A reference tool for optimizing and securing energy production
In a landscape where companies, private developers, and electrification institutions strive to deliver high-quality service at optimal costs, identifying effective solutions for technology and power line design optimization is crucial . This approach is particularly necessary in rural areas and remote areas, where the viability of electrification projects can significantly impact development. It is essential to optimize medium and low voltage networks during feasibility studies to avoid additional costs from oversizing equipment.
GISELEC is a software solution designed to perform both electrical and mechanical network calculations within a single application, adhering to the current NFC 11-201 and HM/072/BD3679/MC (EDF) standards. Built on Geographic Information Systems (GIS) technology, GISELEC rationalizes the design of power lines.
The software enables optimization of cable sections for LV and MV/HV networks based on demand forecasts for rural electrification projects, such as network extensions or decentralized mini grids. It assists in sizing and positioning transformers within a village based on the layout of charging points identified during village mapping and automatically places supports according to mechanical forces.
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