ARCHIVE | Project Deliverables
Work Package 1
  • D1.1 Quality Plan. Confidential Document. Delivered 23/04/2014
  • D1.2 Risk management and contingency plan. Confidential Document. Delivered 16/05/2014
  • D1.3 First year progress report. Confidential Document. Delivered 2/2/2015
  • D1.2 Risk management and contingency plan, Confidential Document v.2. Delivered 22/05/2015
  • D1.4 Second year progress report. Confidential document. Delivered 23/02/2015
Work Package 2
  • D2.1 Specification of electrical network suitable for the device installation. Document restricted. Available on request. Delivered 5/5/2014
    This document describes the results of the analysis of the electrical characteristics of the network where it will be installed, the technology and its possibilities.
  • D2.2 Specification of the operation environment. Document restricted . Document restricted. Delivered 5/5/2014
    In this document the proposed operation modes for the pilot network are presented. Also the data from the distribution substation of pilot network are collected and studied.
  • D2.3 Specifications for a resilient electrical operation. This document is available for the public. Release date 1/7/2014
    This document describes the cases of electrical resilience that need to work when system is running in island mode. Operational constraints are addressed.
    The estimated and measured values that must be studied in order to find the appropriate capability identifying how limits based in consumptions, or electrical parameters of capacity of generation could ensure correct operation of the resulting microgrid.
  • D2.4 Data and values specifications, managing procedures, v1. Release date 31/7/2014
    In this document a semantic model for integrating the smart rural grid, using the IDPR with the control room. The document is more concerned about what information is relevant rather than how the information should be displayed. Therefore the model is independent of systems use (SCADA, DMS or other EMS) and visual representations.
D2.3_Specifications_for_a_resilient_electrical_operation
D2.4_D_and_values_specifications, managing_procedures
Work Package 3
  • D3.1 IDPR Conceptual Design. Document is available on special request. Release date: 30/6/2014
    This document presents the general features of the IDPR, according to the data analysis done in D2.2 with the collected data from the study case in Vallfogona. It also presents the different alternatives in terms of power electronics and makes a selection of the most advisable ones for the project. Finally, it presents a proposal for the IDPR concept.
  • D3.2 Functional IDPR Prototype. Document is released and can be downloaded. Release date: 3/2/2015.
    This document presents the IDPR functional prototype with the aim of facilitating the IDPR integration in the Smart Rural Grid. After addressing a hardware description, the document presents a functional description including the control software structure. The document also includes the communication registers in order to be controlled by the upper level devices.
  • D3.3 IDPR test report. This document is released and can be downloaded. Release date: 3/7/2015.
    This document presents the IDPR functional test results in a laboratory environment. The control of an IDPR as any other power electronic device requires to validate inner algorithms to provide enough value of different electric magnitudes to operate properly. Once they are achieved, several algorithms can be added to enhance the global behaviour bringing new capability to the device.
  • D3.4 IDPR initial prototype Release date: 16/12/2015  For project purposes only.             This document presents the description of the IDPRs delivered for El Verger, Planallonga, and Artigues secondary substations. Firstly, it is described the IDPR main parts and connection with the utility, with the storage system (in the cases where it is required) and with the IDPR manager through a master control board. Note that Planallonga’s is a pole unit and, consequently, the power storage system is not considered. The installed switchgear and protection breakers are presented for both connection sides, i.e., AC and DC. It is also detailed how the auxiliary circuits and emergency units operates presenting which situations derive into an immediate stop
D3.2 IDPR Functional Prototype
D3.3 IDPR Test Report
Work Package 4
  • D4.1 Specifications of PLC and Wireless Transmission System. Document is confidential. Delivered 31/7/2014
    This deliverable describes the specifications of the various communications systems to be implemented in the Smart Rural Grid Project, both at functional and technological level.
  • D4.2 Prototype of PLC System . Document is released and can be downloaded. Delivered 30/7/2015. This deliverable describes the implementation of the PLC prototype suitable for the operation of a Smart Rural Grid.
  • D4.3 Wireless-Transmission-System . Document can be obtained on request to the editor. Delivered 29/7/2015
    This deliverable will benchmark the three most relevant radio technologies that are presently being developed to deliver wireless broadband access (WBA), in order to propose the best candidate to be used in Smart% Rural Grid deployments. LTE,WiMAX and WiKFi technologies have been tested
  • D4.4 Telecommunications Systems Performance Report. Delivered 4/3/2016. Report is available on request.  This deliverable describes the deployment and subsequent tests of the communications network
    set up in Vallfogona and between Vallfogona and Granollers for the Smart Rural Grid Project. The document describes the overall network architecture, both at physical, layer and network levels. At physical level the fiber optics, radio and PLC segments are individually tested and later on as a whole network. Performance measurements, such as bandwidth, availability, robustness against interferences or delay, have been made and checked against the specifications written in D4.1. The document presents all such measurements. The main conclusions are;
    – The communications network, as it is today, operates successfully and can support the
    operation of the Intelligent Distribution Power Router
    – Deviations from the original plan have taken place, with alternative solutions offered
    – The PLC performance is good but still does not reach technological objective O2 and
    more research and refinement of the prototype is needed
D4.2 Prototype of the PLC System
Work Package 5
  • D5.1 Database concept: Database for managing controllable assets and grid topology. Concept and technical description. Document is released and can be downloaded. Delivered 26/9/2014
    This deliverable describes the applied database concept for the Smart_Rural_Grid project, the Common Information Model (CIM) and the used CIM classes. It analyses the addressable business cases and lists stakeholder and marketroles which have to be taken into account for the communication concept of a Smart Rural Grid. The required communication between the several stakeholders and their involved systems results in a solution concept with several control levels is also treated. This leads to the model that applies a CIM approach.
