Sustainable energy action plan [SEAP] SEAP Summary report

MUNICIPALITY Vimbodí i Poblet

COUNTY Conca de Barberà, La

DATE 2016/06/23

FILE

800433-2014-161-1200-001359

PROJECT

Coordination: Tarragona Province City Council. Covenant of mayors coordinators.

Service: Environment, Public Health, Engineering and Territory department

Redaction: LAVOLA 1981 SA

Anglès English

1 22 Sustainable energy action plan [SEAP] SEAP Summary report

Municipality: Vimbodí i Poblet

Adhesion date 2014/09/25

Inhabitants (Inh.) 1.054

Seasonal population (inh.) -

Municipality total surface (Km2) 66,1

Urban land (km2) 0,4

Urban waste production (kg/inh·day) 1,14

Type of municipality (1) Tourism

Data from 2005; emission inventory baseline year

(1) Industrial, rural, touristic...

3 INDEX

1. SEAP scope: final energy consumption (MWh) 3

2. SEAP scope: GHG emissions (tCO2eq) 5

3. Town Council final energy consumption (MWh) 7

4. Town Council GHG emissions (tCO2eq) 9

5. Local energy production 11

6. Town Council renewable energy 12

7. Strengths and weaknesses 13

8. Conclusions 13

10. Actions 14 1

44 1. SEAP scope: final energy consumption (MWh) a) By energy sources

20.000 Geotèrmia 15.000 Solar tèrmica Biomassa Xarxa de calor/fred 10.000 MWh GLP Combustibles líquids 5.000 Gas natural Electricitat 0 2005 2006 2007 2008 2009 2010 b) By sectors

20.000 18.000 16.000 14.000 Transport 12.000 MWh 10.000 Domèstic 8.000 6.000 Terciari (serveis) 4.000 2.000 0 2005 2006 2007 2008 2009 2010

0% 20% 40% 60% 80% 100%

2005 2.040 3.377 12.450

2010 1.868 2.877 10.458

Terciari (serveis) Domèstic Transport

c) Total energy consumption (kWh/inh.) Tendency (% difference respect baseline 2005 2010 year) Vimbodí i Poblet 17.867 15.203 -15% Average of the consumption of the province of Tarragona 17.969 15.318 -15% a <1.000 hab.

5 ######## d) Assessment Vimbodí i Poblet final energy consumption was 18.832 MWh in 2005, equivalent to 17,87 MWh/inhab. This level of consumption is lower than the average consumption per capita among the municipalities of the province of Tarragona with a population between 1.000 – 5.000 inhabitants in 2005.

In the period 2005-2010 the consumption of the municipality has decreased by 16%. Looking at the evolution throughout the period, it is noted that energy consumption has a constant trend until 2007 and from this year the trend is downward. In general terms, the evolution of consumption per capita continues a downward trend, (reduced by 15%) in accordance to the overall energy consumption.

The sector that consumed more energy in 2005 was the transport sector, which accounts for 70% of total consumed energy in the SEAP scope. The following sector that has higher energy consumption within the municipality is the household sector with 19%, followed by the tertiary sector (11%).

In the period 2005-2010, tertiary, household and transport energy consumption decreased (by 10%,16% and less than 17% respectively).

6 2. SEAP scope: GHG emissions (tCO2eq) a) By energy sources

7.000 Residus 6.000 5.000 Xarxa de calor/fred

4.0002eq GLP

3.000tCO Combustibles líquids (transport) 2.000 Gas natural 1.000 Electricitat 0 2005 2006 2007 2008 2009 2010 b) By sectors

7.000

6.000 Residus 5.000

Transport 4.0002eq

tCO 3.000 Domèstic 2.000

Terciari (serveis) 1.000

0 2005 2006 2007 2008 2009 2010

0% 20% 40% 60% 80% 100%

2005 822 1.297 3.439 234

2010 781 1.153 2.852 217

Terciari (serveis) Domèstic Transport Residus

c) Total emissions (tCO2eq/inh.) Tendency (% difference respect 2005 2010 baseline year) Vimbodí i Poblet 5,49 4,82 -12% GHG emission average in the province of Tarragona 5,55 4,78 -14% a <1.000 hab.

7 VERDADERO d) Assessment In 2005, Vimbodi i Poblet's greenhouse gas emissions (GHG) were 5.791 tones of CO2, equivalent to 5,49 tCO2eq/inhab. This ratio is lower than the average value among municipalities of the province of Tarragona with a population between 1.000 – 5.000 inhabitants in 2005.

The evolution of GHG emissions for the period 2005-2010 has no clear trend. However, the total GHG emissions decrease 13% between 2010 and 2005.

