Both NRG-5 and 5GMED involved HISPASAT contributing satellite telecommunications capacity within 5G hybrid network architectures.
HISPASAT SA
Spanish satellite operator providing 5G hybrid connectivity infrastructure for smart energy and connected transport corridors across Europe.
Their core work
HISPASAT is Spain's leading satellite operator, providing broadband connectivity and broadcasting services across Europe and Latin America. In H2020, they brought live satellite and telecommunications infrastructure to research consortia — not as a lab, but as an operational carrier with real network assets to contribute. Their role in 5G projects is to integrate satellite capacity into hybrid terrestrial-satellite connectivity architectures, particularly for mobility and remote coverage scenarios. They represent the industry side of public-private research: a commercial operator testing next-generation use cases on production infrastructure.
What they specialise in
5GMED (2020-2024) focused specifically on 5G-enabled mobility and cooperative connected transport along the Mediterranean cross-border corridor.
NRG-5 (2017-2019) explored delivering smart energy-as-a-service applications over 5G mobile networks, with HISPASAT as a connectivity contributor.
5GMED targeted sustainable 5G deployment along a Mediterranean cross-border corridor, requiring multi-country satellite coverage — a natural fit for HISPASAT's footprint.
How they've shifted over time
HISPASAT's H2020 participation began in 2017 with energy-sector applications — using 5G as a delivery channel for smart energy services (NRG-5). By 2020 their focus shifted clearly toward mobility and transport: 5GMED placed connected and automated vehicles, cross-border corridor infrastructure, and sustainable 5G deployment at the centre. The shift mirrors a broader industry trajectory where satellite operators moved from energy and IoT pilots toward mobility and transportation as the killer use case for hybrid satellite-5G networks. The trend suggests HISPASAT sees connected transport — not smart energy — as their primary growth vector within next-generation connectivity.
HISPASAT is positioning itself as the satellite backbone for 5G mobility corridors — future collaboration opportunities are strongest in cross-border transport, vehicle connectivity, and coverage continuity for automated vehicles in areas beyond terrestrial 5G reach.
How they like to work
HISPASAT participates exclusively as a consortium partner — never as coordinator — which is typical for large industrial operators who contribute infrastructure rather than lead research agendas. With 50 unique partners across just 2 projects, they clearly operate within large, multi-stakeholder consortia (both RIA and IA formats), bringing operational credibility rather than research capacity. Working with them means gaining access to real satellite network infrastructure and a commercial operator's perspective on deployment viability, but they are unlikely to drive the research direction.
HISPASAT has built a surprisingly broad network for just two projects — 50 unique partners across 13 countries, which reflects the large pan-European consortia typical of ICT Research and Innovation Actions. Their Mediterranean corridor involvement (5GMED) suggests particularly strong ties with Southern European and cross-border transport stakeholders.
What sets them apart
HISPASAT is one of the few satellite operators in H2020 that brings live, commercial-grade network infrastructure to research projects — a rare asset in consortia otherwise dominated by universities and technology institutes. For any project requiring realistic testing of connectivity in rural, maritime, or cross-border environments where terrestrial 5G is absent, HISPASAT fills a gap no research lab can. Their Spanish base and Latin American network footprint also makes them a logical bridge partner for projects with transatlantic ambitions.
Highlights from their portfolio
- 5GMEDThe largest of their two projects by budget (EUR 393,449), with a 4-year run through 2024, targeting sustainable 5G deployment for automated vehicle corridors across the Mediterranean — one of Europe's most strategically complex cross-border infrastructure challenges.
- NRG-5An early-stage bet (2017) on delivering energy-as-a-service over 5G, notable for combining two sectors — energy and telecommunications — at a time when both 5G and smart grid convergence were still experimental.