  • D5.2 Release of the Forecasting Software Prototype. Release date: 27/1/2015. Document is meant for project purposes only.
    This document describes the database concept applied for the Smart_Rural_Grid project, the Common Information Model (CIM) and the CIM classes applied.
  • D5.3 Release of the Optimization Software Prototype . Release date: 27/7/2015. Document is meant for project purposes only.
    This deliverable describes the release for the optimization software prototype for the Smart_Rural_Grid project at the level of the global energy management system. The deliverable includes specifications of the special requirements of rural grid conditions for optimization. A description of the applied algorithmic approach, used model components and the first implementation for the pilot area of EYPESA can also be found here.
  • D5.4 Release of the optimal power flow Software Prototype. Release date: 30/7/2015. Document is meant for project purposes only.
    This deliverable describes the release for the optimal power flow optimization software prototype for the Smart_Rural_Grid project at the level of the global and the local energy management system. The special requirements of rural grid conditions for OPF are described, as well as the used algorithmic approach, used model components and the first implementation for the pilot area of EYPESA.
D5.1 Database Concept
Work Package 6
  • D6.1 System Integration and Validation Test Plan. The document is released and can be downloaded. Delivered 2/2/2015
    This document describes test strategy and validation procedures, based on the use cases defined in WP2, in order to validate the capabilities of the developed system.
  • D6.2 System Integration Test and Validation Report. This document is released and can be downloaded. Delivered 1/2/2016. This dococument describes the integrated test and validation procedures used during T6.2,T6.3 and T6.4, their results and the conclusions from the testing in order
    to validate the interfaces and system performance. The final version of this document, deliverable D6.4 will contain the final results of system testing performed during the pilot operation.
  • D6.3 Field Trials Readiness Assessment Report. This document is released and can be downloaded. 4/11/2016. It describes the transition from Laboratory testing to site installation and the readiness for the field trials at the pilot site in the Vallfogona region in Catalonia, Spain. This includes information to support the installation and operation of the system as well as site based testing and validation.
D6.1_System Integration and Validation Test Plan
D6.2_ System Integration Test and Validation Report
D6.3_System Filed Trials Readiness Assessment Report
Work Package 7
  • D7.1 Operation modes and metrics Delivered 31/5/2015. The report is released and can be downloaded.
    This document presents the concepts of the electrical specifications to be simulated in SWRO network and also the characteristics to be implemented in the secondary substation, identifying the points of interactions between IDPR and several devices in the secondary substation.
  • D7.2 Pilot preliminary evaluation. Delivered 31/5/2016. This report is released and can be downloaded.  This document is a collaborative report on the smart rural grid undergoing significant transformation from the application of digital technologies encouraging the growth of renewable and distributed energy resources, emphasis on resilience due to extreme weather events, and increasing involvement of electricity customers and businesses in both managing and producing energy.
D7.1_Operation_modes_and_metrics
D7.2 Pilot preliminary evaluation
Work Package 8
  • D8.1 The Project Web Site . Delivered 5/5/2014
    This document specifies the purpose of the web site and its role in the dissemnination and exploitation effort. Document restricted. Available on request.
  • D8.2 Dissemination report year 1 and revised plan. Delivered 31/1/2015. For internal purposes only
    This document reviews the dissemination actions carried out in the Smart Rural Grid project during its first 12 months, from February 1, 2014 to the end of January, 2015. By means of different media and channels the project has built a broad audience of interested stakeholders. A good part of this group follows the project on a continuous basis.
  • D8.3 Preliminary Exploitation Plan Delivered 14/2/2015 Confidential
  • This report provides a perspective on the market that the successful exploitation of the R&D results could attain a share of. The Intelligent Distribution Power Router (IDPR) and the Smart Rural Grid concept as a whole have been identified as the most potent innovations coming out of the project. In addition the novel PLC communication system and software developed and tested for managing smart grids, using the IDPR must also be added. The solutions created will be tested in full at the pilot site in Catalonia. Successful demonstration of the full concept and innovative components will have profound effect on the exploitation work and recruitment of interested parties. In turn this will greatly influence future business development and market penetration.