Light Speed Presentations Presentaciones breves
Rio de Janeiro Population: 6,320,446 Municipal Buildings (owned, leased, or managed): +2300 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)
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
GOBIERNO DE LA CIUDAD DE BUENOS AIRES
GOBIERNO DE LA CIUDAD DE BUENOS AIRES Población: 3.054.267 (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.
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.
MUNICIPALITY OF BOGOTÁ, COLOMBIA Population: 7.980.001 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)
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. 549-2015 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.
MUNICIPALITY OF LIMA CIUDAD DE LIMA Population: 9,111 (9 million 111 thousand habitants) Municipal Buildings (owned, leased, or managed): 20 Municipal Offices (20).
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.
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.
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: http://camacolantioquia.org.co/2017/tecnico/acuerdo/boletin/noviembre9/boletin1.html http://www.metropol.gov.co/construccionsostenible/pages/inicio.aspx - 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
ÁREA METROPOLITANA DEL VALLE DE ABURRÁ - COLOMBIA 10 Municipalities Including Medellín 1200 1800 m.a.s.l.; 18 C - 25 C; 1500 2600 mm/year Institutional buildings HVAC = 25% - 50% energy consumption Population: 3.821.797 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