Beyond Data 28 th March 2019- EINDHOVEN POWERED BY SPACE Piera Di - - PowerPoint PPT Presentation

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Beyond Data 28 th March 2019- EINDHOVEN POWERED BY SPACE Piera Di - - PowerPoint PPT Presentation

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Beyond Data 28 th March 2019- EINDHOVEN POWERED BY SPACE Piera Di Vito ESA business applications team business.esa.int European Space Agency ESA facts and figures Over 50 years of experience 22 Member States Eight

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European Space Agency

→ POWERED BY SPACE

Piera Di Vito ESA business applications team business.esa.int

Beyond Data 28th March 2019- EINDHOVEN

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§ Over 50 years of experience § 22 Member States § Eight sites/facilities in Europe, about 2300

staff

§ 5.75 billion Euro budget (2017) § Over 80 satellites designed, tested and

  • perated in flight

ESA facts and figures

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To provide for and promote, for exclusively peaceful purposes, cooperation among European states in space research and technology and their space applications.

Article 2 of ESA Convention

Purpose of ESA

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European Space Agency

science earth observation human spaceflight space transportation navigation application exploration technology telecommunication

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 5

esa business applications

Human Spaceflight Technologies Space Weather Earth Observation Satellite Navigation Satellite Communication Financial Aviation Education Energy Media Agriculture Environment Transport Healthcare Maritime

FUEL FOR YOUR BUSINESS

Could you be leveraging Space technology and data for the benefit of life

  • n Earth?
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European Space Agency

ESA BUSINESS APPLICATIONS AND ENERGY

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 7

esa business applications

SPACE APPLICATIONS IN THE ENERGY SECTOR

Carbon Capture, Utilisation, Storage (Smart) Electricity Grids Pipeline Monitoring Solar Photovoltaic Wind Hydro Bio Ocean Geothermal

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European Space Agency

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ESA Business Applications

Project examples

  • Spottit
  • SUMO
  • Com4Offshore
  • ISSWIND
  • …
  • ..
  • PIMSIS
  • Surmon
  • UASATCOM
  • CSP-Fosys
  • SATBAMS
  • GridWatch
  • ….
  • CSS-spacemon

Microgrids for developing economies

  • HV-SATPROTEC
  • SharperSat
  • SpaceGrid
  • Point 4
  • …
  • …
  • Intogener
  • Snowsense
  • …
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European Space Agency

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Energy critical infrastructure monitoring

WHY DOES SPACE DATA MATTER?

An overview of localised conditions and changes throughout vast land areas or cities

  • ver time is vital in

the continuous maintenance and

  • peration of these
  • services. This is only

possible as a result

  • f satellite

technology.

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European Space Agency

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Pylon movements and ground displacement

GridWatch: project example

Distribution tower collapsed because of the wind Credit: GridWatch IAP project https://business.esa.int/projects/gridwatch

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European Space Agency

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Pylon movements and ground displacement

GridWatch: project example

Displacement map using satellite SAR data SAR images are used for the detection of small and slow movements of pylons and ground

Credit: GridWatch IAP project https://business.esa.int/projects/gridwatch

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European Space Agency

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Vegetation monitoring

WHY DOES SPACE DATA MATTER?

Earth Observation optical and Earth Observation SAR data provide information on: tree species & height estimation, determination of the position of trees with respect to power lines. By knowing the tree specie and environmental condition (including weather), a prediction of vegetation growth can be modelled.

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European Space Agency

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Vegetation Monitoring

Point 4: Project example

  • The project intends to provide a real-time

auditing service, checking on the spot of trees have been pruned to specification prior to moving to the next one.

  • Space assets allow to:
  • Satellite telecommunications: communication

from those places without other terrestrial means.

  • EO data: vegetation status / evolution to assess

the risk

https://www.youtube.com/watch?v=HO4NUzTsE78

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European Space Agency

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Point 4 project

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European Space Agency

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Assets maintenance and recovery

Sharper Shape project example

Sharper Shape uses EO supported by airborne data gathered by RPAS and its own software solutions which provide a new level of accuracy and faster time-to-results.

RPAS and SatEO for maintenance and recovery of electricity grid Sharper Shape uses EO data to detect vegetation change near power lines. Use of EO change detection: ØIdentification of clear cuts near power line corridors ØVegetation clearance supervision (VHR) ØTrigger UAV inspection

Credits: Sharper-Sat ESA IAP feasibility study https://business.esa.int/projects/sharpersat

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European Space Agency

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Assets maintenance and recovery

Sharper Shape project example

  • Sharper Shape UAV’s are capable Beyond Visual Line Of Sight fights with up to 1 hour flight time and up to 8 kg payload.
  • Sharper Shapes UAV’s are equipped with high performance LiDAR, High resolution cameras, onboard computer and

storage unit and high precision IMU (Inertial Measurement Unit)

Credits: Sharper-Sat ESA IAP feasibility study https://business.esa.int/projects/sharpersat

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European Space Agency

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RENEWABLE ENERGY

WHY DOES SPACE DATA MATTER?

