Presentation is loading. Please wait.

Presentation is loading. Please wait.

BSB JOP Project BSBEEP Black Sea Buildings Energy Efficiency Plan Presentation of GA’s No 2 “Preparation for implementation - Analysis of internal current.

Similar presentations


Presentation on theme: "BSB JOP Project BSBEEP Black Sea Buildings Energy Efficiency Plan Presentation of GA’s No 2 “Preparation for implementation - Analysis of internal current."— Presentation transcript:

1 BSB JOP Project BSBEEP Black Sea Buildings Energy Efficiency Plan Presentation of GA’s No 2 “Preparation for implementation - Analysis of internal current situation” Kick off Meeting, Samsun, 2013 Irina Isac Municipality of Galati Romania 1

2 Active involvement in all Groups of Activities Galati Municipality in BSBEEP GAGA1 Knowledge and Information collection and dissemination - Analysis of external current situation GA2 Preparation for implementation - Analysis of internal current situation GA3 Integrated planning processes and approaches - Planning, implementation and training GA4 Visibility of the Action GA5 Management and coordination of the Action Activity1234512341234123451234 PP2X????XXXXXXXXXX

3 Responsible for Group of Activities (GA) 2  Activity 1: Energy-audit. Assessment of energy consumption and other environmental data by applying conventional and thermographic methods. Selected evaluation targets.  Activity 2: Investigation and development of an energy consumption assessment tool (e-tool) for buildings based on recent data and international methodologies.  Activity 3: Calculation of the carbon footprint (CF) on municipal level. Implementation of four (4) CF estimation studies at municipalities of Galati, Cahul, Mykolayiv and Samsun.  Activity 4: Recording and pre-selection of potential building as targets for the implementation of retrofitting actions (pilot demonstration projects). Galati Municipality in BSBEEP

4 Presentation of GA2 The aim of GA 2  to produce intermediate outputs analysing partners internal conditions concerning municipalities energy consumption, municipal buildings energy-audits and Carbon Footprint estimation. The specific objectives of GA 2  to prepare partners for implementing GA 3  to act as inputs to standard municipal planning procedures providing valid data and sound analysis that will help them to incorporate energy efficiency issues in their activities  to provide a group of buildings appropriate for energy upgrading interventions  to provide data contributing to local administration’s profiles by documenting energy issues (municipal energy consumption, energy mix etc) and facilitating comparisons and benchmarks with other EU and BS municipalities and cities 4

5 Involved partners 1. Democritus University-GR 2. Municipality of Galati-RO – GA Leader 3. University “DUNĂREA" Galaţi-RO 4. American University of Armenia-AM 5. Renewable Resource & Energy Effic Fund-AM 6. Municipality of Cahul-MD 7. Municipality of Mykolayiv-UA 8. Municipality of Samsun-TR 9. Municipality of Tekirdag-TR 5

6 Timeframe 6 Year 1 Semester 1Semester 2 M 123456789101112 GA 2- Preparation for implementation - Analysis of internal current situation Activity GA2.1 - Energy-audit. Assessment of energy consumption and other environmental data by applying conventional and thermographic methods. Selected evaluation targets. Preparation Activity GA2.1 Execution Activity GA2.1 Activity GA2.2 - Investigation and development of an energy consumption assessment tool (e-tool) for buildings based on recent data and international methodologies  Preparation Activity GA2.2 Execution Activity GA2.2

7 Timeframe 7 Year 1 Semester 1Semester 2 M 123456789101112 GA 2- Preparation for implementation - Analysis of internal current situation Activity GA2.3 - Municipalities Carbon Footprint estimation studies  Preparation Activity GA2.3 Execution Activity GA2.3 Activity GA2.4 - Recording and pre- selection of potential building-targets for the implementation of corrective actions (pilot demonstration projects)   Preparation Activity GA2.4 Execution Activity GA2.4

8 Budgetfor GA2 implementation Budget for GA2 implementation 8 PartnersHuman resourcesSubcontracted services GA 2- Analysis of current situation (internal) Applicant- Municipality of Kavala-GR Democritus Univesity-GR € 17,280 Municipality of Galati-RO € 22,000 Univesity “ DUNĂREA" Galaţi-RO € 18,000 American Univesity of Armenia-AR € 16,800 Renewable Resourc & Energy Effic Fund-AR € 6,300 Municipality of Cahul-MO € 18,000 Municipality of Mykolayiv- UA € 7,000 GA 2 TOTAL € 58,380.00 € 47,000.00

9 GA 2 internal structure 9 Activities descriptionPartners involved Activity 1 Energy-audit. Assessment of energy consumption and other environmental data by applying conventional and thermographic methods. Selected evaluation targets. 1. Applicant- Municipality of Kavala- GR 2. Democritus University-GR 3. Municipality of Galati-RO 4. University “DUNĂREA" Galaţi-RO 5. American University of Armenia- AM 6. Municipality of Cahul-MD 7. Municipality of Mykolayiv-UA 8. Municipality of Samsun-TR 9. Municipality of Tekirdag-TR Activity 2 Investigation and development of an energy consumption assessment tool (e-tool) for buildings based on recent data and international methodologies 1. Democritus University-GR 2. Municipality of Galati-RO 3. University “DUNĂREA" Galaţi-RO 4. American University of Armenia- AM 5. Municipality of Samsun-TR

