The future of smart charging: Highlights of the Mobile World Congress 2025
The future of Smart Charging: Highlights of the Mobile World Congress 2025
The Mobile World Congress (MWC) 2025 has once again been the epicentre of technological innovation, bringing with it advances that will mark the future of connectivity, artificial intelligence and sustainability. Among revolutionary devices and new digital solutions, one of the most prominent topics has been energy optimisation and its impact on sectors such as electric mobility.
From smartphones with advanced AI to smart infrastructures, interconnectivity and automation are redefining the way we consume and manage energy. This represents a key opportunity to improve the efficiency of electric vehicle charging, making the process more accessible, economical and sustainable.
Main innovations of MWC 2025
The event has been full of news, but some of the most relevant for the electric mobility sector include:
1. Artificial Intelligence applied to energy management
More and more devices and systems are integrating AI to optimize energy consumption. Samsung, for example, has presented Galaxy AI, a technology that analyses usage patterns to improve the efficiency of its devices, reducing unnecessary energy consumption.
This same philosophy can be applied to charging stations for electric vehicles, allowing charging points to optimise the flow of energy according to demand and prices of electricity in real time.
2. Expansion of 5G connectivity and device interconnectivity
5G continues to evolve, allowing greater communication between devices in real time. In the context of electric mobility, this translates into:
- More connected and efficient charging infrastructure.
- Greater integration with intelligent energy management systems.
- Possibility of adaptive charging according to availability and electricity costs.
With an optimised 5G network, charging stations will be able to better communicate with vehicles, power grids and users, providing instant information on availability, wait times and optimal rates.
3. Flexible and innovative devices
From folding screens to smartphones with customisable AI assistants, MWC 2025 has shown that technology is moving towards a more adaptable and efficient approach. In the field of electric mobility, this translates into the possibility for drivers to access intuitive platforms from any device to manage their charge in a remote and personalized way.
The impact of these innovations on electric mobility
MWC 2025 has let the mobility of the future be smart, connected and sustainable. The integration of AI and 5G in electric vehicle charging management opens the door to new solutions that will optimize energy efficiency and reduce operating costs.
Some key benefits include:
– Optimized load: AI algorithms can analyse charging behaviour and recommend the best times to plug in the vehicle, avoiding high rates and reducing pressure on the power grid.
– Greater integration with renewable energies: Smart charging stations will be able to better manage energy from renewable sources, storing it in batteries when demand is low and using it in times of greatest need.
– Less congestion at charging stations: Thanks to advanced connectivity, users will be able to receive alerts about the availability of charging points in real time, avoiding unnecessary waits and improving the charging experience.
Proelectric: Bringing MWC 2025 innovation to electric mobility
At Proelectric we closely follow all these innovations to integrate them into new electric vehicle charging systems. Our mission is to offer increasingly efficient, sustainable solutions aligned with the latest technological trends.
Electric mobility is not only a matter of vehicles with batteries, but of a technological ecosystem that optimizes each step of the charging process. By adopting advanced technologies such as AI and 5G, we can make charging more intuitive, efficient and economical for everyone.
Are you ready for the future of electric mobility? At Proelectric we work so that innovation reaches each charging point.