Summary and conclusions - IEA Demand Side Management ...

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5 Subtask 6: pilot case studiesIn the Phase 1 an internal data base for pilot and case studies was established and about 50 caseswere collected into the data base.This work has continued during this Phase 2 (Task extension). The template for the data collectionwas modified a little bit related to the technologies studied.The following cases are included in the database:5.1 AustriaBuilding 2 GridUtilizing of the building’s demand shifting potential for the support of the distribution network.To determine the potential to store thermal energy on one hand and to operate the building withinthese constraints on the other hand.The case describes how electro-thermal processes in buildings can be used for demand response andhow such intelligent behavior can be enabled via communication technology.Experiments and simulations on typical mid-European buildings were done to estimate the potentialtime constants.DG DemoNet: SmartLVGridIntegration of high PV and EV penetration into rural low voltage distribution grids by voltagecontrol with a LV on load tap changer and with reactive power of the PV inverters, controlledcharging of EV, load shedding of electric heat devices5.2 FinlandGreen CampusThe objectives of the case are to implement smart grid technology with distributed generation,energy storages, and load control, in the existing network, to realize a research platform for furtherdevelopment and analysis and to demonstrate operation of versatile smart grid functionalitiesMarket price based control of electrical heatingThe objective of the case is to develop a new dynamic load control method to replace the traditionalstatic time of use tariffs and controls. The messages and the operating model were developed for thepurpose and were implemented to two smart metering systems including the meters, the systems ofa DSO and two retailers are completing the needed changes, too. The extra investments needed forchanging ToU to dynamic are very small compared to the other present possibilities to large scaledynamic small customer DR in Finland..Home Energy Management System (HEMS)15
Objective of the case was to learn more about the possibilities and requirements of the HEMS(Home Energy Management System) by piloting. Furthermore, most potential functionalities ofsuch system were evaluated.Low-Voltage DC (LVDC) real-network research platformRealisation and verification of the operation of the research platform for LVDC distribution inactual application environment. Gathering experiences and feedback from customers and DSO.Providing platform for further development of the technology, working methods, inspectionprocesses and standardization5.3 The NetherlandsDe Teuge/ Zutphen and Aqua Vicus in Alphen aan den RijnEvaluate the operation of heat pumps for delivery of heat and cold and tapwater in 201 homes intwo Dutch distribution areas. Verify dimensioning of the distribution assets calculations.PowerMatchingCity/ Hoogkerk8 use cases were considered:1. Reduce wind imbalance2. Integrate PV-production locally3. Reduce imbalance from PRP perspective4. Tailoring of portfolio profile5. Ramp-up/ramp-down assistance6. Integrate charging pattern of EV fleet7. Dual objective optimization (commercial and grid management)8. Provide user/usage feedback via Web-portalSPCA Apeldoorn and Intelligent distribution stationEvaluate the operation of 172 micro-CHP installations homes in a Dutch distribution area inApeldoorn. Verify dimensioning of the distribution assets calculations5.4 SpainGAD ProjectThe objective was to develop solutions aiming at the optimization of electric demand in residentialsector. GAD Project (2007/2010) proved that it is possible to do DSM in Spanish houses throughinteraction with smart electric appliances and smart metersPRICE ProjectThis Project has a wide scope including all the aspects related to integration of distributedresources. Regarding DSM the goal is to developed a monitoring and management system (forDSO, TSO and retailer) that take into account consumers with smart meters (installed within thecontext of the National Smart meters substitution Plan)VERDE ProjectVERDE Project aims at developing a SEAT EV and its efficient integration in the grid. (49 M€2009/2012)16
Page 1 and 2: Summary and conclusionsSubtask 9 Re
Page 3 and 4: EXECUTIVE SUMMARY - Summary and con
Page 5 and 6: especially from the local networks
Page 7 and 8: Table of content1 Introduction ....
Page 9 and 10: 1 IntroductionEnergy policies are p
Page 11 and 12: 3 Approach3.1 Phase 1The first step
Page 13 and 14: 4 Subtask 5: Assessment of technolo
Page 15 and 16: Impacts on the electricity gridResu
Page 17 and 18: from the technical point of view th
Page 19 and 20: systems up to 5 kW installed capaci
Page 21: (ITC/3022/2007), the regulatory fra
Page 25 and 26: 6 Subtask 7: Stakeholders involved
Page 27 and 28: Involved Stakeholder for integratio
Page 29 and 30: 6.5.1 PEV/PHEVNowadays electrical v
Page 31 and 32: Diagram of the different interactio
Page 33 and 34: 8 Conclusions8.1 TechnologiesConcer
Page 35 and 36: Technologies:In order to enable DSM
Page 37 and 38: 9 References1. Juha Kiviluoma, Juss
Page 39 and 40: 3. Energy supply chainCustomer site
Page 41 and 42: Appendix 2 Overview of the IEA Dema
Page 43: Task 23 The Role of Customers in De

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