Globale Marktgröße, Prognose und Trend Highlights über 2024-2036
Simulated Train Market size was valued at USD 5 trillion in 2023 and is expected to cross USD 28 trillion by the end of 2036, expanding at a more than 18.5% CAGR during the forecast period of 2024-2036. In 2024, the Simulated Train industry size is valued at USD 6 trillion.
The simulated train industry is growing due to the rapid growth of underground railway networks. According to the International Energy Agency, most of the world's conventional rail networks are in China, Russia, India, Japan, North America and Europe. These regions account for around 90% of all passenger movements on conventional rail worldwide, with India accounting for 39% of the total, followed by China (27%), Japan (11%) and the European Union (9%). Compared to traditional training techniques, this helps in training licensed drivers and operators much faster.
Simulated Train Sector: Wachstumstreiber und Herausforderungen
growth drivers
- Increased integration of VR and AR technologies – VR/AR technology is being used by several train operators and manufacturers to create realistic, educational scenarios to help new employees learn how to handle crises such as evacuation in case of an accident, natural disaster, technical malfunction, etc.
For example, operators like Indian Railways have implemented VR-based simulations in various training institutes to prepare guards and train drivers to deal effectively with unforeseen situations. For example, in 2018, Honeywell introduced a cloud-based simulation tool that trains factory employees on key industrial job tasks by combining virtual reality (VR) and augmented reality (AR).
- Increasing focus on rail safety – In recent years, the rail sector has become increasingly focused on improving passenger safety around the world. According to the European Commission, there were 1,615 major rail accidents in the EU in 2022, resulting in 808 fatalities and 593 serious injuries. The number of major rail accidents has steadily declined since 2010, with 614 fewer incidents in 2022 than in 2010 (-27.5%), despite the increase in 2022.
Advances in simulated training techniques have been driven by the increasing emphasis on improving operator competency development to prevent catastrophic train accidents. These techniques provide drivers and engineers with immersive virtual environments in which to safely learn and practice real-world operational scenarios.
- Increasing focus on R&D activities – Leading technology companies and associations for the rail sector are increasing their R&D efforts with an aim to develop train simulation systems that are more complex, adaptable and more accurate to real-world conditions, resulting in stimulated expansion of the train market. Train simulation technologies are becoming more powerful and efficient with the development of solutions such as artificial intelligence, cloud computing and predictive analytics.
For example, in 2021, researchers from IIT Delhi and Research Designs and Standards Organisation (RDSO), a subsidiary of the Ministry of Railways, joined forces to develop ‘Runtrain#’, a train simulation software that provides insights that can be used in timetable planning procedures.
challenges
- High upfront costs – Sophisticated train simulation systems require significant upfront expenditure in hardware and software technology. Integrating simulators into existing infrastructure can incur significant costs. Smaller metro operators and training institutions sometimes struggle to afford expensive simulation technologies. Reduced finances can hamper adoption unless suppliers offer more cost-effective options. With these elements in mind, high upfront costs can hamper the simulated train market.
- Need for special installation and maintenance – The cost of running train simulators is increased by the need for special infrastructure such as space, power, cooling, etc. Complex components in simulation equipment require special facilities for installation and maintenance. The need for personalization. Infrastructure could make deploying simulated trains in the market challenging for smaller companies or those with limited space.
Simulierter Bahnmarkt: Schlüsselansätze
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base year |
2023 |
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forecast year |
2024-2036 |
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CAGR |
18.5% |
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Base Year Market Size (2023) |
5 billion US dollars |
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forecast market size for the year (2036) |
28 billion US dollars |
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Regional scope |
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Simulierte Bahnsegmentierung
component (hardware, software)
The software segment is expected to account for more than 60% of the simulated train market share by the end of 2036. The segment growth is due to the increasing shift towards digitalization. According to the United Nations, digital technologies have reached about 50% of the population of developing countries in just two decades, revolutionizing society and driving it forward faster than any other innovation in human history. Advanced software solutions that offer a variety of innovative features and functionalities are now the foundation of this revolution.
At the forefront are sophisticated algorithms that meticulously replicate the intricacies of train movements, track conditions and environmental factors, creating remarkably lifelike virtual environments that closely resemble the real train ride. The integration of artificial intelligence (AI) into the software improves system efficiency and safety by streamlining operations, including predictive maintenance and route planning.
The simulated train market is undergoing a paradigm shift due to the expansion of the software segment, indicating that modern technology will one day fully merge with rail transport, transforming safety, efficiency and the overall passenger experience.
