che operano nel mercato dei sistemi di alimentazione per turbine per aerei si concentrano su strategie come fusioni, acquisizioni e iniziative di mercato per mantenere la loro posizione posizioni nel mercato. Di seguito sono elencati alcuni sviluppi dei principali attori:

  • Nel 2021, Honeywell International Inc. ha annunciato lo sviluppo di un turbogeneratore per aerei ibridi-elettrici. Il nuovo turbogeneratore funzionerà con carburante per aerei, diesel e carburanti alternativi.
  • Nel 2021, Triumph Group, Inc. ha annunciato che si è assicurata molteplici estensioni del contratto con Boeing Commercial Airplanes, che estenderebbero la loro collaborazione su componenti critici del sistema. I contratti evidenziano l'attenzione strategica di Triumph verso offerte di sistemi di alto valore, tra cui sistemi di attuazione, idraulici e di alimentazione, soluzioni di ingranaggi, nonché offerte di manutenzione, riparazione e revisione.

 

Il rapporto segmenta il mercato globale dei sistemi di alimentazione per turbine per aeromobili come segue:

Per tipo

  • Idromeccanico
  • Controllo digitale del motore con piena autorità (FADEC)
  • Idromeccanico/Elettronico

Per applicazione

  • Aerei commerciali
  • Aerei militari
  • Aerei dell'aviazione generale

Per geografia

  • Nord America
    • Stati Uniti
    • Canada
    • Messico
  • Europa
    • Francia
    • Germania
    • Italia
    • Regno Unito
    • Russia
    • Resto d'Europa
  • Asia Pacifico (APAC)
    • Cina
    • India
    • Corea del Sud
    • Giappone
    • Australia
    • Resto dell'APAC
  • Medio Oriente e Stati Uniti. Africa (MEA)
    • Sudafrica
    • Arabia Saudita
    • EAU
    • Resto del MEA
  • America del Sud (SAM)
    • Brasile
    • Resto della SAM

 

Profili aziendali

  • Collins Aerospace
  • Eaton Corporation plc
  • Honeywell International Inc.
  • Jihostroj as
  • Mascott Equipment Co.
  • Parker-Hannifin Corporation
  • Safran
  • Silver Atena GmbH
  • Triumph Group, Inc.
  • Woodward, Inc.
Report Coverage
Report Coverage

Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends

Segment Covered
Segment Covered

This text is related
to segments covered.

Regional Scope
Regional Scope

North America, Europe, Asia Pacific, Middle East & Africa, South & Central America

Country Scope
Country Scope

This text is related
to country scope.

Frequently Asked Questions


What are reasons behind aircraft turbine fuel system market growth?

Governments across the world are significantly investing on procurement of advanced state-of-the-art commercial as well as military aircraft fleet. Additionally, growing commercial aviation industry owing to rise in disposable income among middle class population coupled with the growing MRO operation across the world is bolstering the growth of the aircraft production rate. This is reflecting rise in demand for aircraft turbine fuel system market

What are market opportunities for aircraft turbine fuel system market?

Since the beginning of the 21st century, the aviation industry has flourished in China. At present, China holds the second-largest aviation market after the US. Boeing, American aircraft giant, in November 2020 announced that Chinese carriers are projected to acquire 8,600 new airplanes over the next 20 years. Also, the country’s commercial jet fleet has expanded sevenfold since 2000, which is ~25% of all aviation growth worldwide over the past decade. According to Carnoc, about 25% of the global single-aisle aircraft were procured by Chinese carriers. The incremental growth of the aviation industry in China is attributed to rapid growth in middle-class consumers coupled with robust economic growth and growing urbanization. Further, the Aircraft giants such as Boeing and Airbus have manufacturing assemblies in China, which complements the growth of the aircraft turbine fuel system market. Also, in setback of Boeing 737, two consecutive crash and the announcement of discontinuation of Airbus A320 is projected to complement the adoption of COMAC C919 and C929 aircraft as these are considered the immediate substitute to Boeing 737 and Airbus A320. Meanwhile, the country has the second-largest defense budget across the world after the US, and a significant portion of the defense is allotted to the procurement of advanced military aircraft and upgradation & MRO operations. Thus, all these are bolstering the aviation industry in China, which is projected to create ample growth opportunities for aircraft turbine fuel system market players.

Which type is expected to dominate the market in the forecast period?

The aircraft turbine fuel system market is led by full authority digital engine control (FADEC) segment with highest share and is expected to dominate in the forecast period. The Full Authority Digital Engine Control (FADEC) uses a digital computer, known as an EEC (Electronic Engine Control) or ECU (engine control unit), and related accessories to control the parameters of aircraft engine performance. The FADEC functions by receiving multiple input variables, such as engine temperatures, engine pressures, throttle lever position, and air density of real-time flight conditions. The input is gathered by ECU or EEC and is processed up to 70 times per second. Better fuel efficiency, efficient engine operation, automatic engine protection with regards to out-of-tolerance operations, better system integration with engine and aircraft systems, and engine monitoring and diagnostics are the major factors driving the growth of aircraft turbine fuel system market.

The List of Companies - Aircraft Turbine Fuel System Market

  1. Eaton
  2. Honeywell International Inc.
  3. Jihostroj
  4. Mascott Equipment Co.
  5. Parker Hannifin Corp.
  6. Safran
  7. Triumph Group, Inc.
  8. Turbine Fuel Systems Inc.
  9. Woodward Inc.
  10. Collins Aerospace

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