5G for l'ART: Structural Monitoring and Risk Modelling

  • ActivityFeasibility Study, Demonstration Project
  • Opening date 16-01-2023
  • Closing date 24-04-2023

***Opening and closing dates are tentative***

The Outline Proposal needs to be submitted before 28 February 2023. The Full Proposal needs to be submitted before 24 April 2023.​

In the upcoming Announcement of Opportunity, economic operators are invited to propose either a Feasibility Study or a Demonstration Project addressing the theme of: Structural Monitoring and Risk Modelling

KEY FOCUS AREAS

Buildings, infrastructure and urban areas are exposed to an increasing number of events which are determined by anthropic activities (e.g. heavy load vehicles, construction works, environmental pollution) and natural hazards (e.g. earthquakes, climate change, heavy rains, hydrogeological instability). These can potentially compromise the health of structures, including their static and dynamic behaviour under certain conditions, with direct consequences on the stability,  functionality, accessibility, service operability and safety of the building, which in some unfortunate cases has lead to loss of life.

Structural Health Monitoring is able to apply a systematic risk assessment by gathering critical information which is essential for all value chain activities including planning, construction, operation, optimisation, safety and service resilience of structures. These services are extremely valuable for a number of end-user and stakeholders including municipalities, building owners and operators, infrastructure network managers, engineering firms, environmental agency, service network operators and smart cities.

Structural Health Monitoring and Risk Modelling systems include a number of elements such as use cases, data models, risk managing processes, system concepts, technologies, in-situ sensors and satellite technologies. Managing this complexity requires a structured, secure means of communications, encompassing the integration between satellite communication and terrestrial communication infrastructure(5G), to ultimately share information across spatial area in a timely manner and ensuring reliable connectivity. In order to design, deploy and manage these types of services for a series of users and applications, trade-offs such as system functionality/complexity and interoperability versus the cost of deployment and operation must be considered andshould be taken in account in the business modelling.
In response to the aforementioned high-level scenarios, four main use cases have been identified and further characterised in collaboration with the end-users (e.g., municipality of l’Aquila, municipality of Torino):

  1. Structural Health Monitoring of buildings and road infrastructures,
  2. Utility Network Infrastructure monitoring,
  3. Risk Modelling and Geotechnical analysis,
  4. Evaluation of Environmental Impact of construction work and infrastructure operation.

VALUE OF SPACE 

All proposed ideas must use satellite or space-based data as well as 5G technology.

  • Satellite Communication: Satellite communications might play a role in providing connectivity for remote structure/infrastructures sites (e.g. rural and remote areas). They could play an essential role as back-up connectivity to terrestrial communications.
  • Earth Observation: Optical HR/VHR images provide observation capability with high accuracy resolution of the structure/infrastructure and contingent area. This enables a series of functionalities such as vegetation monitoring, change detection and post-event assessment capability. Satellite Radiometric measurements provide altimetry mission mapping (e.g. in land waters build hydrology models); topography models which detect the status and evolution of the earth surface. SAR data and related interferometry data series analysis provides accurate (e.g. to mm) monitoring of the earth surface movements which could evidence risks of landslides and deep seeded gravitational movements. Atmospheric satellite missions provide measurements of the pollution levels such as the presence of dust particles, CO2 ,NO2 across the area-of-interest.
  • Satellite Navigation: GNSS enables PNT functions, which are deemed instrumental in the geo-localisation of in-situ sensors, tracking/registering oscillation/tilts of structures/bridges to ultimately support dynamic and static analysis. Navigation functionalities are deemed essential for traffic mappings and heavy-load vehicles stress analysis to determine the capabilities and criticalities of road and bridges. GNSS also enables geo-tagging of environmental and weather parameters to enable analysis, nowcasting and forecasting capabilities.   GNSS allows the tracking and route optimisation of vehicles during construction works, delivering key information which will ultimately minimise the environmental impact and living standards across the area of interest.

WHAT WE OFFER

We offer funding and support to companies, both for business case assessment and for the development of new, space-based services related to '​structural monitoring and risk modelling'. Our offer includes:

  • Technical & commercial guidance
  • Access to our network and partners
  • Use of the ESA brand for your service
  • Zero-equity funding as summarised in the table presented below:
ACTIVITY ESA PROJECT FUNDING (UP to % of ELIGIBLE COST)   ESA CO-FUNDING LIMIT
Feasibility Study 50%**  Max ESA price: 200 kEuro
Demonstration Project 50%** Max ESA price: 1 MEuro

** ESA will bear up to 50% of the project cost. The remainder must be financed by the tenderer and/or other partners through private and/or public sector direct or indirect co-financing.

  • SMEs (i.e. enterprises fulfilling the criteria defined in the European Commission Recommendation of 6 May 2003 (2003/361/EC) or as updated) involved in Feasibility Studies or Demonstrations Projects, may be funded by ESA up to 80%.

WHAT WE ARE LOOKING FOR

We are looking for teams that have identified an attractive sustainable opportunity with real potential for engaging customers. Motivation, business experience and domain expertise are all important features. We want to hear about your sustainable ideas that involve either space technology or space data. For this call, companies residing in the following Member States will be eligible to apply: AT, BE, CH, CZ, DE, DK, FI, FR, IE, IT, LU, NL, NO, PL, PT, RO, SE, UK. Please also see the information below on obtaining letters of support from National Delegations.

Funding Scheme 

Funded participation to ESA ARTES Business Applications and Space Solutions (BASS) is open to any company and/or organisation, be it as a group of users, public body or non-governmental organisation, residing in any of those states that subscribe to the ARTES BASS programme.

To date, Austria, Belgium, Czech Republic, Denmark, Finland, France, Germany, Ireland, Italy, Luxemburg, The Netherlands, Norway, Poland, Portugal, Romania, Sweden, Switzerland and the United Kingdom have subscribed.

The applicable funding level of the individual prime- or subcontractors is subject to authorisation by the involved National Delegation(s). Therefore, bidding teams are requested to obtain a Letter of Authorisation from all their national delegations before submitting a Full Proposal.

The Outline Proposal needs to be submitted before 28 February 2023.

The Full Proposal needs to be submitted before 24 April 2023.​

WEBINAR

  • 11:00 CET, 14 December 2022. 
    External speakers: Fabio Graziosi (University of l'Aquila) and Elena De Ambrogio (Municipality of Torino)