17 & 18 April 2024 4th edition FICOBA (Basque Country)

17 & 18 April 2024 4th edition
FICOBA (Basque Country)

NEWS

MUBIL MOBILITY EXPO: wherever SIM Presents Secure M2M Solutions For Sustainable Mobility Applications

wherever SIM GmbH is one of the world’s largest providers of modern M2M SIM solutions. The German company not only offers M2M SIM cards, but also comprehensive connectivity solutions that drive efficiency, scalability, and success in a wide range of IoT applications. Over 1,000 successful IoT projects testify to the company’s great expertise in the field of machine-to-machine communication. From the 17th to the 18th of April 2024, wherever SIM will be exhibiting together with the AEDIVE association at the MUBIL MOBILITY EXPO in Fiscoba.

With its SIM cards specifically designed for machine-to-machine communication, wherever SIM has become the preferred SIM supplier for various mobility projects, especially those about e-charging. As an example: An M2M SIM from wherever SIM is used in more than 25% of the 100,000 charging points recorded by the German Federal Network Agency. 

wherever SIM detected the fast growing market of e-mobility and its future potential globally: The demand for sustainable transport continues unabated as the market for electric vehicles and charging stations grows quickly. This rapid spread is accompanied by the challenge of effectively managing the charging infrastructure, among other things. This is where wherever SIM GmbH has established itself as a key player in the provision of innovative connectivity solutions. As a member of the German federal association for mobility (BEM) and the Spanish mobility association AEDIVE, wherever SIM is constantly working on growing its expertise in the e-mobility industry. Its customers in this sector include international industry giants such as Chargepoint, EWE Go and Mer – one of the leading providers of charging solutions. 

Anton Achatz, Managing Director of Mer Germany GmbH: “As part of Statkraft, we operate charging stations for electric vehicles in Germany, Austria, Norway, Sweden and the UK in thousands of locations. In the past, when we set up each new charging station, we had concerns about the operations not being stable. Since we started using the M2M SIMs from wherever SIM, we don’t have to worry about that anymore.”

Once deployed, the M2M SIMs enable reliable and secure real-time communication between different components of the e-mobility ecosystem via mobile network. And most importantly: The SIM cards also allow access to the mobile networks of different operators within a country, called national roaming. They therefore guarantee a mobile network connection almost everywhere. This seamless connectivity means that charging stations and electric vehicles can be monitored, managed and maintained remotely – no matter where they are located. 

Key features and benefits of M2M SIM cards for e-mobility applications:

  • Global connectivity through access to more than 485 mobile networks worldwide
  • Real-time monitoring and control for rapid intervention and optimisation
  • High data security through APN, VPN and static IP addresses
  • Scalable and flexible infrastructure to meet increasing demand
  • Improved customer experience through seamless connectivity

“We are proud to contribute to the development of sustainable charging solutions with our M2M SIMs. By simplifying the complexities of connectivity for our customers and enabling them to efficiently manage electric vehicles and charging infrastructure, we can help accelerate the global transition to a greener transport landscape,” says Tim Müller, Managing Director of wherever SIM.

At the MUBIL MOBILITY EXPO, wherever SIM will be presenting its solutions tailored to the specific requirements of the e-mobility sector. Visitors of the trade fail will have the opportunity to get a full service approach for their project, since wherever SIM, as a member of the AEDIVE association, shares their booth with other e-mobility experts. Find out more about the key functions and benefits of the M2M SIM cards at booth AEDIVE 3-19.

Due to its great expertise in sustainable projects and renewable industries, wherever SIM also joined the main Spanish Solar PV association UNEF in March 2024. If you are interested in the functionality of M2M solutions in this sector, you will have the opportunity to meet wherever SIM at Intersolar Europe in Munich from 18 to 19 June 2024.

About the company:

wherever SIM GmbH is one of the world’s largest independent providers of reliable and secure M2M solutions. Its core business is the provision of M2M SIM cards that enable IoT devices at any location to transmit data via the strongest local network, as well as an online platform for SIM management. The company also offers flexible and customized M2M data plans, ranging from a few KB to several hundred GB. Today, more than 1,000 IoT projects have been successfully implemented worldwide with the M2M SIMs from wherever SIM and more than one million SIM cards have been managed via the platform. Customers include companies from a wide range of industries and of various sizes, such as Eranovum, Viessmann, Seat MÓ, HP, Lufthansa Industry Solutions or Chargepoint.

wherever SIM offers free M2M test SIM cards to companies.

More information are available at:

en.whereversim.de/ | LinkedIn
wherever SIM at the MUBIL MOBILITY EXPO in Fiscoba: booth AEDIVE 3-19

Your contact at the trade fair:
Stefanie Ghadere
stefanie.ghadere@whereversim.de 
+34 951 127 251

Press contact:
Laura Gaber
wherever SIM GmbH
pr@whereversim.de 
+49 40 228 525 754

MARIA TSAVACHIDIS

CEO
EIT Urban Mobility

La Dra. Maria Tsavachidis es la directora general de EIT Urban Mobility, una comunidad europea de conocimiento e innovación para acelerar la transición hacia la movilidad urbana sostenible y los espacios urbanos habitables. Antes de incorporarse al Instituto Europeo de Innovación y Tecnología en 2018, fue responsable de Innovación en Siemens durante más de 20 años, empresa en la que ocupó diferentes puestos. Comenzó su carrera como investigadora en el campo de los sistemas de transporte inteligentes y tiene un doctorado en ingeniería de tráfico por la Universidad Técnica de Múnich.