Aircraft Auxiliary Power Unit Market - APU - Size, Forecast & Share 2032
According to the report published by Zion Market Research, the global Auxiliary Power Unit Market size was valued at USD 1,628.10 Million in 2023 and is predicted to reach USD 2,357.70 Million by the end of 2032. The market is expected to grow with a CAGR of 4.20% during the forecast period.
Aircraft auxiliary power unit sales were negatively impacted by the COVID-19 pandemic. Demand for new commercial and general aviation aircraft decreased throughout the pandemic as a result of a worldwide decline in passenger travel.
Furthermore, the transportation limitations imposed on critical components indispensable for the production of auxiliary power units had an effect on the market. However, as passenger traffic increased in 2021 and several airlines resumed receiving aircraft deliveries and placing orders for new aircraft, the situation improved.
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The impact of COVID-19 on the delivery of military aircraft was substantial. Delays in production and delivery schedules have been observed. Since 2022, aircraft manufacturers have placed significant emphasis on expediting deliveries and addressing the backlog of diverse military aircraft. In the year 2022, a total of 1,156 aircraft were delivered to end consumers worldwide, with Airbus being responsible for 676 aircraft deliveries and Boeing the remaining aircraft.
Future advancements in APU technologies may be motivated, in part, by the requirement to manufacture aircraft with reduced noise, carbon emissions, and fuel consumption. The proliferation of electric aircraft architecture has led to a gradual advancement in the development of all-electric APUs. The potential advantages of implementing these electric APUs could present the market with additional avenues for expansion in the future.
An assortment of end-user sectors, including civil and military aircraft, are witnessing a surge in demand for aircraft auxiliary power units. The marketing of aircraft auxiliary power units is anticipated to be driven by this factor, according to the global market forecast.
Auxiliary Power Units (APUs), which are typically gas turbine engines, are employed to supply electricity, pressurised air, and shaft power to aircraft ground operations. The shaft power is of utmost importance in initiating the primary engine, air conditioning, and various electrical systems and functions linked to the aircraft. APUs play a critical role in the aircraft industry by providing reserve electrical power during flight operations in the event of unforeseen circumstances, such as engine failure involving both engines.
The aircraft Auxiliary Power Unit market outlook states that APUs assist in powering all primary aircraft engines. The majority of aircraft propulsion systems are turbine engines, which require high-speed rotation; therefore, the procedure can provide the air compression required to maintain the engine's efficiency.
At 400Hz, these APUs can typically generate 115V alternating current. Due to the fact that an auxiliary power unit offers the benefit of functioning as a supporting engine, its market demand is anticipated to increase in the future years. The expansion of the aircraft manufacturing sector, facilitated by forthcoming technological developments, is readily stimulating the expansion of the global market.
The advancement of all-electric APUs has accelerated in recent years as a result of numerous breakthroughs in aircraft electric architecture development. The potential advantages of their implementation may present additional avenues for expansion in the aircraft APU industry in the future years.
Global Market Drivers for Auxiliary Power Units
The market drivers pertaining to auxiliary power units are susceptible to a multitude of influences. Possible examples include:
Increasing Demand for Aircraft: The expanding middle class, burgeoning economy, and augmented disposable income all contribute to the escalating demand for commercial aircraft. This consequently increases the demand for auxiliary power units (APUs) that provide power generation and auxiliary functions while on board.
The augmentation and modernization of airline fleets: In response to the increasing global passenger travel demand, airlines are replacing antiquated aircraft with models that are more fuel-efficient and technologically advanced. As fleet sizes increase, APUs become increasingly crucial for powering multiple aircraft systems during both ground operations and flight.
Fuel Efficiency and Emissions Reduction: The aviation industry is receiving increasing pressure to improve fuel efficiency and reduce emissions in order to mitigate its negative environmental impacts. APUs fulfil a crucial function in achieving these goals by providing energy-efficient power generation for aircraft systems, reducing the need for main engine operation during ground operations, and optimising fuel consumption.
Increasing Focus on Aircraft Upgrading and Maintenance: In order to comply with stringent regulatory requirements and maintain ageing fleets of aircraft, airlines and aircraft operators are allocating funds towards maintenance, repair, and upgrade endeavours. It is feasible to enhance the performance, dependability, and fuel economy of older aircraft through the installation of modern APUs; doing so will stimulate market demand.
