green schools - provincia di treviso

Migliorare l'efficienza energetica negli edifici pubblici: casi esemplari di Living Lab in Italia e Slovenia:

GREEN SCHOOLS - Provincia di Treviso

Antonio Zonta, Maurizio TufaroProvincia di Treviso – Settore Edilizia

Venezia, 24/10/2013

Progetto Standard bando n. - 2/2009: Energy ViLLab - Network di Living Lab virtuosi nel risparmio energetico e nello sviluppo di fonti di energia rinnovabili

Standardnih projektov, Javnega razpisa št. 02/2009: Mreža virtuoznih živih laboratorijev za varčno rabo energije in razvoj obnovljivih virov energije.

Izboljsanje energetske uc inkovitosti v javnih objektih: Primeri zivega laboratorija v Italiji in Sloveniji:GREEN SCHOOLS - pokrajina Treviso

Due buone ragioni per impegnarsi nel Risparmio Energetico e nella Sostenibilità

Two very good reasons to commit yourself on Energy Saving and Sustainability

Migliorare l'efficienza energetica negli edifici pubblici: casi esemplari di Living Lab in Italia e Slovenia: GREEN SCHOOLS – Provincia di TrevisoIzboljs anje energetske uc inkovitosti v javnih objektih: Primeri zivega laboratorija v Italiji in Sloveniji: GREEN SCHOOLS - pokrajina Treviso Progetto Standard bando n. 2/2009: Energy ViLLabStandardnih projektov, Javnega razpisa št. 02/2009: Energy ViLLabAntonio Zonta – Maurizio Tufaro. Venezia, 24.10.2013

MANERGY is a transnational initiative financed by the European Programme for Territorial Cooperation “Central Europe 2007 – 2013”. It aims at favoring responsible use and protection of the environmental potentials of Central Europe by promoting innovative and sustainable approaches to environment friendly energy source management, including an increase in renewable energy use as well as significant reduction in energy consumption and CO2 emissions.

MANERGY is a transnational initiative financed by the European Programme for Territorial Cooperation “Central Europe 2007 – 2013”. It aims at favoring responsible use and protection of the environmental potentials of Central Europe by promoting innovative and sustainable approaches to environment friendly energy source management, including an increase in renewable energy use as well as significant reduction in energy consumption and CO2 emissions.

The EnergyViLLab Project, financed within the Italy-Slovenia Cross-border Cooperation Programme 2007-2013, aims at making the cross-border area a place of best practice in the use of energy from renewable sources, energy saving and sustainable mobility.

The EnergyViLLab Project, financed within the Italy-Slovenia Cross-border Cooperation Programme 2007-2013, aims at making the cross-border area a place of best practice in the use of energy from renewable sources, energy saving and sustainable mobility.

Covenant of Mayors. The Province of Treviso operates as «Supporting Structure»towards Municipalities in the activities of design and implementation of «Sustainable Energy Action Plans»

Covenant of Mayors. The Province of Treviso operates as «Supporting Structure»towards Municipalities in the activities of design and implementation of «Sustainable Energy Action Plans»

Biobuilding Cluster. Founded by the Province of Treviso, the Chamber of Commerce of Treviso and by the main players in the field of constructions (Board of building contractors, SMEs association) to promote sustainability and energy saving .

Biobuilding Cluster. Founded by the Province of Treviso, the Chamber of Commerce of Treviso and by the main players in the field of constructions (Board of building contractors, SMEs association) to promote sustainability and energy saving .

