Maeve Aerospace B.V. has adopted the Siemens Xcelerator portfolio of industry software and services to aid in the development of Maeve 01, its next-generation, zero emissions all-electric passenger aircraft. Unveiled at the Paris Air Show, Maeve 01 enables 44+ passengers to travel in a range of 463 km, with zero emissions.
Maeve’s mission is to transform regional air mobility, guided by a commitment to mitigate environmental impact. With its all-new electric aircraft design, Maeve is aiming to decrease emissions and energy consumption significantly, while improving the aviation industry’s economic and social prosperity, and building a sustainable future that contributes to a healthier planet for future generations.
Through their shared passion and dedication, Maeve’s growing team of aviation experts is pioneering the path towards zero-emission flights. Recently, Maeve Aerospace received a global interest from investors including a conditional investment of €17,5 million co-investment from the European Innovation Council and over €2,5 million in Dutch grants.
“Maeve’s experienced aviation team having the Siemens Xcelerator portfolio of design and simulation tools in their toolbox has given us the perfect opportunity to take our electric aircraft design to the next level,” said Joost Dieben, co-founder and chief commercial officer of Maeve Aerospace. “Maeve is empowered with these tools and Siemens’ expertise has helped us to get one step closer to zero-emission aviation. Together with Siemens, we’ve been able to accelerate our development process to be able to start flying before 2030.”
Under the technical leadership of its new chief technology officer, Martin Nuesseler, the Maeve team has redesigned and optimised its earlier aircraft using the Siemens Xcelerator portfolio of industry software. Creating a digital twin of its all-electric powertrain and executing full thermal and safety simulations on its in-house designed aircraft dedicated battery system has enabled Maeve to significantly reduce the overall weight of the aircraft. This has resulted in the reduction of aircraft structures, delivering an increase in propulsion and battery capacity; and compared to existing turboprop aircraft, Maeve 01 reduces operating costs by 30%.
“Maeve, like many aerospace industry innovators, is adopting Siemens Xcelerator as the platform of choice for the development of next-generation vehicles,” said Todd Tuthill, vice president of Aerospace and Defense at Siemens Digital Industries Software. “To meet market demands and sustainability requirements, and remain competitive, aerospace companies need new ways to deliver products faster, and Siemens’ goal is to help our customers push the boundaries of innovation while making digital transformation easy, fast, and at scale.”
South Africa’s AI revolution is here – but are we secure?
IT in Manufacturing
South African businesses are sprinting to embrace generative AI, lured by its potential to drive efficiency, productivity and innovation. But here’s the stark reality: without a rock-solid cybersecurity foundation, AI will become a Trojan horse, opening the floodgates to sophisticated cyber threats.
Read more...Shaping data resilience strategies with AI and hybrid cloud solutions
IT in Manufacturing
In today’s rapidly evolving digital landscape, organisations are under growing pressure to secure their operations against increasingly sophisticated cyberthreats, including those that leverage AI to enhance the success rate of attacks. In this landscape, it has become essential to ‘fight fire with fire’ – harnessing AI as a means to counter these threats.
Read more...Advancements in wire rope testing
IT in Manufacturing
Being able to get instant, real-time and portable detection of wire rope flaws can make a significant difference for operational teams. There have been a number of significant technological advancements and tools entering the market that help wire rope operators detect and resolve problems faster.
Read more...Digitalisation in mining - the advantage you need now Schneider Electric South Africa
IT in Manufacturing
Digitalisation offers immense and proven benefits such as streamlining operations, reducing error and accelerating workflows. Mining operators today leverage digital technologies to improve efficiency, sustainability and very importantly, safety.
Read more...The shape of water – automating hydropower operations Schneider Electric South Africa
IT in Manufacturing
Hydropower is undoubtedly one of the building blocks of today’s renewable energy industry and its operations need to be efficient, reliable and sustainable. Automation must therefore form part of today’s modern hydropower operations to improve resource management and enhance reliability.
Read more...What lies beneath – the hidden cost of AI Schneider Electric South Africa
IT in Manufacturing
The world is quickly realising that with the rapid advancement in AI there are also caveats. In short, apart from environmental implications, it also has major significant financial ramifications.
Read more...Trends shaping the future of cloud in South Africa
IT in Manufacturing
The cloud has emerged as a fundamental and transformative component of modern business infrastructure. It has fundamentally changed how organisations operate and innovate. In South Africa, this trend is particularly pronounced, with most businesses adopting multi-cloud strategies to enhance their agility and competitiveness.
printer friendly version