2026· E3S Web of Conferences· Vol 734, pp. 02005· 0 citations· 2 references
Abstract
Building electrification is critical to achieving zero-carbon goals. This paper reviews the technical pathways and evaluation metrics for building electrification, focusing on flexibility assessment under the PV-S-DC-F paradigm. It establishes a multi-dimensional indicator system and evaluation methodology that includes load regulation, renewable energy utilization, and grid interaction, and proposes a framework that combines energy efficiency with flexibility to connect electrification strategies with zero-carbon goals, while supporting emissions reductions in buildings and the stable operation of the new power system.
This paper focuses on quantifying overall lifecycle carbon emissions of a case-study structure, identifying key emission stages, and proposing carbon reduction strategies. The lifecycle assessment (LCA) framework combined with BIM technology was used to calculate stage-wise carbon outputs across the materials, assembly...
Yu-Jing Yang, Ying-Jie Shi, Xin-Yu Yang et al.· Buildings· 0 citations
The European Union’s decarbonization targets necessitate a rapid transformation of the
building sector toward net-zero emissions. This study presents a comprehensive techno
economic and environmental assessment of photovoltaic (PV), wind, and hybrid PV–wind
systems for energy-plus buildings in six representative Poli...
M. Parves· International Journal of Eng...· 0 citations
Educational institutions in developing countries face increasing electricity demand, frequent power outages, and rising operational costs due to their heavy reliance on utility grids and diesel generators. This study evaluates a grid-connected hybrid energy system (HES) for the Balochistan University of Information Tec...
Atiq ur Rehman, Fouzia Anwar, M. Ayub et al.· Energies· 0 citations
The transition toward secure, low-carbon electricity generation requires energy technologies to be evaluated simultaneously in terms of environmental performance, technical reliability, economic viability, resource requirements, and strategic value. Although nuclear power is widely recognized as a low-carbon and high-c...
Vipin Kumar Sharma, Satyam Shree, N. E· Current Natural Sciences and...· 0 citations
Life cycle assessment (LCA) is a crucial tool for monitoring the environmental impact of renewable energy systems. However, current approaches may not account for local socio-economic conditions and structural readiness without a large number of local data sets. The up-to-date carbon footprint assessment does not accou...
L. Velásquez, Amal Poulose, Tanja Behrendt et al.· Technologies· 0 citations
The rapid and simultaneous growth of electric vehicles (EVs) and hydrogen vehicles (HVs) has created an urgent need for integrated infrastructure capable of satisfying fundamentally different electricity and hydrogen demands while minimizing reliance on carbon-intensive grid electricity. This challenge is particularl...
