oslo 08.05.2019 +cityxchange - smart city project
TRANSCRIPT
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OSLO 08.05.2019
+CityXChange - Smart City projectBrief project overview and ABB scope
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ABB i NorgeDen innovative teknologilederen
June 3, 2019Slide 2
—ABB i Norge
June 3, 2019 Slide 3
ABB i Norge Energirevolusjonen Den fjerde industrielle revolusjonen
Energiforsyning Industri Transport og infrastruktur
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OSLO 08.05.2019
+CityXChange - Smart City projectBrief project overview and ABB scope
—WHY
June 3, 2019 Slide 9
Sustainable Development Goals Conference of the Parties no. 21, «COP 21»
In 2015, countries adopted the 2030 Agenda for Sustainable Development and its 17 Sustainable Development Goals
The Paris agreement:COP 21 in Paris, on 12 December 2015:• Parties to the UNFCCC reached an agreement a
sustainable low carbon future. :• combat climate change• accelerate and intensify the actions and investments• enhanced support to assist developing countries
A new course in the global climate effort.
The project
June 3, 2019 Slide 10
EU H2020 call: «Smart cities and communities» Funding awarded +CxC project in June 2018
Brief project overview
+CxC (Positive City Exchange) - Trondheim (NO) and Limerick (IE)
June 3, 2019 Slide 11
Key points:
– Funded by EU H2020, Smart Cities and communities
• Total funding 20MEUR
– Project led by NTNU University in Trondheim (NO)
– Consortium of 32 partners, ABB main technology partner
– Project goal:
• Demonstrate Smart City technologies to meet EU goals onlocal energy, air quality and climate targets in urban environments
• Develop demo projects in Trondheim and Limerick
• Replicate in follower cities
– Key elements for ABB:
• Microgrids, energy storage, energy management
• E-mobility-as-a-service
• Local energy trading, flexibility markets
• Distributed energy resources
The demo sites
Project website: http://cityxchange.eu/
The task
ABB scope
June 3, 2019 Slide 12
Scope Trondheim Demo Sites
– ABB showcase Smart City technology
– ABB solutions, to be specified in the project
• Microgrid control system
• Energy storage
• Building automation
• E-mobility
• ABB Ability-based cloud solutions
Brattøra:A company-intensive area, large international harbor. The region’s main public transport hubNorway’s first energy positive building, Powerhouse, now built on Brattøra.
Campus Gløshaugen:Main campus for tech and engineering sciences, NTNU. NTNU will develop into new large/main campus (2021-).Gløshaugen is its own concession area for heat and electricity.
Sluppen/Tempe: Huge development area for future-proof corporate buildings (2019-), public buildings (2022), new industry (2018-), and residential areas/dwellings (2021-). At present pilot zone for 5G and IoT protolab.
Positive Distributed Energy Block (PDEB)
June 3, 2019 Slide 13
Definition:
• Minimum 3 buildings EU Target – 100 PDEBs by 2025
• 15000 m2 First 3 will be in Horizon 2020 CityxChange
• Total production higher than total consumption pr calender year
«Positive Energy Block» - Microgrid
Demo Brattøra – 1 of 3 demo sites in Trondheim
June 3, 2019 Slide 14
—Changes in infrastructure
© ABB Group
June 3, 2019 | Slide 15
Traditional grid Smart-grid
Enabling local production
Digital grid automation
MicrogridsShore-to-ship power
Smart City energy solutions
June 3, 2019 Slide 16
Solution areas
Common energy cloud platform
Intelligent buildings
Other
EV chargingPVBatteryEnergy Storage
Solutions
Energy monitoring, control and
planning
Applications/functionality
…
Trading, forecast, flexibility
aggregator
Local energy markets, micro-
transactions
EV charging market
platform, V2GEMaaS Other…
Wind
Site Energy Management System - SiteEMS
June 3, 2019
ADMS: Advanced Distribution Management SystemDERMS: Distributed Energy Resource Management SystemEV: Electric Vehicle
Slide 17
Microgrid
EV Charging &EV fleet management
SiteEMS
Solar PV
Energy storage
Home and building automation
Aggregation (VPP, demand response)
Product Release Q2 2019
—SiteEMS
June 3, 2019 Slide 18
Configuration - Optimization
• Cost
• Infrastructure/grid utilizing
• Environmental
—SiteEMS CityxChange
June 3, 2019 Slide 20
Energy Consumption Energy Forecasts
System examples
Example SiteEMS Optimization
June 3, 2019 Slide 21
• Grid Power Consumption Peak not to exceed 800 kW
• Charge Battery when purchase price is cheap
• Spend battery when purchase price is expencive or to limit peak load on grid