The weather plays a huge role in the level of energy produced from renewable

  • sources. This is where Earth
  • rbiting satellite data can

be utilised for maximum effect. Highly accurate weather forecasting will help solar, wind and hydro energy output predictions.

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European Space Agency

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Wind / wave forecasting for offshore wind farms

ISSWIND project example

Wind resource maps: estimate wind farm potential revenues (bankability) Wind and wave hindcast databases (for site selection) Short term weather and wave forecasts in support to wind farm maintenance and operations Wind Power production forecast

EO provides weather observation services (e.g.: EUMETSAT products) GNSS near real time observations to extract atmospheric parameters (e.g. stratified relative humidity) to improve weather forecasting models

Credits: ISSWIND ESA IAP project https://business.esa.int/projects/isswindemo

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European Space Agency

SPACE-BASED SERVICES FOR DISTRIBUTED ENERGY NETWORKS [SMART-GRIDS]

ESA’S FUNDED INVITATION TO TENDER

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 20

esa business applications

European Space Agency

SPACE-BASED SERVICES FOR DISTRIBUTED ENERGY NETWORKS

Objectives

  • As

Asses ess technical fe

feasibility an

and economic vi

viability of

  • f space

ba based a d appl pplications ns f for r SmartGrid an and electricity grid maintenance & operations

  • Ge

Get anchor customers commitment towards service ces im imple lementatio ion an and sustainable operation. .

  • De

Define a a roadmap for service ces implementation an and demonstration (poten entially through gh a follow-up E up ESA SA c co- funded project ct). Invitation to tender planned cl closed in March ch 2019 Funding up to €250K per Activity

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 21

esa business applications

KEY AREAS OF INTEREST

  • Smart Grids:

: dem emand and res esponse e management, integration of elect ctric c vehicl cles into the elect ctrici city grid, home au automatio ion, vir virtual al power plan lants an and in industrial ial micr crogrid management, etc. c.

  • Electricity grid maintenance: conduct

ctivity an and hot spot meas asurements, vegetatio ion and infrastruct cture monitoring, weather event impact cts on energy infrastruct cture an and supply ly, as assessment of build ildin ing elect ctrical consumption, use of satellite communication for utilities, etc. c.

  • Technology enablers: Data analytics

cs & big data, artifici cial intelligence ce, internet of (na nano no-) things, cy cybersecu curity, 5G, etc. c.

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European Space Agency

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Satellite Navigation Satellite Communication Earth Observation Spaceflight Technologies

Study Application areas

ü Geolocate sensors and actuators data ü Communication from/to sensor networks not reliably covered by terrestrial networks ü Where high resilience is required (e.g.: terrestrial network back-up) ü IoT SatCom supported services ü 5G supported services Ø Predict peaks in both energy production and consumption Ø Early warning of potential grid outages

SmartGrid

Ø Automatic load balancing/self- healing of the electricity grid and Distributed energy storage. Ø Virtual Power Plants (VPP): VPPs operate portfolios of distributed energy generators and operate them as one flexible energy source. Ø Demand Response (DR): DR is enabled by real-time dynamic pricing for households and enterprises. Ø Smart meter enabled services: home automation / AMI. Ø Predictive outage and maintenance. Ø Integration of Electric Vehicle (EV) fleet into the energy system

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European Space Agency

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Satellite Navigation Satellite Communication Earth Observation Spaceflight Technologies

Study Application areas

ü DGNSS to monitor the stability of critical infrastructure ü DGNSS for UAV navigations ü Communication from/to sensor networks not reliably covered by terrestrial networks ü Where high resilience is required (e.g.: terrestrial network back-up) ü IoT SatCom supported services ü 5G supported services

Ø SAR for monitoring ground displacements Ø SAR/ Optical for vegetation monitoring Ø Extreme weather events forecast Ø Thermal sensors to provide coarse temperature information over large areas

Electricity grid maintenance

Ø Conductivity and hotspot measurements Ø Infrastructure monitoring Ø Vegetation monitoring Ø Weather events impacts on energy infrastructure and supply Ø Assessment of building electrical consumption Ø Satellite communication back- up platform for utilities emergency data and voice communication

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European Space Agency

ESA BA AND 5G FOR SMART CITIES

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 21/11/2018 | Slide 25

esa business applications

European Space Agency

VALUE OF SPACE

  • Space has an invaluable role to play in the

5G ecosystem.

  • Telecommunication

satellites can extend, enhance, and provide reliability and security to 5G, helping to deliver its promise of global, ubiquitous connectivity. Other space assets, such as Earth Observation and Satellite Navigation can be integrated with 5G technology to deliver innovative applications in a number of vertical sectors.

