This workshop will focus on how this new tool supports innovation in the energy transition and on analysing the innovative experimentation tools available and their application in Europe. A round table with regulatory authorities, companies, and research centres will provide leads on the relevance of Energy Regulatory Sandboxes to facilitate the market launch of innovations helpful to move towards a decarbonized economy. This Workshop runs as part of the European cooperation TR@NSNET project.

1. eCity Sandbox
Rafael Sánchez Durán
14/03/2022

2. The cities protagonists of change
• Public Administrations are key in public-private collaboration and their exemplary role.
• Renovate the building & transport, with greater energy efficiency and the use of clean sources.
• Innovation promote sustainability.
14/03/2022 Fuente: United Nations https://www.un.org/development/desa/es/news/population/2018-world-urbanization-prospects.html 2
Holistic urban vision: technological innovation, resource and energy flows considering their
impact in economic, environmental and social terms.
80% GDP 70% CO2
emissions
3% world area 78% primary
energy
consumption
54% world
population

3. The first Public-private initiative Project #eCitySevilla
14/03/2022 Fuente: Presentación https://www.youtube.com/watch?v=m3n0u8__C0s 3
End of 2019 signing the first protocol: Junta de Andalucía, PCT, City Council and
Endesa launch the idea an lead the project, now 69 member entities.

4. A Circular City in #eCityMálaga
14/03/2022 Fuente: Presentation https://www.youtube.com/watch?v=VqKQbYzwZho&t=732s https://www.youtube.com/watch?v=KKZHlMAq5Ls 4
September 2021 Malaga Tech Park, City Council & Endesa launch, now 40 member entities.

5. Locations to create a regulatory "sand box"
14/03/2022 Enlaces: https://www.pctcartuja.es/ y https://www.pta.es/ 5
These are the largest science and technology parks in Andalusia
Companies: 523 (+4%)
Turnover: 2.903M€ (+18%)
Workers: 22,716 (+19%)
Surface: 1Mill m2
Digital Innovation Hub
Companies: 639
Turnover: 2.780M€ (+4%)
Workers: 20,270 (+2%)
Surface: 0,6Mill m2
Digital Innovation Hub

6. #eCitySevilla Timeline
6
2
Years
69 Member Companies
80 Work meetings
50% Renewable energy
31 Achievements
55
41
Buildings represent 75% of
Energy Consumption
Characterized Buildings
Awareness and adhesions
Sandbox preparation Ecosystem of 69 entities
Signature
Nov 2019
Presentation
Jul 2019
Covid
Marzo 2020
Smart Grid 87%
CEL
Smart Lighting IoT
50% Renewable
MDI CEL,
NextGen y
CPI
FIWARE
Verticals x
Platform
PMUS
US Technical
collaboration
eCity+
Web www.ecitysevilla.com
12 press releases
Mobility
Efficiency
Industrial
thesis
Ene 2019
2019 2021
2020
Mayo Octubre Abril Noviembre
2022
Newsletter (January a October 2021)
Publications in RRSS #eCitySevilla
eCity+ with 20 valued
institutions Communication
Conscientization
& MeetUps
Incentives
Committees
Sustainable buildings
Workspaces
Regulatory sandbox
electric flexibility &
autonomous mobility.

7. 2021 Progress Summary
7
• Smart Grid: 87% equipment (remote control and LVS systems)
• LED Smart Lighting: incorporated the UNE 178401 standard
• Connected Energy Hub: Memoria CEL/flexibilidad (sandbox)
• Photovoltaic parking of 30MWp: Definition and alternatives 27
MWp and 7,350 parking spaces (public information 17/12/2021).
• 50% Buildings with renewable supply (challenge continues in local production)
• Self-consumption PV of 500kWp.
• SRI audit model and application. Analysis and characterization of 41 buildings,
with identification of energy efficiency measures.
• Storage, demand management and advanced materials pilots
• 10% EE actions (3.5GWh/year savings, 55 buildings represent 75%)
•
• Technical documentation on Architecture, Security and Standards of the eCity
Platform (support of the US Telefónica Chair), data models (i.e., Buildings,
Charging Points, Smartparking) and definition of requirements for APIs.
• Launch of an RFI with the requirements of the necessary Digital Infrastructure.
• 5G connectivity not dedicated to eCity
• Information security management system (ISMS). Cybersecurity Commission
• Infrastructure and non-operational data platform (FIWARE only Orion Context
Broker and very limited verticals: AAE, IDE City Council center and 80%)
• PDRs Advanced and predictive analytics tools, urban services applications, City
user applications and digital innovation projects
•
• MaaS (Mobility as a Service). Pilot 10 companies APPS/gamificación
• Contest bike-safe parking and PV recharge on the ground
• Promotion of EV, Approved SUMP with ZBE identification
• Developed Business Mobility Plan and Intelqualia mobility study.
• Autonomous Vehicle (Identified partners for internal mobility)
• Green Area Design
• Electrification of lines C1 and C2
• Shuttle bus parking, intermodality with metro and RENFE
• Smartparking. 30 charging points already installed and tenders.
•
Energy
Digital
Buildings
Mobility
Plan rehabilitación de edificios públicos PIREP, Programa PREE. Rehabilitación Energética de Edificios | IDAE): EPGASA (4 edificios), IECA, INSUR,
ALTER, MACPUARSA, SOLUTIA, CLINICA IVI… Actuaciones en ejecución: EPGASA C7, CAIXA FORUM, PUERTO TRIANA

