Global Space and Aerospace Battery Market and Technology Report 2022: Markets of over $ 10 billion by 2030-Energy requirements will rise from 9.09 million kWh in 2022 to 28.09 million kWh in

Dublin-(Business wire)-“Space and Aerospace Batteries-Market and Technology Forecasts to 2030” report added to Recruitment.

The global space and aerospace battery market will reach US $ 10.11 billion by 2030 from US $ 4.09 billion in 2022. In addition, energy requirements for space and aerospace applications will rise from 9.09 million kWh in 2022 to 28.09 million kWh in 2030.

Space and aerospace batteries are becoming an important part of space missions, aerial remote sensing programs, and defense and security applications.

This study provides a detailed analysis of the global space and aerospace battery system market over the next eight years and provides market size forecasts. In addition, it covers key technology and market trends in the industry and analyzes factors influencing the demand for space and aerospace battery systems.

The availability of different battery chemistries in all ranges of energy density has created ample range and opportunities for space and aerospace batteries around the world. By 2030, the global space and aerospace battery business will thrive in almost all types of end-use applications.

The various chemicals of lithium ion and future combinations of lithium with sulfur and silicon open up possibilities for the market for high energy density batteries. All-solid-state batteries are also advancing and will soon become part of the mainstream market.

Many space and aerospace battery system developers and manufacturers struggle with the scalability of their business and marketing networks. The acquisition of manufacturing bases and the development of skilled technology supply chains have increased over the past few years.

Today, the majority of battery manufacturers are focused on developing batteries for electric vehicles. This is useful for space and aerospace batteries in that you get a safe, high energy density, long life cycle battery.

Going further in the next decade, many satellite launches are planned around the world, and many new aircraft, especially UAVs, will generate demand. HAPS (high altitude pseudo-satellite) and Airtaxis will be the mainstream businesses. We could see more such trends in the market.

Your business will grow huge and grow in many countries and applications. The concern is that supply can face challenges, primarily due to lack of capital or the inability to expand the business.


  • The space and aerospace markets are projected to record a CAGR of 12.0% against 2022-2030 in terms of value and approximately 15.1% in terms of energy requirements.

  • In terms of applications, space batteries are expected to have the largest revenue share in the world.

  • Aircraft batteries and UAV batteries are expected to occupy the second and third largest segments in terms of revenue during the forecast period.

  • HAPS owns the remaining market share.

  • Increasing demand for high energy density and safety will increase the demand for space and aerospace battery systems

Market overview

Overview of batteries used in space and aerospace applications

  • Space application

  • aircraft

  • UAV

  • High Altitude Pseudo Satellite (HAPS)

Notable events

  • NASA develops all-solid-state batteries to enhance safety and rechargeability

  • Shipment of the first high-density lithium-ion battery cell for high-altitude pseudo-satellite (HAPS)

Competition scenario

Supply analysis

  • Lithium batteries dominate the rechargeable battery market

Technology and development

Battery type

Battery format

Key performance standards for space and aerospace batteries

Timeline for secondary battery chemical development

  • Nickel cadmium battery

  • Sodium-sulfur battery technology

  • Lithium Nickel Cobalt Aluminum Oxide (NCA)

  • Lithium Nickel Manganese Cobalt (NMC) Battery

  • Lithium Iron Phosphate (LiFePO4) Battery

  • Lithium manganate (LMO) battery

  • Lithium Titanium or Lithium Titanium (LTO) Battery

VES16 lithium-ion battery for space applications

Notable future battery technology

  • Lithium-sulfur battery technology

  • Lithium-air battery technology

  • Solid Lithium Metal Battery Technology

  • Silicon nanowire battery technology

  • Zinc-air battery technology

Licerion technology

Bipolar stacking

Companies mentioned

  • AAC Clyde Space

  • Prius

  • AMTE power

  • APB Co., Ltd.

  • Concorde Battery Corporation

  • Custom cell

  • Denchi

  • EaglePicher Technologies

  • Power system

  • EnerSys

  • Epsiler

  • GomSpace

  • GS Yuasa International Co., Ltd.

  • Ibeos (formerly Cubic Aerospace)

  • Kokum Indica

  • Saft Groupe SAS

  • Zion Power

  • Space vector

  • Steatite Ltd

  • Teledyne Battery Products (GILL)



  • North America

  • Europe

  • APAC

  • Middle East and Africa

  • latin america

Value type

Sales type

Market type

End user type

  • army

  • Civil & Commercial


Space application

  • satellite

  • Rocket launch

  • Space exploration mission

Satellite type

  • big

  • Moderate

  • small

  • CubeSats

  • others

Satellite orbit type

Aircraft market type

  • army

  • Civil & Commercial

Military aircraft type

  • Large airplane

  • Medium and small planes

  • Heavy helicopter

  • Medium and small helicopters

Civil and commercial aircraft types

  • big

  • Medium and small machines

  • Heavy helicopter

  • Medium and small helicopters

UAV market type

  • army

  • Civil & Commercial

Military UAV type

  • big

  • Moderate

  • small

  • Mini / micro / nano

Private and commercial UAV types

  • Moderate

  • small

  • Mini / micro / nano

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