Contribution of partners. The Table 1-1 depicts the main contributions from participant partners in the development of this deliverable: Participant short name Contributions CARTIF ToC and definition of the deliverable approach. Chapter 1,2 ICONS ToC and definition of the deliverable approach. Chapter 1,2,3,6 DRE Task and deliverable responsible party, adaption of ToC, Chapter 2, 3, 4 and 5 Table 1-1. Contributions of the partners to the deliverable
Contribution of partners. Table 1 shows the main contributions from MAtchUP partners in the development of this deliverable.
Contribution of partners. The task T1.1 in WP1 is led by XXXXXXXX and participated by the WP Leaders, i.e. XXXXXXXX, FRAUNHOFER, POLIMI, OST and EHPA. Being so, TECNALIA, as the lead beneficiary of the project is the main contributor of the content provided in this deliverable.
Contribution of partners. The following Table 1 depicts the main contributions from participant partners in the development of this deliverable. Participant short name Contributions UPV Content VAL Revision LNV Comments about ICT actions ITE Comments about Energy actions ETRA Comments about Mobility actions
Contribution of partners. The following table depicts the main contributions from participant partners in the development of this deliverable. Participant short name Contributions XXX Integrator for the MAtchUP platform, All ICT interventions and integrations among components ANT Data Provider, KPIs and integration perspectives with legacy systems ANP Data Provider, KPIs and integration perspectives with legacy systems AKD Data controller, KPIs DEM Data controller, KPIs TAY Data controller, KPIs Table 1 Contribution of partners 2 Interoperability definition In general, interoperability is the capability of the system's components or subsystems to be able to exchange and use the information in a harmonized and homogeneous way. More specifically, in information technology, “the ability to share data between different components or machines, both via software and hardware, or it can be defined as the exchange of information and resources between different computers through local area networks (LANs) or wide area networks (WANs). [1] If components are able to communicate by using specified data formats and/or communication protocols like XML or SQL standards, it means that they exhibit syntactic interoperability. More than that, when they communicate if components are able to autonomously interpret the data exchanged relevantly and validly to conclude to meaningful results as end users of both components. In systems which have many subsystems like Smart City’s Urban Platforms, it is necessary to accomplish both syntactic and semantic interoperability. Antalya project obeys both interoperability principles as well. Next sections focus on the interoperability specifications in the context of Antalya MAtchUP project.
Contribution of partners. The targets and scope of the work in the Task 5.3 was discussed in project meetings, and the outcome was commented by the consortium. Connection to Task 5.4 was assured through discussions with respective Task leader. The deliverable was prepared by Sweco. VTT was responsible for interviews with different stakeholder groups.
Contribution of partners. The main partner involved in everything at local level regarding the Verzuolo Demo case is TECNOZENITH. TECNOZENITH company is in fact the company dealing with the management of the entire building in question, and it is the partner who will take care of the energy efficiency and renovation of the building with the solutions of the HAPPENING project. Having been in this role for years, having already carried out some renovations in previous years and currently having the ordinary and extraordinary maintenance of the systems in charge, TECNOZENITH has in-depth knowledge of everything regarding the generation, distribution and use of energy carriers for the condominium. In addition, TECNOZENITH headquarter is located a few kilometres away from the Verzuolo building, so it can guarantee an accurate view of the progress of the work, when the HAPPENING solutions will be implemented, and maintenance or punctual interventions in case of alarms or problems reported on the site. Within the project, many other partners will be involved and will provide different contributions for the Italian Demo Case. EURAC is, within HAPPENING, the lead partner for the entire project management and communications relating to the Verzuolo building. The choice was agreed for the experience of this Italian research institute not only about the in-depth research knowledge on renewable sources and HVAC systems, but also for the experience in several European projects. EURAC leads the "Italian Demo Case management group" in which, in addition to them and TECNOZENITH, there is the partner INNOVA.
Contribution of partners. The work was organized and reported by Siemens AG. However, data from MODER project partners VTT and Sweco was used for the Suonenjoki example case study. The following experts contributed to developing the draft method for holistic energy system design: ▪ Xxxxxxxx Xxxxx ▪ Xxxxxx Xxxxxxx ▪ Xxxxxx Xxx ▪ Xxxxxxx Xxxxxxx ▪ Xxxxxx Xxxxx ▪ Xxxxxxxxx Xxxxxxx ▪ Xxxxxxxxx Xxxxx
Contribution of partners. Table 1: Contribution of Partners Participant Contributions to DRE DRE is one of the lighthouse cities of the project and work package leader of WP3. Concerning Task T3.5, Subtask ST3.5.2 and Deliverable D3.8, DRE is the task and deliverable responsible party. Furthermore DRE is responsible for the topics urban mobility assistance (Action 25) and citizen’s feedback mobility application (Action 65). FHG FHG is an ICT expert of the local team and thus involved in the monitoring activities and the Urban Platform developments in Dresden within WP3. It is also responsible for mobility actions in regard to electric vehicles, charging stations and new services on sustainable mobility. Concerning Task T3.5, Subtask ST3.5.2 and Deliverable D3.8, FHG is responsible for the topic optimal use of charging infrastructure (Action 23). DWG DWG is a main actor in the energy actions carried out in Dresden within WP3. It is also responsible for mobility actions in regard to electric vehicles, charging stations and new services on sustainable mobility. Concerning Task T3.5, Subtask ST3.5.2 and Deliverable D3.8, DWG is responsible for the topics smart management of electro mobility (Action 24) and smart meter gateway for electro mobility (Action 67). VON VON is a main actor in the energy actions carried out in Dresden within WP3. VON is responsible for all energetic restorations and retrofitting measurements done at the selected buildings in Dresden including the supply of 3 E-Vehicles to advert the concept of car sharing as well as the development of an overall strategy regarding energetic modernisation in the building sector.
Contribution of partners. Interest in Propane to MLP and Issuance ----------------------------------------------------------------- of MLP Units to Partners. ------------------------