8. Convergence of energy & digital sectors
14/03/2022 Fuente: 8
E
Energy
TTransition
D
Digital
T
Transformation
&
175
Mill
€

9. LAT/LON Energy Sand Box
14/03/2022 Fuente: Elaboración propia PMO #eCity 9
Equivalent to a cities of 50k & 25k inhab. Peak energy consumption on July (CDD challenge).
Parameters 2019 Detail
Max. installed capacity 120 MVA Alamillo & Centenario
Transformation power 82 MVA 155 CTs
Peak daily demand 18 MW Labour week 25 - 31/07
Peak hourly demand 18 MW Labour July 13:00 -15:00
Contracted power (455 supplies) 51 MW 21% Supplies 89% MT,
79% Supplies 11% BT
Annual demand 108 GWh +26% average (jun, jul y ago)
CO2 emission factor 0,19 t/MWh National Average (REE)
Parámetros 2019 Detalle
Max. installed capacity 60/80 MVA Campanillas
Transformation power 48 MVA 64 CTs
Peak daily demand 11 MW Labour week 15 - 21/07
Peak hourly demand 11 MW Labour July 12:00 -13:00
Contracted power (331 supplies) 20 MW 10% Supplies el 72% MT, 90%
Supplies el 28% BT
Annual demand 46 GWh +20% average (jun, jul y ago)
CO2 emission factor 0,19 t/MWh National Average (REE)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
jun
jul
ago
sep
ene
feb
mar
abr
may
oct
nov
dic
Self-sufficiency in isolated electrical model
Circular city model

10. Smart Grid
• 44 LVS (Low Voltage Supervisor): connected to the
low voltage of the distribution transformers, they
read and send different magnitudes such as voltages,
intensities or alarms. The parameters are monitored
through 2 Apps: EDA (Alarm Listening and
Detection) and DTS (Distribution Transformer
Supervision)
• A properly equipped network (fault passage detectors
and remote control of switches, 32 Remote controls
of the 43 planned)
• Lars is an FDIR (fault detection, isolation and
recovery) system. It has three operating modes:
automatic, semi automatic and OFF. LARS reduces
incident management time.
•
10
Investments 1Mill. €, 87% progress on the elements already installed
1
Mill
€

11. Flexibility: from utility to platforms
3/14/2022
1.-DSO: Distribution System Operator
2.-DER: Distributed Energy Resources
11
Focused on a new platform-based business model
DSO1 Smart Grid as
“enabler” of DER2
Sustainability
Decentralisation Rooftop solar,
storage, electric vehicles,
dispatchable demand response,
human experience
Digitalisation Smart platform,
smart meters, smart home, real-
time, P2P energy trading,
transactive energy, millennials
Decarbonisation Energy
Efficiency, Renewables, Green
tariffs, customer experience
Services: KWh, KW,
ΔkW, Storage
Smart Services
Consumers
Prosumers3
Transumers4
Smartmeters, Advanced metering infrastructure (AMI), Low Voltaje Supervisor (LVS*) (141 CCTT eCitySevilla y 64 en eCityMálaga). New rol DSO para Distributed
Energy Resources (DER) + edificios con Building Management System (BMS) + agregadores vehicle to grid (V2G). Market Place for Flexibility/Agregator capabilities
(Participación OMIE). Conectividad FO/5G/EDGE para resiliencia de red (TELCOs presentes en el proyecto). Artificial Intelillenge / Data Lake / Algoritmos
embebidos en red y funciones FDIR ((fault detection, isolation and recovery) LARS. Estimador de Estado de red, Digital Twin & VR en espacio demostrador eCity HUB.
3.-Prosumer: Producer + Consumer
4.-Transumer: Prosumer + Digitalisation

12. Retrofitting of existing buildings.
• (3/2021) Key opportunities 12 buildings
• (4/2021) Characterization sheets of 40 buildings.
• (5/2021) List of opportunities Self-consumption
campaign AEE with 20 Buildings (May).
• (5/2021) Lighting Campaign 10 buildings.
• (6/2021) List of web providers eCitySevilla.
•
• Interviews with the with the greatest potential
abatement: Puerto Triana, Caixa Forum, Grupo
Solutia, Cea, Inerco, Bluenet, Tecnoincubadora,
Alter, Insur, Cartuja Certer, Macpuarsa. Ayesa,
Telefónica, Orange, Vodafone.
• Based on the available area in the buildings,
deployment of the estimated potential of 2
MWp for the purpose of self-consumption.
14/03/2022 Fuente: Elaboración propia PMO #eCity 12
Rehabilitation and energy efficiency actions in the existing building stock in the PCT with
the aim of saving at least 35%.
AAE
ETSI CEA

