1. [WP1] T1.2 User and Business Requirements
Progress so far, planning and arrangements
Engineering Ingegneria Informatica S.p.A.

2. Task1.2 Presentation’s Agenda
Progress so far, planning and arrangements
Status on SotA per partner
INERTIA Use Cases and Business Scenarios
Questionnaires for Requirements extraction
Assessment of graphical design toolset - e3value/UML Sequence Diagrams
D1.2 Status

3. Here we are The end of January The end of February The end of May
The mid of July
The end of January
Here we
are

4. Here’s we are What were expected to have at Step 3
State of The Art Analysis
INERTIA Business Scenarios
Literature Review
Occupancy Flow Modeling & Prediction
Multi-Agent Self-Organized Adaptive Networks
Semantic Based Middleware
DER Flexibility Modeling
Visual Analytics
Dynamic Demand & Demand Response
BSC-01 - Energy Usage control and Optimization for End-Consumers(CERTH/TECNALIA)
Prosumer (Flexibility) Profiling & Optimization of Building Operations for Maximum Prosumer Surplus (Benefits/Satisfaction) (CERTH)
Utilizing Prosumer Flexibility for Maximizing Prosumer and Aggregator Financial Benefits (Shared Profit Maximization) (TECNALIA)
BSC-02 - Imbalance risk reduction for market parties (HYPERTECH)
BSC-03 - Offering Reserve Capacity to the TSO (ENG)
BSC-04 - Location Based Management Services (PPC)
Relevant Standardization Efforts
IEC Standard
IEC
IEC
Packages and Classes of IEC
IEC (CIM)
IEC 62325
Zigbee SEP
OpenADR
Other Building Automation Standardization
Input

5. Here’s we are What were expected to have at Step 3
State of The Art Analysis
INERTIA Business Scenarios
Literature Review
Occupancy Flow Modeling & Prediction
Multi-Agent Self-Organized Adaptive Networks
Semantic Based Middleware [CNET]
DER Flexibility Modeling
Visual Analytics
Dynamic Demand & Demand Response
BSC-01 - Energy Usage control and Optimization for End-Consumers(CERTH/TECNALIA)
Prosumer (Flexibility) Profiling & Optimization of Building Operations for Maximum Prosumer Surplus (Benefits/Satisfaction) (CERTH)
Utilizing Prosumer Flexibility for Maximizing Prosumer and Aggregator Financial Benefits (Shared Profit Maximization) (TECNALIA)
BSC-02 - Imbalance risk reduction for market parties (HYPERTECH)
BSC-03 - Offering Reserve Capacity to the TSO (ENG)
BSC-04 - Location Based Management Services (PPC)
Relevant Standardization Efforts
IEC Standard
IEC
IEC
Packages and Classes of IEC
IEC (CIM)
IEC 62325
Zigbee SEP[CNET]
OpenADR[CNET]
Other Building Automation Standardization[CNET]
Input

6. Here’s we are
What were expected to carry out at Step 3
Draft presentation of questionnaires for Requirements extraction
Preliminary Use Case List
Output

7. Draft presentation of questionnaires for Requirements extraction
To have 4 kinds of questionnaires
User-Group questionnaire
Energy efficiency solution providers in buildings
Mainstream ICT developers and technology providers
Energy Suppliers and DSOs

8. User Case template

9. INERTIA Project Use Cases
User Case template
INERTIA Project Use Cases
Generic Description
UC ID
To inform the user the stage a use case has reached.
Use Case Name
Please enter a Use Case name, which uniquely identifies the UC (e.g. unique identifier), having an achievable goal
Related Business Scenario
The most related business Scenario defined at INERTIA Business Scenario Analysis
Description(narrative)
Please describe the series of steps for the defined use case in a clear concise manner. Include in the description what the INERTIA system shall do for the involved actor to achieve a particular goal.
Challenges
The ultimate aim and end condition(-s) of the Use Case
Involved Actors
Who are the actors involved in the use case? The same actor may play two different roles in the same use case. For example, user "Bill" could be playing the role of a Customer when using an Automated Teller Machine to withdraw cash, or playing the role of a Bank Teller when using the system to restock the cash drawer.
Use Case Initiation
This refers to the potential triggers or events that could initiate the use case. The type of trigger can be temporal, internal or even in respond to an external event. Normally, the initiation of a UC shall take into account also the preconditions, e.g. checking them prior the execution of the UC.
Realization Concept
This section shall describe the typical course of events that comply with the primary scenario addressed by the UC. Basic course of events could be enough using a step-based approach
Evaluation Criteria
The effects of this UC to the overall state of the system or of its core architectural elements.
Decision Description
Status (optional)
Approved / Declined
Realisation Description
Main responsible partner
Who created and who documented the Use Case
Contributing Living Lab feedback
The relevant partner to provide feedback from LL
Relevance to INERTIA WPs
Please report the relevance to the INERTIA WPs
Relationships with other Use Cases
Indicates connection with other use cases
other Use Cases
Hgh/Medium/low

10. Assessment of graphical design toolset
3Evalue
We have some issues to use 3evalue tool. It doesn’t work properly
I suggest to use an other one