Commitment of the Province of Treviso on Energy Saving and Sustainability


Impegno della Provincia di Treviso nel Risparmio Energetico e nella Sostenibilità

The Covenant of Mayors in the Province of Treviso

Il Patto dei Sindaci nella Provincia di Treviso


Members of the Covenant of Mayors:

Supported by the Province of Treviso:

COMUNE abitanti

Conegliano 35.748

Carbonera 11.187

Resana 9.351

S. Lucia di P. 9.032

Ponte di Piave 8.309

Cison di V. 2.739

Other Menbers:

COMUNE abitanti

Montebelluna 31.181

Treviso 82.535

Vittorio Veneto 28.964

Asolo 9.450

Loria 9.210

The Green Schools Living Lab


The Green Schools Living Lab of the Province of Treviso represents one of the answers to the questions raised by

signing up to the Covenant of Mayors. It also represents the present stage of a facility management evolution

process. The process started with a contractual tool for optimization of facility management operations in school

buildings, and went on through the involvement of users in facility management activities. The current third step

concerns the transformation of school buildings through a combination of Technological Innovation and Social

Innovation, to make schools more efficient and sustainable through a combination of innovative technologies,

and active participation of citizens/users.

TECHNOLOGICAL INNOVATION

Energy Performance Contract to promote SUSTAINABLE technological investments, in the belief that even without significant resources available much can be done

TECHNOLOGICAL INNOVATION

Energy Performance Contract to promote SUSTAINABLE technological investments, in the belief that even without significant resources available much can be done

SOCIAL INNOVATION

Approach to new technologies and new forms of organization in which students/teachers - not merely play a passive role, but are ready to participate actively in the evolution of the whole building and it’s facilities, also through the use of network , and all the innovations in communications, in order tomake technology a tool as functional as possible to the social as well as economic development

SOCIAL INNOVATION

Approach to new technologies and new forms of organization in which students/teachers - not merely play a passive role, but are ready to participate actively in the evolution of the whole building and it’s facilities, also through the use of network , and all the innovations in communications, in order tomake technology a tool as functional as possible to the social as well as economic development