13. Connected Energy Hub
14/03/2022 Presentation footer 10PT grey. Please add the relevant country to the footer. 13
A first version of the project has been prepared, complementing with the contributions of
the participants, innovation actions of the project in order to finance the project.
✓ A Sustainable Electricity System with
the participation of entities with the
capacity to manage their demand and
generation ("prosumers" with DER),
which are based on PCT buildings and
facilities.
✓ Request for a REGULATORY
SANDBOX for pilots and development
of local flexibility markets (e.g., demand
aggregation and management, VPPs,
congestions, regulation, frequency)
✓

14. Smart parking & local communities
14/03/2022
Smart Parking: IP Security Camera, Edge Computing | AI, 5G / LTE, Public WIFI USB Charging Station, LoRa Sensors Air Quality sensors,
…. Smart IoT Platform
14
Parking for space reorganization and distributed renewable production
Smart Parking
34
Mill
€

15. "Sand box" of Autonomous Mobility
14/03/2022
Fuenre: © SAE International from SAE J3016 Taxonomy and Definitions for Terms Related to Driving Automation Systems for On-Road
Motor Vehicles (2018-06-05), https://www.sae.org/standards/content/j3016_201806/
15
Autonomous shuttle for on-demand mobility (MaaS) that allows the mobility of employees
and visitors between the Park and deterrent parking areas.
Level 0 No automation in
driving.
All actions are performed by
the driver.
Level 1 Driving assistance.
With driving assistance systems. Designed
so that the driver can have a comfortable
and safe driving.
Level 2 Partial automation.
With driver, although it does not
perform movement tasks. With
lateral and longitudinal movement,
without detection and response to
objects. Independently to act since
they can perform one or more
tasks of the driver.
Level 4 High automation.
No human intervention. The vehicle controls traffic and environmental
conditions, define the route and respond to any situation. In case of failure of
the main system, the vehicle has the back to act and continue driving.
Level 3 Conditional automation.
The driver must be attentive. With lateral and
longitudinal movement automation systems.
Detection and response to objects.
The vehicle will be able to decide when to change
lanes, brake to avoid colliding with another
vehicle, etc. The human factor will remain key,
the system can specify its intervention
Level 5 Complete automation.
The vehicle has the ability to go anywhere without a steering wheel, pedals,... There is no
driver, we will go up to indicate to an interface our destination and this will be launched,
using an automation system at all levels. In case of faillure it will be backed up with another
system, it will solve unforeseen events itself.

16. UAV "Sand box"
• Medifly in Hamburg: https://medifly.hamburg/en/start/
• German: a comprehensive report/handbook on the German
existing sandboxes.
https://www.bmwi.de/Redaktion/EN/Publikationen/Digita
le-Welt/handbook-regulatory-sandboxes.html.
• France: a list of ongoing experiments here:
https://www.modernisation.gouv.fr/mots-cle/france-
experimentation
14/03/2022 Fuente: Dr. Johan STIERNA Science for policy adviser, Team leader JRC. Unit B7 16
Examples in Germany and France
European Commission
DG Joint Research Centre
Edificio Expo, Seville

17. Convergence of energy & digital sectors
14/03/2022 Fuente: 17
E
Energy
TTransition
D
Digital
T
Transformation
&
175
Mill
€

18. Digital Innovation HUBs (DIH)
14/03/2022 Fuente JRC Digital Innovation HUBS as policy instruments to boost digitalisation of SMEs 18
Both parks are DIH centres in Europe. An instrument to help companies digitize their
products and services and support innovation.
Organic and large area electronics
Micro/nano electronics
Sensory systems
Communication networks
Robotics
Internet of things
Artificial intelligence
Mobility & Location based technologies
Interaction technologies
Cyber security
Advanced, or high-performance computing
Big data, data analytics, data handling
Virtual, augmented and extended reality
Software as a service and service architectures
Cloud computing
Logistics
Internet services
New media technologies

19. Convergence of the digital sector and energy
14/03/2022 Fuente: Elaboración propia PMO #eCity https://fiware-training.readthedocs.io/es_MX/latest/ecosistemaFIWARE/ocb/ 19
OPEN DATA PLATFORMS
IoT
platforms
(Data Lake, BI,
AI algorithm,
Advance
Analytics)
Soluciones verticales
público
Edificios
Green TICs
Conectividad
Big data
privado
IEC Lora 5G
ZigBee Edge
Open Data
Platform & API
Cyber Security
Governance
UNE 178
Social Networks
Parking
Integrate DER
Transport 2
GRID
Building 2 GRID
Internet
of Energy
Transactive Energy
Smart Cities
Neural Grid
ENERGY CLOUD

20. 14/03/2022 Fuente: 20
ANNEX for Q&A

21. Routemap
14/03/2022 21
Set of subprojects related to an open and sustainable ecosystem