Expanding Utilisation of Electric and Hybrid Aircraft: With the increasing prevalence of these aircraft, APUs are presented with more promising opportunities due to these technological progressions. As auxiliary power sources are necessary for ground operations, emergency support, and additional power generation on certain aircraft. As demand increases for electric and hybrid aircraft, it is anticipated that APUs designed for these aircraft will also increase in demand.
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Initiatives to Modernise Military Aircraft: In an effort to enhance operational capabilities, reduce lifetime expenses, and maintain readiness, military aircraft operators worldwide are allocating resources towards modernization initiatives. The demand within the defence industry is driven by APUs, which serve as critical components of military aircraft providing power to armaments, electronic systems, and critical infrastructure.
Technological Advancements in APU Design: The market is expanding as a result of ongoing enhancements in APU technology, which include the incorporation of integrated diagnostics, lightweight materials, and more fuel-efficient and environmentally favourable units. These advancements enhance the appeal of APUs to aircraft manufacturers and operators through improvements in their functionality, reliability, and upkeep.
The expansion of the business aviation and general aviation sectors is primarily propelled by corporate travel, charter services, and private aircraft ownership. Consequently, this expansion generates a demand for aircraft power units (APUs). As essential components for onboard power generation, climate control, and avionics operation in business jets and smaller aircraft, APUs stimulate market expansion.
Development of Unmanned Aerial Vehicles and Urban Air Mobility: The emergence of urban air mobility (UAM) concepts and the expanding application of unmanned aerial vehicles (UAVs) for various objectives generate fresh opportunities for APUs. In order to provide power to electric propulsion systems, onboard electronics, and mission-critical operations, these platforms require power sources that are compact and lightweight.
A favourable regulatory environment: Regulatory organisations such as the Federal Aviation Administration (FAA), European Aviation Safety Agency (EASA), and International Civil Aviation Organisation (ICAO) exert a substantial influence on the dynamics of the APU market. Innovation, quality assurance, and market compliance are all propelled by regulatory standards and certification requirements, which serve to foster market expansion and competitiveness.
Auxiliary Power Unit Market: Competitive Players
The key market players that are involved in the auxiliary power unit market include:
- Hamilton Sundstrand
- Microturbo
- The Marvin Group
- Falck Schmidt
- Eaton Fuel Systems Division
- Hutchinson Aerospace & Industry
- Honeywell International Inc.
- Jenoptik AGh, Kinetics Ltd.
- Dewey Electronics Corporation
- Liebherr-Aerospace Lindenberg GmbH.
- Exotic Metals Forming Company LLC.
The Global Auxiliary Power Unit Market is segmented as follows:
By Military aircraft
- UAV
- fighter
By Commercial aircraft
- VLA
- WBA
- NBA
By Military land vehicle
- armored vehicles
- MBT
By Application
- military
- marine
Auxiliary Power Unit Market: Regional Segment Analysis
- North America U.S.
- Europe UK France Germany
- Asia Pacific China Japan India
- Latin America Brazil
- The Middle East and Africa
Geographical Analysis
The regional analysis of the Aircraft Auxiliary Power Unit Market Forecast indicates that North America will be the leader of the global market due to the presence of numerous main aircraft APU manufacturers. Countries such as Germany, France, the United Kingdom, and Russia, which are presently making strides in the implementation of aircraft APUs and anticipate significant expansion over the forecast period, dominate the European market.
The Asia Pacific Market is poised for substantial expansion due to the proliferation of commercial and military aircraft. Population expansion and increased productivity demand in the aviation sector of Asian nations may prove to be significant market growth drivers in the coming years.
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Industry Overview of Auxiliary Power Units (APU) for Aircraft
The market is extremely consolidated, with only a handful of companies holding significant market shares. At present, several prominent entities in the market include Pratt and Whitney (Raytheon Technologies Corporation), Safran, Honeywell International Inc., JSC NPP Aerosila, and PBS Group, a. s. Pratt & Whitney and Honeywell hold a dominant market share in the commercial aviation sector due to their established demand for Airbus and Boeing aircraft auxiliary power units.
It is anticipated that the military aviation sector will present aircraft auxiliary power unit manufacturers with novel prospects and may witness heightened market competition. The market for aircraft auxiliary power units may become more competitive over the next few years as companies try to get ready for the more electric architecture of next-generation aircraft by using new technologies like electric APUs.
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