The energy source that has a greater weight are liquid fuels (LF) accounting for 67% of total GHG emissions. In the period 2005-2010, emissions associated with electric energy consumption increased while emissions from liquid fuels and LPG decreased. Emissions associated with waste management are also included in the emissions study, which have decreased by 7% in the period 2005-2010.

The sector that most GHG emissions emitted in 2005 was the transport sector, with 59% of the total emissions in the SEAP scope. It is followed by the household and the services sector with 22% and 14% respectively.

When analyzing the evolution of the emissions for these sectors, it is noted that emissions associated with household, tertiary and transport sectors have decreased, as well as waste management associated GHG emissions have decreased. The GHG emissions that have decreased to a greater extent are associated with transport sector, which have decreased by 17%.

8 3. Town Council final energy consumption (MWh) a) By energy sources

800.000 700.000 Renovables 600.000 Biodièsel 500.000 Combustibles líquids (transport) Xarxa de calor/fred 400.000

kWh GLP 300.000 Gasoil C 200.000 Gas natural 100.000 Electricitat 0 2005 2006 2007 2008 2009 2010 b) By sectors

800.000

700.000 Flota municipal 600.000

500.000 Enllumenat públic i KWh 400.000 semàfors

300.000 Edificis, equipaments 200.000 i infraestructures

100.000

0 2005 2006 2007 2008 2009 2010

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

2005 258.347 236.592 75.220

2014 299.843 183.150 75.220

Edificis, equipaments i infraestructures Enllumenat públic i semàfors Flota municipal

Energy consumption (kWh) Tendency (% difference 2005 2014 respect baseline year) Buildings, facilities and 258.347 299.843 16% infrastructures Public lighting and traffic 236.592 183.150 -23% lights Municipal fleet 75.220 75.220 0%

Total 570.159 558.213 -2%

9 VERDADERO d) Assessment In the period 2005-2014, there was a decrease of energy consumption by 2% in the town council scope. This decrease is due to an energy consumption reduction of all energy sources, while the consmption of LPG has increased in the period considered.

In 2005, the source that had a greater weight in the Town Council consumption was electricity, 57% of consumption, followed by LPG and diesel . In 2014, distribution within different sources remains practically constant, with a slight increase in LPG contribution.

During the period 2005-2014 it is noted that municipal equipments and facilities have increased their consumption by 16%, the vehicle fleet remains constant and the street lighting has decreased by 23%. During 2005, the sector that has higher energy consumption are muncipal equipments and facilities, with 45% of energy consumption, followed by street lighting which account for 41% of consumption and vehicle fleet with the remaining 13%.

10 4. Town Council GHG emissions (tCO2eq) a) By energy sources

300,0

Biodièsel 250,0 Combustibles líquids 200,0 (transport) Xarxa calor/fred 150,0

tCO2eq GLP 100,0 Gasoil C 50,0 Gas natural

0,0 Electricitat 2005 2006 2007 2008 2009 2010 b) By sectors

300

250

200

150 Flota municipal tCO2eq 100 Enllumenat públic i semàfors 50

Edificis, equipaments i 0 infraestructures 2005 2006 2007 2008 2009 2010

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

2005 84 114 20

2014 93 88 20

Edificis, equipaments i infraestructures Enllumenat públic i semàfors Flota municipal

GHG emissions (tCO2) Tendency (% difference 2005 2014 respect baseline year) Buildings, facilities and 84 93 12% infrastructures

Public lighting and traffic lights 114 88 -23%

Municipal fleet 20 20 0%

217 202 -7% Total

11 d) Assessment VERDADERO In 2005, the Town Council scope of Vimbodí i Poblet emitted 217 tCO2eq into the atmosphere, which represents 4% of total emissions in the SEAP scope. CO2eq emissions per capita for the Town Council are 0,21 tCO2eq/inhab.

In the period 2005-2014 emissions follow the same trend as energy consumption and decrease by 7% over the analyzed period. This decrease is mainly due to the decrease in energy consumption of diesel C. Municipal buildings have increased their GHG emissions by 12%, the vehicle fleet has remained constant and street lighting has decreased 23%.

In 2005, the energy source that had a greater weight in the municipality was electricity with 72% in 2005 and 67% in 2014. Diesel oil A, diesel oil C and LPG are responsible for the remaining emissions within the Town Council scope.

In 2005, the sector that has more GHG emissions is street lighting (52%), followed by equipments and facilities (38%) and vehicle fleet (9%).

12 5. Local energy production Under 20MW

60.000

50.000

40.000

30.000

kWh 20.000

10.000

0 2005 2006 2007 2008 2009 2010 Hidràulica Eòlica Fotovoltaica Cogeneració

Estimated from power when no specific data on production exist Tendency (% difference respect baseline year) 2005 2010 Total production (kWh) 0 52.560 -

0%20% 40% 60% 80% 100%

2005

2010

Cogeneració Fotovoltaica Eòlica Hidràulica d) Assessment ######### The years 2008, 2009 and 2010 the municipality of Vimbodí i Poblet has a photovoltaic plant of 48 kW of installed power .

