Consorzio BIM Piave Belluno

AlpEnergy Virtual Power Systems 2nd TPM, Kempten, 27th May, 2009 Belluno Allgäu, Germany Regione Veneto Italia Presentation of Partner Consorzio BIM Piave Belluno Dott. Stefano Savaris - Dott. Ing. Giovanni Da Deppo AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 1 Consorzio BIM Piave of Belluno is a Local Authority which groups 67 Municipalities of Belluno Province. It was established in compliance with the prefect’s decree of December 30th 1955, to implement Law 959/1953. This law entrusts BIM Consortia with the task of favouring the economic and social development of the territory through the joint use of common hydroelectric fees. Over the years the main target of Belluno Consorzio BIM Piave has been supporting development in different sectors, by helping to build schools, hospitals and other infrastructures, to set up the natural gas pipeline network, and to develop renewable energies. During its first fifty years the Consortium injected subsidies for a total of about 360 million euros into Belluno’s economic fabric. 2 S. PIETRO DI COMELICO Ó CADORE L SUPERIORE O C I N . S DANTA SAPPADA AURONZO DI CADORE SANTO STEFANO CORTINA D’AMPEZZO DI CADORE LOZZO DI CADORE VIGO DI CADORE LIVINALLONGO DEL COL DI LANA IA CALALZO DI CADORE C U L . LORENZAGO S S.VITO DI CADORE E DOMEGGE L L E DI CADORE O OR C CAD A DI SELV BORCA VALLE PIEVE DI ROCCA PIETORE DI CADORE VODO DI CADORE CADORE ALLEGHE S AN ZOPPÉ AG TO OR MA NA VA DI SO IBIA RE PERAROLO LL NO ZOLDO ALTO C DO AD CA DI CADORE A DI FALCADE FORNO DI ZOLDO OSPITALE CANALE CENCENIGHE D’AGORDO Vallata Cadore TAIBON AGORDINO AGORDO CASTELLAVAZZO Longaronese Zoldano LA VALLE (27 Comuni) AGORDINA LONGARONE VOLTAGO RIVAMONTE GOSALDO SOVERZENE SEDICO Vallata Agordina (18 Comuni) PONTE CHIES NELLE PIEVE D’ALPAGO SOSPIROLO ALPI D’ALPAGO BELLUNO PUOS D’ALPAGO TA MBRE SAN D’ALPAGO GREGORIO CESIOMAGGIORE NA FARRA D’ALPAGO TI S IU G TA LIMANA N SOVRAMONTE SA LAMON TRICHIANA PEDAVENA MEL FELTRE Vallata Bellunese FONZASO LENTIAI Alpago Feltrino (22 Comuni) ARSIÉ VAS SEREN DEL QU ERO GRAPPA ALANO DI PIAVE 3 Acrobat-Dokument The Piave river hydric basin of province Belluno 4 Consorzio BIM Piave supports its member Municipalities in their initiatives in the sector of energy production from renewable sources in order to, on the one hand, promote the economic and social welfare of local people and, on the other hand, pursue a model of environmentally sustainable development based on the use of energy sources with low environmental impact and inexistent, or minimal, emissions of greenhouse effect gases into the atmosphere. 5 Thanks to the support of Consorzio Bim Piave, the Municipalities belonging to the consortium have so far built small hydroelectric plants working with running water or on waterworks, which produce 24 million kWh/year (about 4,5 MW maximum power). 6 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 RENEWABLE ENERGIES E ENERGY SAVING Micro-hydroelectric energy Mini-hydroelectric energy Biomass energy Wind energy Wind Project Other renewable sources plants 7 Hydroelectric power plants in May 2009 On waterworks Watercourse 8 MUNICIPALITY OF FALCADE – WATERWORK PLANT “FOCOBON” Entry into service September 2005 Head 348 m Mean discharge 28 l/s Maximum power 132 kW Production 2005 248.306 kWh Production 2006 832.106 kWh Production 2007 843.075 kWh Production 2008 818.563 kWh Cost 435.000 € CO2 equ. 481 ton/year 9 FALCADE – WATERWORKS PLANT WATER INTAKE WORK 1.700 m.above s.l. 2nd TANK – 1.520 m.a.s.l. POWER PLANT 1 1.350 m.a.s.l. 1 PELTON TURBINE ( 1 NOZZLE) WITH BY-PASS TANK 132 kW ASYNCHRONOUS GENERATOR OUTPUT VOLTAGE 20kV RESERVOIR RESERVOIR RESERVOIR RESERVOIR 1.297 m.a.s.l. WATERWORKS 1 PELTON TURBINE ( 6 NOZZLES) DISTRIBUTION WITH 55 kW ASYNCHRONOUS SYSTEM GENERATOR POWER PLANT 2 1.125 m.a.s.l. OUTPUT VOLTAGE 380 V RIVER 10 MUNICIPALITY OF CANALE D’AGORDO – POWER PLANT Entry into service August 2006 Head 116 metres Max inflow 747 l/s Max power 1.029 kW 2006 production 1.228.754 kWh 2007 production 3.070.373 kWh 2008 production 4.475.253 kWh Cost 2.100.000 € CO2 equ 2.610 ton/year MUNICIPALITY OF ALLEGHE – POWER PLANT Entry into service November 2006 Head 202 metres Max inflow 57 l/s Max power 100 kW 2006 production 108.395 kWh 2007 production 766.697 kWh 2008 production 856.846 kWh Cost 451.000 € CO2 equ 493 ton/year 11 Production MINI-HYDRO [kWh] – from 2005 to 2008 Mini - Hydro Production 2005-2008 25.000.000 20.000.000 15.000.000 kWh 10.000.000 5.000.000 0 2005 2006 2007 2008 12 Wind Power generation 3 wind power plants, 20 kW each one 13 Acrobat-Dokument 14 Acrobat-Dokument 15 Acrobat-Dokument 16 The Consortium is the active subject of the project Interreg IIIA Italy- Austria called «Reduction and optimization of the consumption of public plants for heat production and distribution through a system of large-scale remote management» (Euros 1,757,143). Consorzio Bim Piave partners for