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In order to provide guidance in the planning process of energy efficient urban redevelopment projects and describe energy management strategies for existing neighborhoods the overall objective of the presented approach is to develop a methodology describing the energy balance of urban neighborhoods building on an integrated assessment of energy efficiency measures and efficient supply systems. A necessary...
Channel assignment schemes in Multi-Radio Wireless Mesh Networks (MR-WMNs) usually leave several links sharing the same channel within overlapped transmissions or interference ranges; this is especially true when only one radio is used or when the number of radios is very small compared to the number of orthogonal channels. In this paper, we propose a new multi-objective optimization model for channel...
With plug-in electric vehicles poised to enter the automotive market this year, a remaining concern for electrical distribution utilities is the potential impact these loads may have on their system and how to account for them in their planning process. In order to address this concern, EPRI has initiated a multi-utility project to quantify the potential impacts across numerous distribution feeders...
Significant distributed generation (DG) will be connected to distribution systems. As a result, the integration of this generation may change the assumptions under which the systems were designed and results in the operation situations that do not occur in a conventional system without directly connected distributed generation. Careful engineering planning for DG penetration is therefore needed. Understanding...
Planning a photovoltaic (PV) system is complex. Many different factors must be taken into account such as site information, module type and inclination of the modules, level of irradiation, choice of the most suitable inverter, etc. To ease the planning process, computer based tools must be utilized. In this paper, a MATLAB-based modeling tool to design, predict and analyze grid - tied PV systems...
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