  • The European Space Agency (ESA) has

joined forces with the Economic Board Groningen (EBG) to support the development of applications that integrate space and 5G to the benefit

  • f

users/customers in given verticals

esa business applications

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 26

esa business applications

KEY ELEMENTS

  • Objectives: study service(s) using 5G technologies and

space asset(s) and perform a proof of concept of those services(s) in the Groningen (the Netherlands) rural region.

  • Budget: to be proposed by the Bidder (50%-75% funded by

ESA)

  • Application dates: Call open since on 12th September 2018
  • Deadline for OP submission: 15th May 2019
  • Project duration: 12 months
  • Eligibility: Austria, Belgium, Czech Republic, Denmark,

Finland, France, Germany, Greece, Ireland, Italy, Luxembourg, the Netherlands, Norway, Poland, Portugal, Romania, Sweden, Switzerland and the United Kingdom

  • What happens after? The project can be further supported

from ESA BA. For more information visit here.

→ Feasibility Studies integrating space asset(s) and 5G networks

Zero-equity funding & support for

in the Groningen region agriculture, healthcare, energy, transport, environment

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 27

esa business applications

SMART-GRIDS ENABLERS

User needs: Ø Automatic load balancing/self-healing of the electricity grid and Distributed energy storage Ø Virtual Power Plants (VPP): VPPs operate portfolios of distributed energy generators and operate them as one flexible energy source. Ø Demand Response (DR) enabled by real- time dynamic pricing for households and enterprises. Ø Smart meter enabled services Ø Predictive outage and maintenance. Ø Integration of Electric Vehicle (EV) fleet into the energy system

Space and 5G will enable:

  • Geolocation of sensors and actuators data
  • Transmission of sensor data
  • Prediction of peaks in energy production and consumption
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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 28

esa business applications

SPACE, 5G AND GREEN BUILDINGS

5G and space can:

  • Enhance the use of IoT applications to monitor energy consumption

(smart grid applications)

  • Help survey sustainable friendly locations for site selection
  • Map natural resources to include in building’s design
  • Tracking off-site pre-fabricated modules of green buildings transport to

construction site

  • Mapping thermal insufficient buildings
  • Monitor air quality for green buildings

E x a m p l e ( L a n d s a t 8 t h e r m a l i m a g e )

A green building is a building that, in its design, construction or operation, reduces or eliminates negative impacts, and can create positive impacts,

  • n our climate and natural environment
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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 29

esa business applications

EUROPEAN SPACE AGENCY AND ROMA CAPITALE COLLABORATION

ESA and Roma Capitale have decided to cooperate for promoting the emergence of applications based on space and 5G in the following domains of strategic interest to the city:

  • 1. Public safety
  • 2. Artistic Heritage
  • 3. Mobility
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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 30

esa business applications

MOBILITY

Common challenge for the European cities is how to enhance people mobility while at the same time reducing congestion, accidents and pollution Intelligent traffic management systems Mobility as a service to citizens Air quality monitoring and enhancement Public transport planning Satellite-derived vehicle location local in-situ sensors data Air quality data (Satellites, HAPs, in-situ sensors, weather information) speed and traffic density data Maintenance planning

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 31

esa business applications

EUROPEAN SPACE AGENCY AND L’AQUILA COLLABORATION

ESA, University of L’ Aquila, Municipality of L’ Aquila and Regione Abruzzo have decided to cooperate for promoting the emergence of applications based on space and 5G in the following domains of strategic interest to the municipality and the region: 1. Structural health monitoring 2. Intelligent transport

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 32

esa business applications

STRUCTURAL HEALTH MONITORING

Objective: increase resilience of infrastructures against environmental/climate-related events (e.g. flooding, earthquake) and from consequences of human actions Massive IoT and sensor networks Satellite Earth Observation data Monitoring structural integrity Risk modelling Logistic and maintenance inspection Ubiquitous and reliable 5G communications networks Support the development/replacement of infrastructures minimizing environmental impact

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European Space Agency

WHAT’S NEXT?

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European Space Agency ESA UNCLASSIFIED - For Official Use ESA | 27/03/2019 | Slide 34

esa business applications

UPCOMING OPPORTUNITIES

Planned: ESA BA is current looking for users willing to provide their in kind support to ESA to define their requirements towards operational capabilities (facilitated by space )

  • Plastic-less society
  • Decommissioning of energy assets
  • Green buildings
  • Ports of the future
  • Safe and sustainable logistics and supply chain
  • Digital health in developing economies
  • Urban public safety

Kick starts on AI & space technology – funding opportunity up to 60.000€ zero equity funding to businesses from any sector who intend to use space to develop new commercial services, see https://business.esa.int/funding/invitation-to-tender/artificial-intelligence-kick-start

Opening Date: 14th May 2019

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European Space Agency

THANK YOU

Piera.Di.Vito@esa.int ESA business applications team business.esa.int