Technological Innovations

4 SOLAR THERMAL SYSTEMS, STOT=300 sq.m

1 GEOTHERMAL HEAT PUMP SYSTEM

6 PHOTOVOLTAIC SYSTEMS POWER TOTAL OF 120 KW

2 COGENERATION SYSTEMS (Pe = 465 kWe Pt = 670 kWt)

4 SOLAR THERMAL SYSTEMS, STOT=300 sq.m

1 GEOTHERMAL HEAT PUMP SYSTEM

6 PHOTOVOLTAIC SYSTEMS POWER TOTAL OF 120 KW

2 COGENERATION SYSTEMS (Pe = 465 kWe Pt = 670 kWt)

RENEWABLE ENERGY RENEWABLE ENERGY

SYSTEMSSYSTEMS

SMART METERINGSMART METERING

INSTRUMENTS TO INSTRUMENTS TO

REDUCE REDUCE

CUNSUMPTIONS CUNSUMPTIONS

CONDENSING BOILERS INSTALLED IN 19 BUILDINGS,

RECONSTRUCTION OF CENTRAL HEATING PIPING IN 7 BUILDINGS,

NEW TEMPERATURE CONTROL SYSTEMS IN 23 BUILDINGS, 8

NATURAL GAS SYSTEMS

CONDENSING BOILERS INSTALLED IN 19 BUILDINGS,

RECONSTRUCTION OF CENTRAL HEATING PIPING IN 7 BUILDINGS,

NEW TEMPERATURE CONTROL SYSTEMS IN 23 BUILDINGS, 8

NATURAL GAS SYSTEMS

ELECTRIC-ENERGY METER

THERMAL-ENERGY METER

SURVEY OF THE WATER CONSUMPTION

ELECTRIC-ENERGY METER

THERMAL-ENERGY METER

SURVEY OF THE WATER CONSUMPTION

REDUCING LIGHT FLOW REGULATOR IN ONE SCHOOL BUILDING

4300 THERMOSTATIC VALVES IN 28 SCHOOL BUILDINGS

1700 WATERTAPS WITH TIMER OF CLOSURE

REDUCING LIGHT FLOW REGULATOR IN ONE SCHOOL BUILDING

4300 THERMOSTATIC VALVES IN 28 SCHOOL BUILDINGS

1700 WATERTAPS WITH TIMER OF CLOSURE

ICTICTSUPERVISION OF THE SYSTEM SMART METERING ACCOUNTING

MAINTENANCE MANAGEMENT OF THE PATRIMONY

SUPERVISION OF THE SYSTEM SMART METERING ACCOUNTING

MAINTENANCE MANAGEMENT OF THE PATRIMONY

RENOVATION OF THE RENOVATION OF THE

PLANTSPLANTS

-12% heat consumption

- 400.000 €/year

-12% heat consumption

- 400.000 €/year

-1% electricity consumption

-1% electricity consumption

-2500 t/year of CO2

-2500 t/year of CO2

-70,8 % use of heating oil

-70,8 % use of heating oil


Innovazioni Tecnologiche

Social innovation

Promoting the establishment of an Energy Team in each school. Using direct communication channels already present between school andlocal authority. Finding and training Energy Officer of the Campus. Through the Energy Officer of the Campus, setting up of new Energy Team in the schools. Training continues in the Energy Teams

Promoting the establishment of an Energy Team in each school. Using direct communication channels already present between school andlocal authority. Finding and training Energy Officer of the Campus. Through the Energy Officer of the Campus, setting up of new Energy Team in the schools. Training continues in the Energy Teams

Economic bonus to be distributed to schools according to participation. Competition for the distribution of bonus

Economic bonus to be distributed to schools according to participation. Competition for the distribution of bonus

Smart metering as a link between user and technology. Ability to measure at any time the level of consumption and thus the efficiency of the actions and behavior

Smart metering as a link between user and technology. Ability to measure at any time the level of consumption and thus the efficiency of the actions and behavior

New ECO web portal: a tool for communication, training and sharing dedicated to all citizens or users and to the diffusion of the project-model

New ECO web portal: a tool for communication, training and sharing dedicated to all citizens or users and to the diffusion of the project-model

TOOLS:

GOALS:Spreading the culture of energy saving and sustainability

Participation to the improvement of energy performance in the school buildings


Innovazione Sociale

Competition for the allocation of economic bonus to schools


Competizione per la distribuzione del bonus economico alle scuole

Energy Consumption Measurement


Misurazione dei Consumi Energetici

Results after the first year of implementation of the Green Schools Living Lab

21


Results after the first year of implementation of the Green Schools Living Lab

+ Principali caratteristiche di un contratto EPC

• Knowledge of energy consumption in the previous years, as a reference element for the future energy performance (Baseline)

• A minimum expected performance has been calculated through an algorithm based on the building/plant system characteristics and on the foreseen contract duration (“crossbar height” – in the specific case, reduction by 5%)

• A basic contractual fee has been determined (roughly of the same amount previously paid). A further bid price reduction has been made after awarding through public competition.

Main features of an EPC contract


+Sistema di pagamento del contratto EPC

EPC contract payment system


+ Modello di Energy Performance Contract

minimum

(5%)recor

d

Energy Performance Contract Pattern


Progetto finanziato nell'ambito del Programma per la Cooperazione Transfrontaliera Italia-Slovenia 2007-2013, dal Fondo europeo di sviluppo regionale e dai fondi nazionali

Projekt sofinanciran v okviru Programa čezmejnega sodelovanja Slovenija-Italija 2007-2013 iz sredstev Evropskega sklada za regionalni razvoj in nacionalnih sredstev

Grazie per l’attenzione!Hvala za vašo pozornost!

Antonio Zonta

[email protected]

Maurizio Tufaro

[email protected]

Migliorare l'efficienza energetica negli edifici pubblici: casi esemplari di Living Lab in Italia e Slovenia: GREEN SCHOOLS - Provincia di Treviso

Izboljs anje energetske ucinkovitosti v javnih objektih: Primeri z ivega laboratorija v Italiji in Sloveniji:GREEN SCHOOLS - pokrajina Treviso

green schools - provincia di treviso

Technology