正能量平衡计算的两个案例研究

A. Gabaldón, R. Olivadese, Beril Alpagut, Cecilia Sanz, G. Huitema
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引用次数: 0

摘要

区域能源平衡的计算是复杂的,因为它包括不同的负荷、技术、能源载体、用户和外部电网(电力、区域供热/供冷、天然气等)之间的交易互动,以及在不同背景下识别初级能源因素(pef)等假设。本研究在两个案例研究中验证了H2020 MAKING-CITY方法用于计算正能量区(PEDs)的能量平衡:格罗宁根市和托雷拉戈市。对于每种情况,都遵循方法中定义的步骤,处理有关区域边界的不可再生初级能源因素和关键要素的假设。这项研究表明,所开发的计算方法在城市的设计阶段和实施阶段都具有适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Positive Energy Balance Calculation in Two Case Studies
The calculation of the energy balance at the district level is complex since it includes a diverse set of loads, technologies, energy carriers, trading interactions between users and external grids (power, district heating/cooling, gas, etc.) and assumptions such as the identification of Primary Energy Factors (PEFs) in different contexts. This research validates the H2020 MAKING-CITY methodology for calculating the energy balance of Positive Energy Districts (PEDs) in two case studies: the cities of Groningen and Torrelago. For each case, the steps defined in the methodology are followed, dealing with assumptions on non-renewable Primary Energy Factors and critical elements regarding the district boundary. This research shows the applicability of the developed calculation methodology for cities in the design phase as well in the implementation phase of PEDs.
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