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United Nations Environment Programme en.lighten initiative Global Status on the Benefits of Energy Efficient Lighting 10-11 November 2014, Beijing Gustau Mañez Gomis
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Global Efficient Lighting Forum 2 Table of Contents UNEP en.lighten initiative 1 The Integrated Policy Approach 2 Savings Potential – Stock Conversion 3 Savings Potential – 2010-2030 Forecast 4
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Global Efficient Lighting Forum 3 en.lighten initiative Global consensus to phase out inefficient incandescent lamps by 2016* Support countries in making the move * By 2016 all countries should have either phased-out inefficient incandescent lamps or have policies in place to phase-out within a given timeframe
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Global Efficient Lighting Forum 4 MEPS: ensure efficiency and quality of lighting products, removing obsolete technologies Supporting policies: promote public acceptance and demand for energy-saving lighting Monitoring, verification and enforcement: ensure regulatory compliance and a level playing field Environmentally sound management for sound disposal and/or recycling of used lamps The Integrated Policy Approach
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Global Efficient Lighting Forum 5 Partner Countries Partner countries 66
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Global Efficient Lighting Forum 6 Global IPA Overall Status Limited In Progress Advanced No Information Global Efficient Lighting Forum
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7 Minimum Energy Performance Standards Supporting Policies Monitoring, Verification & EnforcementWaste Management Global Efficient Lighting Forum Global Status – Integrated Policy Approach
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Global Efficient Lighting Forum 8 Hypothetical conversion of global lighting stock (2010) from inefficient to efficient lamps: Incandescent CFL and LED Linear Fluorescent Efficient T8 and T5 High Intensity Discharge Efficient Metal Halide Savings compares the energy consumption of stock inefficient vs. efficient lamps Global electricity for lighting was over15% of total electricity consumption in the baseline Switching to efficient stock would save nearly 40% of lighting electricity consumption Savings Potential – Stock Conversion
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Global Efficient Lighting Forum 9 Global Benefits of Stock Conversion Over US$120 billion annually in avoided electricity bills Reduction of 1044 TWh of electricity; equal to annual electricity consumption of: Avoid over US$230 billion investment tied up in 280 large base-load coal- fired power plants Savings of over 530 million tonnes of CO 2 yearly; equal to annual CO 2 emissions of: Electricity savings capacity could electrify 1 billion households Compact Fluorescent Lamp
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Global Efficient Lighting Forum 10 Global Benefits of Stock Conversion to 100% LED Over US$175 billion annually in avoided electricity bills Reduction of 1550 TWh of electricity; equal to annual electricity consumption of: Avoid over US$345 billion investment tied up in 415 large base-load coal- fired power plants Savings of almost 800 million tonnes of CO 2 yearly; more than the annual CO 2 emissions of: Electricity savings could electrify 1.5 billion households LED Lamp
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Global Efficient Lighting Forum 11 Savings Potential – 2030 Forecast 4 Policy Scenarios 1.No New Policies: keeps 2013 Global Policy Map as the reference scenario 2.Slow New Policies : builds on 2013 policy reference scenario, allowing countries with limited progress to adopt MEPS for all lamp types 3.SE4ALL Accelerator : The UN Secretary General’s SE4ALL initiative, facilitates countries action to adopt MEPS in 2017 4.Least Life Cycle Cost: overnight global transition to efficient lighting, adopting MEPS for all lamp types
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Global Efficient Lighting Forum 12 Global Electricity for Lighting – in 2030 1,209 TWh in 2030 377 TWh p.a. in 2030 No new policies Slow new policies SE4ALL Accelerator Least life cycle cost Global electricity for lighting (TWh / year) 3,100 2,900 2,700 2,500 2,300 2,100 2010 2012 2014 2016 2018 2020 2022 2024 2026 2028 2030 Lighting ~ 15% of global electricity consumption SE4All Accelerator achieves savings of 377 to 1209 TWh/year
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Global Efficient Lighting Forum 13 Regional savings – SE4All Accelerator in 2030 Compared to No New Policies, SE4All Accelerator achieves savings of 1209 TWh per year Cumulatively: 8,200 TWh & 4.2 Gt CO2 savings
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Global Efficient Lighting Forum 14 How do we save 4.2 Gt of CO 2 in lighting?
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Thank You www.enlighten-initiative.org
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