13 6. Town Council renewable energy

1 1 1 1 Fotovoltaica 1 Geotèrmia 1

kWh Solar 0 tèrmica Biomassa 0 0 0 0 2005 2006 2007 2008 2009 2010

Tendency (% difference respect baseline year) 2005 2010 Total production (kWh) 0 0 -

0% 20% 40% 60% 80% 100%

2005

2010

Biomassa Solar tèrmica Fotovoltaica Geotèrmia d) Assessment ######### The Council Scope has not expressed intention to enhance the implementation of renewable energy in the municipality .

14 7. Strengths and weaknesses

Strengths SEAP scope: -The energy consumption has decreased by the SEAP period. -Emissions has decreased by the SEAP period. Reducing emissions by number of inhabitants is more pronounced in absolute numbers. -In the tertiary sector, residential sector and transport sector is a reduction in energy consumption per capita. - Consumption of biodiesel has increased at the expense of petrol and diesel. -Reduction of emissions related to the transport sector thanks to the presence of more efficient vehicles in the fleet of the municipality. -The percentage of selective collection of municipal waste has increased considerably for the period considered, thus the emissions associated with waste treatment have decreased by 7%. Town Council scope: -The consumption and emissions have decreased by The Council scope by the considered period. -Reduced consumption of street lighting by improving efficiency in the facilities .

Weaknesses SEAP scope: - The electricity consumption and emissions have increased for the period considered in the tertiary and household sectors .. Town Council scope: -The consumption of equipments and facilities as well as their emissions have increased by period considered.

8. Conclusions VERDADERO VERDADERO The analysis of the available data for the SEAP scope (2005-2010) found that energy consumption and emissiosn of the municipality has decreased by 16% and 13% respectively.

The City Council scope shows a downward trend, with a decrease in energy consumption and its related emissions by 2% and 7% respectively.

The increase in emissions at the municipal level is due to increased emissions associated to household sector, tertiary sector and transport, despite GHG emissions reduction related to waste management, that have decreased by 7%.

Therefore, actions must be taken to ensure that the 20% goal is achieved. In this regard, the defined plan provides actions to increase energy efficiency and renewable energy presence in the municipality. Specifically, 30 actions have been defined through which it is expected to reach a reduction of 20,3% compared to 2005.

0

15 9. Objectives

20% 5.791 tCO2eq 1.158,19 Total emissions under SEAP 5,49 tCO2/inh. 1,10 scope, 2005

Total energy consumption 18.832 MWh 3.766,45 17.867 kWh/inh. 3.573,48

Foreseen saved GHG emissions 1.173,32 tCO2eq

Estimated percentage of GHE 20,3% % emission reduction

Number of actions 30,00 actions

1616 10. Actions

1 Municipal energy manager 2 Municipal energy accounting system 3 Maintenance program of the municipal facilities 4 Actions to improve energy efficiency in the Sports Pavilion and the Municipal Pool 5 Actions to improve energy efficiency in the "Local Social" and the medical office 6 Actions to improve energy efficiency at the school "Mare de Déu dels Torrents" 7 Actions to improve energy efficiency in the Museum of Glass 8 Actions to improve energy efficiency in the Town Hall 9 Actions to improve energy efficiency in the "Cinema Foment Municipal de Cultura" 10 Environmental concerning campaigns addressed to municipal staff to promote and consolidate good environmental practices 11 Environmental criteria in public procurement technical specifications 12 Green certified electricity purchase by the municipality

13 Implementation of Euronet 50/50 in schools

14 Public Lighting Master Plan development 15 Replacing public lighting lamps for more efficient ones (Sodium-vapor)

16 Installation of astronomical clocks in public lighting 17 Environmental campaigns to promote energy consumption reduction by replacing bulbs, energy appliances, boilers or insulation systems by more efficient ones. 18 Tax credits in building permits to implement energy efficiency measures 19 Support to households which are in energy poverty situations 20 Conduct a specific environmental campaign to hotels and restaurants or other activities of the tertiary sector which have a high impact in the municipality 21 Eco-driving courses for municipal staff 22 Planning / promote pedestrian mobility and cycling 23 Municipal fleet renewal with more efficient vehicles and diversification of the municipality's transport sector 25 Installation of electric charging points

25 Safe parking for bicycles

26 Tax credit for low-emission vehicles (electric, hybrid etc.)

27 Increased frequency and optimization of public transport services

28 Campaigns to increase the percentage of recycling rates

29 Promoting the consumption of local products and organic farming

30 Campaigns to reduce domestic water consumption

17 1818