this project are the Accademia dei Colloqui of Dobbiaco (Akademie der Toblacher Gespräche) and Energie Tirol of Innsbruck. Thanks to this Interreg project between Italy and Austria, 68 remote management plants were set up in the last few months, and they will make it possible to use the thermal plants of some public buildings signalled by the Municipalities in a more rational way, in order to reduce wastes and therefore expenses too. Within the same transnational cooperation project, besides creating the remote management system, our Institution committed itself to setting up some experimental plants for the production of thermal energy (biomass and geothermal plants, but also small remote-heating networks) in nine Municipalities, which were selected according to a specific list. 17 Reduction and optimization of the consumption of public plants for heat production and distribution through a system of large-scale remote management 18 19 20 What we are doing now: 1. Acquiring data from waterworks plants and sewage plants of 67 municipalities (approx. 1,7 millions euros total electrical bill spent per year 9.000.000 kWh). 2. Cartographic geo-referenced database with all public light points of the province, with about 30.000 light points. (About 3 millions euros spent every year in public lighting (17.000.000 kWh) . 3. Monitoring 20 sites to value the wind energy potential thanks to the support of the University of Padua 21 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 4. Collecting data about power production of installed conventional Power Plants, Hydro electric, and renewable energies power plants. 5. Also we are evaluating the potential of renewable energies in the territory, Wind, mini-Hydro, and chips biomass. 6. Analysing the different technical IT systems and radio frequencies to define the communication networks which are to be implemented basing our study on the territory morphology and distribution of the points to be integrated in the VPS. 22 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 What we are going to do in Alpenergy project • Municipalities own several systems for electricity generation from renewable sources, such as hydroelectric, wind, solar energy, PV, biomass (wood chips) CHP, over all the territory. • At the same time , these municipalities are electricity consumers for their services, to manage public buildings and facilities, waterworks pumping stations and sewage plants. • Consorzio BIM Piave Belluno, wants to create and spread a simple and easily practicable model to save and manage energy which it will be applicable in different situation and for different kinds of users (first for all municipalities, in prospect also for industrial, commercial and family users), with immediate saving on electric energy bills, according to VPS principles. VPS modules will be tested in public facilities, a scattered habitant environment and for public road lighting. 23 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 • VPS master plans • Power production systems in VPP: hydroelectric, wind, PV, solar energy, biomass (wood chips) CHP. • Power consumption load in VPS • Municipalities Consumption services, City Hall main building, schools, gymnasium, nursery homes, public lighting, can be consider as a VPL virtual power consumption (load). • Public services managed by municipalities, as waterworks and sewage system also can be integrated in a VPL (Virtual Power Load) 24 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 Municipalities are, on the one hand, energy producers and, on the other hand, they are consumers too; there will be a field test using the smartmeters on public buildings. Consorzio BIM Piave will write the “overall concept” for the VPP in Belluno province. 25 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 Long term master plans: In a small village, we will study comparative alternative on 100 % RE, distributed micro CHP managed in a VPS compared to a centralized conventional biomass heating centralized plant (CHP) in terms of efficiency. 26 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 • Road lighting study on potentials of managing public road lighting system (building on existing study on lighting technologies) The project we will also test power line carrier (PLC) controlled dimmer blocks. 27 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 3. Upcoming Events with Relevance for AlpEnergy Upcoming events in our region • Autumn 2009 Transnational Partner Meeting in Belluno • Media appearances (print, radio, TV) • Regional workshop 28 AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 MeetMeet youyou nextnext AutumAutum inin BellunoBelluno for the Transnational Meeting AlpEnergy Virtual Power Systems as an Instrument to Promote … 2nd TPM, Kempten, 27th May, 2009 29 Lago di Centro Cadore 30 Città di Belluno 31 Belluno Città 32 Tre Cime di Lavaredo 33.

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