Simulator type (driving, signal, traffic, disaster)
The driving segment is projected to gain the largest market share of approximately 3.7 billion in 2036. The growth of the segment is attributed to the growing emphasis on safety and operational excellence within the transportation industry. Driving simulators provide a safe environment where students can hone their skills and gain self-confidence in dealing with challenging situations.
This consequently leads to improved safety procedures and a reduction in potential hazards associated with real-world operating scenarios. In addition, the versatility and scalability of driving simulators meet a range of training needs by supporting different train types, terrains and scenarios. They also allow operators to focus on specific skills or difficult scenarios by enabling customized training programs. The simulated train market is expected to be significantly shaped by the driving segment as the need for competent and well-trained train operators grows.
Our in-depth analysis of the simulated trains market includes the following segments:
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component |
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services |
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simulator type |
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Diesen Bericht anpassenSimulierte Bahnindustrie - Regionale Synthese
North American market statistics
North America is expected to account for more than 38% revenue share in the simulated train market by the end of 2036. The market is also expected to grow in the region due to investments in technological advancements and simulation software . The region's transportation industry is increasingly realizing the benefits of virtual training environments for operators.
These simulations provide a risk-free environment to improve skills, respond to emergencies, and maximize operational efficiency. Additionally, the cost-effectiveness and scalability of simulated trains make them an attractive option for modernizing rail transportation. With a growing desire for creative, safe, and efficient solutions, North America is at the forefront of the simulated train market growth.
The increasing use of simulation technology and the presence of leading simulator manufacturers are driving the growth of the simulated train market in the United States . For example, NeTrainSim is a nationwide multi-train simulation program developed by researchers at the Virginia Tech Transportation Institute (VTTI). The open-source model has been used to run multiple simulations of the nationwide network of freight trains powered by alternative fuels such as electricity, biodiesel, hydrogen, and hybrid vehicles. The most efficient powertrains are electric drives, which use 56% less energy.
The simulated train market is growing in Canada due to stringent operator training requirements and increasing focus on optimizing training costs. According to the Railway Association of Canada, the Railway Safety Act requires all federally regulated railways and all persons operating on their tracks to maintain a safety management system (SMS). Over the last decade, Canadian railways have invested over $21.5 billion in improving tracks and railbeds, as well as implementing innovative technologies to detect risk indicators, meet regulatory standards and ensure network security.
APAC Market Analysis
The simulated train market in the APAC region is expected to register a growth rate of over 12.6% through 2036. This is due to the cost-effectiveness and adaptability of simulated trains. Leading companies and governments alike are realizing how much virtual training environments can offer rail operators. These simulations provide a safe environment in which to improve skills, manage crises, and optimize processes.
In China, the market for simulated trains is growing due to the region's growing railway infrastructure. According to the State Council Information Office of China, high-speed railways will account for 45,000 km of China's approximately 159,000 km railway network by the end of 2023.
The increasing use of simulation-based training by railway operators in Korea is driving the growth of the simulated train market. In addition, the increasing domestic traffic in the region is influencing the growth of the simulated train market in the region. For example, an analysis of travel trends in Korea shows that an average of nearly 21 million regional trips are made every day. Notably, the share of rail transportation increased to 20% in 2019, which is a notable increase from the share of 16.3% in 2010.
Unternehmen dominieren die Simulierte Zuglandschaft
- Alstom SA
- company overview
- business strategy
- Important product offers
- financial result
- Key Performance Indicators
- risk analysis
- Current Development
- Regional presence
- SWOT analysis
- Risk Positions Company Limited
- Bombardier Transport
- Siemens AG
- Thales
- Transurs simulation
- Opal-RT
- CORY
- Foerst GmbH
- mechatronics
The leading service providers in the industry are always updating their technology to stay ahead of rivals and ensure efficiency, reliability, and security. To maintain a competitive edge over their rivals and take a large share of the market, these players focus on collaboration, product advancements, and partnerships.
In the News
- Alstom SA uses virtual reality (VR) technology primarily to train drivers and staff on how to operate a new rolling stock product, whether on an existing, modified or completely new transport system. Customers and operators face the problem of training a large number of people in a short period of time, especially when the product is not yet ready. A driving simulator allows this to be done safely. A simulator also allows us to demonstrate the safety of any product or rail system.
- Thales has created the robust train positioning system, which provides accurate train positioning data as well as a digital map of the route to improve rail safety and efficiency in the UK. The system seeks to improve safety by using a range of sensors that collect essential train positioning data, which is then coupled with a digital map of the railway to provide accurate and continuous positioning performance for train drivers and other staff.
Autorenangaben: Abhishek Verma
- Report ID: 6173
- Published Date: Jun 13, 2024
- Report Format: PDF, PPT
