energy efficiency and impacts to climate change

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Energy efficiency and impacts to climate change Armin Teskeredzic Mechanical Engineering Faculty University of Sarajevo Bosnia & Herzegovina

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Page 1: Energy efficiency and impacts to climate change

Energy efficiency and impacts to climate change

Armin TeskeredzicMechanical Engineering Faculty

University of Sarajevo Bosnia & Herzegovina

Page 2: Energy efficiency and impacts to climate change

Shift in philosophy from ESD to EED!

From energysavings tocap consumption!

ESD prescribes the target in terms of relative amount of final energy (3% intermediate and 9% final target)!

EED prescribes the limits (cap) in terms of absolute amount of primary and/or final consumption!

Cap consumption

Page 3: Energy efficiency and impacts to climate change

How the targets for EnC in 2020 are set?

PRIMES modelUsed for EnC6!

SMK – Serbia, Montenegro & Kosovo* modeled together!

Ukraine & Moldova joined Energy Community latter!

Target was to prescribe cap consumption for EnC8!

Page 4: Energy efficiency and impacts to climate change

PRIMES modelUsed for EnC6!

IEA – Energy balance for 2012 used to estimate the ratio of PEC in UKR+MOL vs. EnC6!

First the PEC was needed to be estimated for UKR & MOL!

X

How the targets for EnC in 2020 are set?

Page 5: Energy efficiency and impacts to climate change

𝐏𝐄𝐂𝐄𝐧𝐂 = 𝟐𝟑𝟑 𝐌𝐭𝐨𝐞

EnC 8 estimated primary energy consumption in 2020 using PRIMES!

Primary and final energy consumption caps!

20% savings

𝐏𝐄𝐂𝐄𝐧𝐂 = 𝟏𝟖𝟕 𝐌𝐭𝐨𝐞

𝟏𝟖𝟔, 𝟓 𝐌𝐭𝐨𝐞

𝐅𝐄𝐂𝐄𝐧𝐂 = 𝟏𝟑𝟑 𝐌𝐭𝐨𝐞

Page 6: Energy efficiency and impacts to climate change

Preliminary estimations of PEC for individual countries! EnC well prepared for keeping the consumption below cap!

Primary and final energy consumption caps!

Page 7: Energy efficiency and impacts to climate change

Primary and final consumption caps - Macedonia!

4% annually!

8% annually!

Macedonia will not reach the cap consumption!!!

Page 8: Energy efficiency and impacts to climate change

• Current status and future development presented in strategic EU 27 document Heat Roadmap 2050,

• Analysis of baseline conditions year 2010!

• Sector development vision presented by 2030. & 2050. godine (science & private business hand in hand)!

Facts & Figures:6000 DH systems in EU!60 million people connected to DH!Market share of DH = 12%

Importance of new EE directive (example DH)!

Page 9: Energy efficiency and impacts to climate change

4 Generations of DH systems

1G: Steam heating;t < 200O C

2G: Cogeneration;t >100O C

3G: Compact substations., consumption based, RES;

t < 100O C

4G: LTDH, Optimal mix with RES, EE demand side;

t ≈ 70O C

Importance of new EE directive (example DH)!

Page 10: Energy efficiency and impacts to climate change

Platform for information exchange between different policy levels!

Evidence based monitoring tool (individual measures and programs)!

Long term vision – tool for strategic planning and monitoring!

Existence of local/municipal EE or CO2 reduction plans (SEAP, MEEAP)!

NEED FOR SIMPLE, INNOVATIVE AND COST-OPTIMAL MONITORING SOLUTION!

State

NEEAP

Cities

SEAP/

MEEP

RegionsEE Plans

Monitoring & Verification Platform (MVP)

*CoM – Covenant of mayors; http://www.covenantofmayors.eu/index_en.html

Page 11: Energy efficiency and impacts to climate change

State

Counties/

Districts

Cities/

Municipalities

Croatian administrative structure

Croatia – example of EE M&V system

NEEAPYearly 3 Years

+

+ +

+ +

EEP 20+

EEP 17+>35.000 people

Time schedule for plans

Current status: 74+ cities joined CoM*! # plans: 38 to 100??? # of measures???

*CoM – Covenant of mayors; http://www.covenantofmayors.eu/index_en.html

Elegant solution ;-)

Registration of all plans at one place!

Page 12: Energy efficiency and impacts to climate change

MVP project

MultEE Horizon

Plan

MVP geographical coverage & perspective!

Page 13: Energy efficiency and impacts to climate change

13

EE Measures:1. Wall insulation2. New windows3. Solar thermal collector4. New boiler5. Heat allocators with TSV

Known data: Area [m2], Location [HDD], Fuel,

Construction year [XXXX], Ratio of windows and walls!

x10 =

BU-Methodology (kWh, tCO2)

Implemented projects* (€)

kWh, tCO2, €

Reference building – representing 10!

MVP a tool for planning (upgrade)!

Page 14: Energy efficiency and impacts to climate change

THANK YOU FOR ATTENTION!

Contact:[email protected]