Light Speed Presentations. Presentaciones breves

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1 Light Speed Presentations Presentaciones breves

2 Rio de Janeiro Population: 6,320,446 Municipal Buildings (owned, leased, or managed): Schools (1677), Hospitals and Clinics (375), Cultural Buildings (94), Social Assistance (75), Sports & Leisure (26), Offices (+70) Municipal Buildings Energy and/or GHG Reduction Target Aim to reduce GHG emissions by 20% by 2020 (2005 baseline) (Photo: Pedro Kirilos / Riotur)

3 Rio de Janeiro Municipal Building Efficiency & Clean Energy Programmes: Qualiverde Certification and Green Municipal Property Tax - Concession of tax exemption/discountsto green buildings Accelerating Municipal Building Efficiency Technical Assistance - Energy & Water Efficiency and Rooftop Solar PV for Public Schools LIGHT Co. Energy Efficiency Program Modernization of publicbuildingslighting and conditioningsystems andurban publiclighting system

4 GOBIERNO DE LA CIUDAD DE BUENOS AIRES

5 GOBIERNO DE LA CIUDAD DE BUENOS AIRES Población: (2015) Edificios municipales (propios y alquilados): 1400 Escuelas (860), Hospitales y Centros de Salud (165), Edificios Administrativos (300), Centros Culturales (75) Objetivos de Reducción de GEI: La ciudad de Buenos Aires se compromete a bajar el 30% de los GEI para 2030 (respecto al escenario BAU). El área de energía proyecta contribuir con el 22% de este objetivo al 2020.

6 GOBIERNO DE LA CIUDAD DE BUENOS AIRES Principales Programas: Recambio de Luminarias en Edificios Públicos. Reforma del Código de Edificación. Energías Renovables en Edificios Públicos. Recambio de Luminarias en Alumbrado Público.

7 MUNICIPALITY OF BOGOTÁ, COLOMBIA Population: Hab (2016, SDP) Municipal Buildings (owned, leased, or managed): 1307 Schools (706), Libraries (19), Fire Stations (17), Hospitals (22), Municipal Offices and others(543) Energía de Edificios Municipales y / o Meta de Reducción de GEI Tiene como objetivo reducir el consumo de energía de los edificios municipalesen un 15% para los nuevos edificios a partir de 2016 (líneade base 2013)

8 MUNICIPALITY OF BOGOTÁ, COLOMBIA Eficiencia en edificios municipales centrales y programas de energía limpia: - Acuerdo 655/2016, Consejo de Bogotá: La Administración del Distrito implementará progresivamente el uso de fuentes de energía no convencionales para alumbrado público y en los edificios municipales. - Entidades de la Administración Municipal incluirán en su Plan de gestión ambiental institucional - PIGA, acciones para promoverel uso de fuentes de energía no convencionales. - Res Ministerio de Vivienda, Ciudad y Territorio (nacional): parámetros y directrices para la construcción sostenible y guía para el ahorro de energía y agua en los edificios. Los objetivos de ahorro están definidos.

9 MUNICIPALITY OF LIMA CIUDAD DE LIMA Population: 9,111 (9 million 111 thousand habitants) Municipal Buildings (owned, leased, or managed): 20 Municipal Offices (20).

10 MUNICIPALITY OF LIMA Municipal Buildings Energy and/or GHG Reduction Target OE 6. Reduce greenhouse gas emissions (Adaptation Strategy and Mitigation Actions of the Province of Lima to Climate Change) -Encourage urban transport planning mechanisms, renewal of the vehicle fleet and improvementof air quality. - Promote a sustainable transport system. -Promote massive transportation systems, prioritizing buses of great capacity and less polluting. -Strengthen the "Chatarreo" program for the renovation of the vehicle fleet. - Promote the use of non-motorized transport.

11 MUNICIPALITY OF LIMA Central Municipal Building Efficiency & Clean Energy Programmes: - Implement Ecoefficiency Measures regarding the Savings of Electric Energy consumption in the buildings of the Metropolitan Municipality of Lima. - Awareness program regarding the saving of electricity consumption, through informative material and brief talks.

12 ÁREA METROPOLITANA DEL VALLE DE ABURRÁ - COLOMBIA Metropolitan policy for sustainable construction - Issued by AMVA: Authority on environment, development planning, land planning, public transportation, public utilities (power, water and sanitation) - Scales: Master planning, open spaces, new buildings and retrofits - Approach: Life cycle, systemic, glocalized - Issues: Integrality, resilience, eco-efficiency, habitability and viability - Tools: Guidebooks for sustainable construction: Instruments: voluntary, market-based, fiscal, regulatory (National level) - Progress: & 10YFP: AMVA, CAMACOL, EPM, Municipalities, DNP, Housing Ministry: Outreach engagement, education, demonstrative projects, business model WRI: AMVA, CCCS (BEA): Preliminary business model on retrofits public buildings

13 ÁREA METROPOLITANA DEL VALLE DE ABURRÁ - COLOMBIA 10 Municipalities Including Medellín m.a.s.l.; 18 C - 25 C; mm/year Institutional buildings HVAC = 25% - 50% energy consumption Population: second largest urban area in Colombia Municipal Buildings (owned, leased, or managed): Yet to be set Municipal Buildings Energy and/or GHG Reduction Target: Yet to be set Existing baselines: National: Energy and water consumption: Offices, hospitals, schools, hotels, retail, houses Building operational energy: 4.5% of national GHG emissions Metropolitan: Construction stage GHG: Materials + Transport + Construction = 30 years operational energy LCA Embodied energy and GHG: 5.5% of national GHG emissions