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The European Lighting Industry Position on How to Maximise the Potential Benefits of European Policy on Energy Efficiency in Lighting January 2008. A presentation. ELC & CELMA, together in RoMS Why we need to achieve energy efficient lighting The ELC & CELMA Joint Position on Lighting .
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The European Lighting Industry Position onHow to Maximise the Potential Benefits of European Policyon Energy Efficiency in LightingJanuary 2008
A presentation • ELC & CELMA, together in RoMS • Why we need to achieve energy efficient lighting • The ELC & CELMA Joint Position on Lighting
European Lamp Companies Federation (ELC) • 7 Member companies HID HID • collectively employ over 50,000 people in Europe • annual turnover in Europe of €5 billion • www.elcfed.org
European Luminaires and Ballasts Industry (CELMA) • 18 National Manufacturers Associations for Luminaires and Electrotechnical Components for Luminaires in 13 EU countries • Represents more than 1000 companies (majority of small and medium-sized companies) • Directly employs more than 60 000 people in Europe • Generate over 12 billion Euro annually • http://www.celma.org
ELC & CELMA, together in RoMS ELC & CELMA work together in RoMS (Roll-Out Member States), the first joint lighting industry national outreach programme on energy efficiency • Currently, one of few such joint industry programmes in Europe • Currently operating actively in 12 countries and soon operating in more European countries
Working together to.. • Support European governments to develop policy and other measures that deliver significant CO2 emission reductions through increasing the uptake of energy efficient lighting. • Help governments to meet their National and European targets in a quick, practical and cost effective way. • Help to identify the barriers to change and assist end users to overcome these barriers. • Work with a range of stakeholders (our value chain, NGOs, retailers etc) to develop and communicate user friendly information to end consumers on how to achieve savings through energy efficient lighting technology.
Lighting – a significant consumer of electricity • “Lighting consumes 14% of all electricity consumption within the EU and 19% of global electricity consumption”. International Energy Agency • “Lighting requires as much electricity as is produced by all gas-fired generation and 15% more than produced by either hydro or nuclear power”. Light’s Labour’s Lost – Policies for Energy-efficient Lighting. IEA
The current pictureOver 60% of all Europe’s lighting = inefficient • 1/3 of street lighting in Europe still based on old, outdated and inefficient technology • current switch over rate is 3% per year - meaning it will take another generation to upgrade • average life-time of lighting installation = 40 years • new technology available, more energy efficient and better quality light • More than 75% of office lighting systems still inefficient • current switch over rate is 7% per year • average life-time of lighting installation = 25 years • huge differences in efficiency between old and new systems (energy saving potential 30-80%) • Approximately 85% of lamps currently in EU homes are energy inefficient.
The factsCosts for CO2-reduction Source: Vattenfall
The ELC & CELMA response 3 key issues: • EU-wide Product Standards • National measures to encourage renovation of existing lighting installations • EU-wide Lighting Design Legislation to improve light quality as well as the energy efficiency of the lighting installation
Overview Through its joint position, ELC and CELMA aim to ensure a quick and effective follow-up to the EU’s public commitments from March 2007 on developing a low carbon economy, in particular through a 20% increase in energy efficiency by 2020. Lighting can contribute via… • EU-wide product standards • Renovation of existing installations • EU-wide lighting installation design criteria
Issue 1: Product standards (I) Goal: development of Implementing Measures under the EuP Directive Timing: this is the first and quickest way to secure significant energy and CO2 savings for new lighting products placed in the EU market Labelling: CE-marking, sole means of identification!
Issue 1: Product standards (II) Scope: • IM’s should be formulated independently for each of the lighting EuP’s (lamps, ballasts, optical systems of luminaires and control systems - standby power) • Support for selected product technology-based categories and application-independent • IM’s should contain generic energy efficiency criteria for the specific product categories listed in the Eco-profiles tables provided by ELC and CELMA, independent of the application area the products identified by the Commission will be removed from the total market! • Luminaire optical part tables should not lead to additional requirements for lamp categories for which no Eco-profiles have been defined
Issue 2: Renovation of existing installations Goal: adoption of complementary national legislation that encourage the renovation of existing low performing installations, starting with street and office lighting nEEAPs under the ESD, a tool to achieve this!
Issue 3: EU-wide Lighting Design Legislation Goal: development of harmonized EU-wide energy saving and performance criteria for lighting installations, through authority certification of lighting designs, based on European Legislation Such rules: • Would ensure the improvement of light quality whilst achieving energy savings • Could be part of building codes and public procurement rules in the Member States
Conclusions ELC & CELMA commit to policy-makers and regulators: • To assistthe development of workable Implementing Measures under the EuP Directive by providing technical lighting expertise • To provideassistance to drive renovation through nEEAPs through our Roll Out Member State (ROMS) network • To build awareness for the need of harmonised lighting design criteria to push for larger savings in installations
ROMS website http://roms.elcfed.org/ ELC website http:www.elcfed.org CELMA website http:www.celma.org