Energy Tapping Efficiency: buildings' first
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Overview 1. About Saint-Gobain Isover • Who we are • Energy efficiency : our vision 2. The context • Where is the potential ? • Barriers • Opportunities 3. Addressing savings potential • Our views on EEP 2011 • The way forward – Roadmaps for renovation / 2050 – Deep renovation RE.gif
About us • 9,500 employees worldwide, in 40 countries • 50 consolidated companies and 12 licensees • 84 industrial sites in 32 countries • A strong international brand • Regional brands • World leader in insulation solutions RE.gif
About us : Leader in insulation solutions • Mineral Wool: N°1 worldwide (Glass, Stone, Ultimate) • Glass Mineral Wool: N°1 worldwide • Expanded Polystyrene: N°1 Europe RE.gif
Our vision of energy efficiency 1. Reduce the energy demand • Bioclimatic design • High performance insulation, airtight building envelop 2. Use high performance equipments • for heating, cooling lighting, ventilation and hot water, • locally produced renewable energy 3. Optimize and ensure operational performance • Proper maintenance over time • Efficient monitoring, measurement and management By doing so, it is possible to cost-efficiently reduce by 80% the energy consumption of the building stock. RE.gif
The Context Looking at savings potential of buildings • Buildings (approx 210 Million) account for : – 40% of Europe’s energy consumption – 36% of Europe’s CO2 emissions • Building’s life span > 50 years • Buildings undergo major renovations every 30 years • CO2 and RES on track for 2020, not EE • EPBD recast only addresses new built & major refurbishments • Biggest savings potential lies in existing building stock Biggest savings deemed to remain untapped if no action is taken RE.gif
Barrier : Awareness Energy Losses in our houses Infrared photo of home heat loss (blue areas are cool, red areas are warm) RE.gif
Barrier : lack of clear targets • No clear incentive for strong actions • Potential of savings remains unquantified • Low hanging fruits attitude prevails • Lock-in effect far below full potential • No incentive to act at national level – build capacity, – develop training & technical know-how – develop support programmes No vision on how to meet 2050 targets RE.gif
Barriers : Economics Do we ask the right question (s) ? • Refurbishment investment to increase by What does 200€ billion (will)decade over next it cost (Source: to SAVE EC) one unit of energy ? • Accessibility of available money • Payback time and • Lack of strong fiscal incentives What does (will) it cost to BUY • Landlord / tenant dilemna one unit of energy? RE.gif
Opportunity: Positive economic impact Renovating buildings so that they consume 80% less energy : • Save 32% of EU’s primary energy consumption = Energy produced by coal and nuclear = 4 billions barels of foreign petrol oil • Create 2 millions jobs in EU • Co-benefits : Higher quality energy services : – Better thermal comfort – Health : Better indoor air quality – Positive valuation of buildings • Co-benefits : Risk reduction – Less risk of damaging building construction – Less poverty risk in case of steeply increasing energy prices RE.gif
Opportunity : Meet Climate Targets Meeting EE 20% targets would enable a de facto reduction of 25% GHG by 2020 RE.gif
Opportunity Respond to EU citizen’s expectation • 80% Europeans support mandatory energy savings targets – Priority to household savings – Smart metering and transparency – Tax breaks for EE investments • 81% citizens in favour of measures to reduce energy precariousness • EE : Stakeholders expect strong (EP survey 2011) EU leadership (EC consultation on 2050 Energy Roadmap) RE.gif
The new EE Plan Overal assessment ☺ Covers all sectors from generation to end-use ☺ Recognises Recognitionthatof buildings provide the huge greatest energy energy savings savingpotential potential in the building sector BUT But no binding targets for EE (position possibly revised in 2014) Vague timetable for implementation Not2020 convincing on how measures to close the definitely not2020 gap aligned Lack of a clearwith roadmap 2050for how and to what extent targets energy use in buildings can be reduced by 2020 and by 2050 RE.gif
EE plan & 2050 low-carbon Roadmap GHG emissions Building sector usu al line ss as Busine 100% Energy 80% efficiency contributio n Decarbonised energies 10% contribution Remaining fossil fuels RE.gif 1990 2010 2020 2050
What to do ? Encourage Deep Renovation • Achieve reduction in energy consumption of 80% • Incorporate available energy saving technologies • Start with building envelope (measures providing most savings, then RE & equipments • 3% EU buildings renovated each year for the next 40 years = meeting 2020 & 2050 energy & GHG targets • EEP : – Public sector (12%) to lead by example, private to follow – Ambition needed to avoid lock in effect RE.gif
What to do ? National roadmaps for wide-scale renovation Member States should be encouraged to : a) Complete the deep renovation of their entire building stock by 2050 b) Define ambitious intermediate objectives for 2020 and 2040 c) Develop a roadmap to achieve these objectives according to local, regional and national needs d) Set targets at building stock level and per building type RE.gif
The ISOVER Energy Efficiency Awards • Since 2007, every 2 years • Target: established professionals www.isover-eea.com • Objectives: to reward Europe’s most successful building renovation and construction projects; to emphasize the creative and innovative ways by which energy efficiency can be achieved RE.gif
To conclude • Key role of buildings • Look at the EE challenge from the right side, namely, how to reduce demand first • Build scenarios towards 2050, per sector • Buildings : Deep renovation will be key • Renovating 3% of building stock per year = meeting energy & GHG target by 2050 • Increase awareness : Renovate Europe Campaign RE.gif
Thank you ! To know more about ISOVER… www.isover.com RE.gif
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