11. 2. Definition of Terms (ALL)
Status Of D1.2
1. Introduction (ENG)
1.1 Purpose and Scope of the Document
1.2 Structure of the Document
2. Definition of Terms (ALL)
3. INERTIA User & Business Requirements Definition – Methodological Approach (ENG)
3.1Methodology (ENG)
Requirement Elicitation
Requirement Prioritization
Specification Process
Requirement Validation
Requirement Revision
3.2 Tools of Requirements Analysis (ENG)
Working In Progress

12. 4. Overview of Stakeholders and Pilot Sites Addressed by INERTIA
Status Of D1.2
4. Overview of Stakeholders and Pilot Sites Addressed by INERTIA
4.1 Identification of main INERTIA Stakeholders (HYPERTECH)
End Users
Aggregators
Traditional Stakeholders
4.1.2 Pilot Areas addressed by INERTIA (CNET)

13. Status Of D1.2 5. Literature Review – State of The Art Analysis
5.1 Occupancy Flow Modeling & Prediction
Relevant work in Occupancy Flow Modelling and Prediction
Common Technologies and Approaches
Relevant projects
Conclusions on Gaps, Needs and Future Trend
5.2 Multi-Agent Self-Organized Adaptive Networks
5.2.1 An overview of self-organization phenomena in multiagent systems
5.2.2 How self-organization can occur in multiagent systems
5.2.3 Future prospects and final remarks
5.3 Semantic Based Middleware [CNET]
5.4 DER Flexibility Modeling
5.4.1 Relevant work in DER Flexibility Modelling
5.4.2 Relevant projects in DER Flexibility Modelling
5.4.3 Conclusions on Gaps, Needs and Future Trend
5.5 Visual Analytics
5.5.1 Definition and Scope of Visual Analytics
5.5.2 Visual Analytics Taxonomy and Application Areas
5.5.3 Visual Analytics in Smart Grids Operations
5.5.4Gaps and opportunities current technology
5.6 Dynamic Demand & Demand Response
5.6.1 Relevant initiatives related to Dynamic Demand & Demand Response
5.6.2 Relevant projects related to Dynamic demand & Demand Response
5.6.3 Conclusions on Gaps, Needs and Future Trend

14. Status Of D1.2 Working In Progress
6. Relevant Standardization Efforts – State of The Art Analysis
6.1. IEC Standard
Development of the DER Object Models
Examples of Using DER Logical Nodes in DER Implementations
Case scenario of IEC implementation - Micro CHP
Gaps and Opportunities
6.2 Common Information Model
6.2.1 IEC
6.2.2 IEC
6.2.3 Packages and Classes of IEC
6.2.4 Gaps and opportunities
6.2 IEC (CIM)
6.2.1 IEC 62325
Introduction
6.2.3 Status
6.2.4 Support
6.3 Overview of IEC main parts
Security Issues
6.3.2 Typical network configurations Issues
6.3.3 Gaps and opportunities
6.4 Zigbee SEP[CNET]
6.5 OpenADR[CNET]
6.6 Other Building Automation Standardization[CNET]
Working In Progress
Here we along with Hypertech and TUK noticed that the IEC is out of  the scope of the INERTIA project and thus there is no need to deliver it in this document explicitly.

15. Status Of D1.2 working in progress 7 INERTIA Business Scenarios
7.1 Summary Table of INERTIA Business Scenarios (ENG)
7.2 BSC-01 - Energy Usage control and Optimization for End-Consumers(CERTH/TECNALIA)
7.3.1 Prosumer (Flexibility) Profiling & Optimization of Building Operations for Maximum Prosumer Surplus (Benefits/Satisfaction) (CERTH)
7.3.2 Utilizing Prosumer Flexibility for Maximizing Prosumer and Aggregator Financial Benefits (Shared Profit Maximization) (TECNALIA)
7.3 BSC-02 -Imbalance risk reduction for market parties (HYPERTECH)
7.4 BSC-03- Offering Reserve Capacity to the TSO (ENG)
7.5 BSC-04 -Location Based Management Services (PPC)
7.5.1 Potential Use Case: Distribution System Congestion Management
7.5.2 Potential Use Case: Location Based RES integration
8. INERTIA Business and User Requirements
8.1 Functional Requirements
8.1.2 Funtional requirements list
Use-case UC
Use-case UC
Use-case UC
Use-case UC
Use-case UC
Use-case UC
working in progress

16. Status Of D1.2 working in progress
8.2 Prioritization of Scenarios & Use Cases (ENG)
8.3 Non-Functional Requirements (ALL)
Availability
Efficiency
Configurability & Flexibility
Portability
Integrity
Performance
Reliability & Robustness
Scalability
Usability
References
working in progress

17. T1.2 Timeline No. Partner Action Deadline 1.
ENG, CERTH, TECNALIA,CNET,
HYPERTECH
Definition of the SoTA
2013/01/13 2.
ENG,CERTH, TECNALIA, CNET,
Definition of high level Business Case Scenarios
2013/02/28 3.
ENG, CERTH, TECNALIA, CNET,
HYPERTECH, ENELSI, PPC
Definition of the Use Cases along with the initial list of U&B Requirements (Functional and Non-Functional)
2013/05/31 4.
Definition of the final list of U&B requirements
2013/06/30 5.
ALL Task Partners
Validation of the Use Cases by the Living Lab members
2013/07/31
Let me say again that Tecnalia has just delivered his contribution, so we checked it soon.
In the next short time, I suppose within the mid of may I’ll circulate a first version of Questionnaire and a first version of Use case and all other deadline will rest invariated

18. Thank You.