10 GA 2 internal structure 10 Activities descriptionPartners involved Activity 3 Calculation of the carbon footprint (CF) on municipal level. Implementation of four (4) CF estimation studies at municipalities of Galati, Cahul, Mykolayiv and Samsun 1. Municipality of Galati-RO 2. Renewable Resource & Energy Effic Fund-AM 3. Municipality of Cahul-MD 4. Municipality of Mykolayiv-UA 5. Municipality of Samsun-TR Activity 4 Recording and pre-selection of potential building as targets for the implementation of retrofitting actions (pilot demonstration projects) 1. Democritus University-GR 2. Municipality of Galati-RO 3. Municipality of Cahul-MD 4. Municipality of Mykolayiv-UA 5. Municipality of Tekirdag-TR

11 Methodology  Joint decision on studies specifications and indicators adapted to partners needs  Joint decision on specific cases that are developed in each partner’s studies  Parallel implementation of studies  Preparation of a comparative/compilation final report 11

12 Tools for implementation  Procurement plan to contract the external expertise (defining clear and sound technical requirements and deliverables)  Data collection system and methodology  Selection and evaluation criteria  Monitoring, reporting and controlling system (quality reports) 12

13 13 Target groups  Municipalities (Technical, financial and environmental departments)  Universities (relevant schools and laboratories)  Municipal staff (both administrative and technical personnel)  Decision makers (Mayor and Vice-mayors, local counsellors)

14 14 Stakeholders  Collective bodies (e.g. chambers of commerce, associations of engineers, working unions, financial institutions)  Specific professional groups (e.g. builders, construction entrepreneurs, specialised journalists)  Energy related institutions and bodies (public and private electricity companies, ESCO ‟ s), construction companies, construction materials producers, financial institutions, environmental agencies  General audience (both as potential investors and as sensitive and active energy consumers)

15 From GAF to implementation Outputs  Seven (7) rounds of consultation with municipal services about the specifications of studies and preselection of buildings  Specifications for 4 types of studies  Six (6) studies on energy consumption, energy mix and relevant characteristics on a municipal level  One (1) consumption assessment tool (e-tool) for buildings  Five (5) Municipalities Carbon Footprint estimation studies  Five (5) Energy saving intervention practices at buildings with the application of Life Cycle Analysis principles

16 Municipal Energy Audit Goals:  establishes where and how buildings and facilities use energy and identifies opportunities for energy and cost savings  reveals annual energy use and costs, costs of suggested improvements, potential savings, and the length of time that will be needed to recoup improvement costs  provides data that a municipality will need to create a Carbon Footprint  develops policies aimed at reducing greenhouse gas (GHG) emissions  recommendations that can range from improved energy data management to appropriate energy-saving technologies, to structural improvements and system retrofits, to behavior change strategies for energy conservation.

17 Tool (e-tool) for evaluating energy consumption in buildings Goals Benefits:  Improved understanding of effective energy data on long-term performance of buildings and building systems  Knowledge about the main factors influencing actual energy uses in buildings and specific interactions between them  Opportunities for the development of energy saving technologies taking into consideration both the building and the user related energy use, and the prediction of expected energy use in new and retrofitting buildings  Support for standardization and benchmarking of actual energy use in buildings

18 Municipality Carbon Footprint estimation study Goals  A Municipal Carbon Footprint measures the impact of greenhouse gas (GHG) emissions produced by local government operations in a given year.  Creating a footprint is the first step to reducing municipal GHG emissions.  The footprint will detail the sources of emissions so that actions can be focused on the largest emitters.  The footprint will also enable a municipality to track its progress and determine if new policies are having an impact.  Reporting the footprint can be a powerful tool for galvanizing public interest and support for new actions.

19 Energy saving intervention practices at buildings with the application of Life Cycle Analysis principles Goals Life Cycle Assessment is the only method that assesses the environmental impacts of a certain product or activity (a system of products) over its entire life cycle. The main goal of the method is to lessen the environmental impacts of products and services by guiding the decision-making process. For companies, designers, and governments, life cycle assessment represents a decision-making aid tool for implementing sustainable development.

20 Expected results  Providing valid data and produce sound analysis on two fields of intervention (1) municipal buildings and (2) energy consumption on municipal level  Providing a portfolio of buildings appropriate for energy upgrading interventions that can be the starting point or/and critical mass for each municipality to announce a call for expression of interest for potential investors; exploiting PPP ‟ s schemes in such way  Upgrading of municipalities profiles on energy sector and making them more comparable to other cities profiles improving city branding and marketing efforts

21 BSBEEP - Expectations and Added Value  exchanging knowledge, information and best practices  reliable base studies for short and midterm planning on energy efficiency matters  to train practically target groups on energy efficiency matters and to sensibilise wider audience  BS region and local partnerships, strengthen project's sustainability and capitalisation of its results  support for developing further EU projects 21

22 Thank you for your attention! Contact person: HANTA COSTEL e-mail: hanta.c@primaria.galati.rohanta.c@primaria.galati.ro phone nr: +40 236 323136 Skype address:depp.galati 22


Download ppt "BSB JOP Project BSBEEP Black Sea Buildings Energy Efficiency Plan Presentation of GA’s No 2 “Preparation for implementation - Analysis of internal current."

Similar presentations


Ads by Google