Resumoobjetivo desse artigo é apresentar as características gerais de uma nova metodologia para planejamento energético urbano, detalhando os procedimentos para integração de condicionantes de morfologia urbana, que constitui a primeira etapa de aplicação metodológica. Esta abordagem é inovadora e focada na integração de estratégias e soluções em morfologia e mobilidade urbanas, edifícios, energia e meio ambiente para planejamento de áreas em desenvolvimento urbano, novas ou a serem requalificadas, na escala de distritos, bairros e unidades de vizinhança. A análise dos resultados da aplicação metodológica no caso da operação urbana Água Branca indicou que a ocupação urbana por edificações e as densidades construída e populacional necessitavam ser compatibilizadas com a área livre requerida ao adequado dimensionamento da seção viária, no que tange a aspectos de climatologia e de provimento de infraestrutura e demanda para mobilidade urbana. Esta era uma premissa para o aproveitamento da luz e da energia solar em edificações e para que o sistema de transporte urbano fosse mais funcional e energeticamente mais eficiente.
Abstract
The aim of this paper is to present the general characteristics of a new methodology for urban energy planning, detailing the procedures for integrating the constraints of urban morphology, which is the first stage of the methodological application. This approach is innovative and focused on the integration of strategies and solutions in urban morphology
Abstract. Today a number of renewable energy technologies are available for power generation, but fossil fuels are still providing a dominant share nevertheless. In order to decrease the electric bill and save our environment, energy conservation is always crucial. In this paper a very interesting idea is presented which is economically viable to reduce electricity usage in our buildings. An effort has been made to estimate the amount of energy that could be saved in the dormitory section of the IMOP building in Russia. Although there are many ways to reduce the consumption of electricity in this building but here the emphasis is on changing light bulbs inside the rooms, kitchen, toilet and bathroom of each apartment. The scope of the study is to figure out monthly electricity saving by replacing traditional light bulbs by LED light bulbs in the building under consideration. The total investment required and the payback period is also presented.
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