SMECS-DE2A

PROJECT

SMECS-DE2A

Sustainable Modular Edge Computing Systems for Digital Energy Efficiency Applications
PROJECT LEAD

Antonio Sacchetti

CONCEPT

The SMECS-DE2A project aims to design and validate, at the laboratory level, a new generation of Made in Italy IoT Edge Computers. These systems will be modular and remotely reconfigurable via software, allowing for an extended system lifespan and a reduction in average electronic waste production.

The approach emphasizes responsible and sustainable use by engaging the user through a new business model inspired by servitization principles. Additionally, the system integrates innovative features, including Artificial Intelligence for energy management of prosumers, and geolocation functions, offering a strong focus on sustainability and digital innovation.

CONTEXT

IoT Edge Computing is one of the most promising fields in the evolution of mechatronics, enabling significant improvements in resilience to power/network issues, latency reduction, and lower data traffic to the cloud.

If these core benefits are enhanced by introducing innovative, regenerative, and repairable elements, particularly in energy efficiency applications, Edge Computing solutions can evolve according to a sustainable and circular model—delivering environmental, economic, and systemic benefits.

Beneficiari

OBJECTIVES AND EXPECTED RESULTS

SMECS-DE2A aims to increase both the quality and quantity of “Made in Italy” products and services capable of:

  • Developing innovative business models focused on circularity and servitization;
  • Creating technological solutions that improve energy efficiency in both processes and products.

The project's final goal is to:

  • Design and test modular, sustainable Edge Computing systems, in line with EU guidelines (2020/2077(INI) and 2016/2272(INI)), to reduce waste generation and extend product life cycles;
  • Develop AI-based features for efficient energy management of prosumer users, integrated with location-based services, all validated through laboratory tests.

KEY FIGURES

12

RESEARCHERS INVOLVED

6593

RESEARCH HOURS

2

NEW HIRES EXPECTED

12

PROJECT DURATION

6

NUMBER OF WORK PACKAGES (WPS)

2

STARTING TRL

4

FINAL TRL