Long-Term Modeling and Forecasting of the Load at a Substation in Lomé Zone A, Togo Abstract: Developing an econometric model for estimating long-term electricity demand in Lomé Zone A until 2023 is essential for effective energy planning, enabling optimized demand management and efficient production strategies.

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The case study is based on Togo renewable energy sustainability and employs qualitative and quantitative research to achieve the result. The study stems from the fact that Togo like most African countries has a lot of natural resources such as solar, wind and hydro-electric power required to implement a nationwide sustainable energy system.

2022年8月26日 · This study aimed to investigate the dynamic of electricity consumption growth in Togo. The analysis uses a data-driven approach to determine the relationship between average electricity consumption and the electrification rate.

Hiroyoshi Togo (SM'11) received the M.Sc. and Ph.D. degrees in applied physics and electronic engineering from University of Tsukuba, Ibaraki, Japan, in 1996 and 2010, respectively. He joined the Nippon Telegraph and Telephone Corporation (NTT), Musashino Opto-electronics Laboratories in 1996.

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In this paper, we introduce ViT-ToGo, a $V$ iT accelerator with grouped token pruning. This enables the parallel execution of the $V$ iT models and the token pruning process. We implement grouped token pruning with a head-wise importance estimator which simplifies the process need for token pruning, including sorting and reordering.

Understanding energy consumption growth remains a fundamental aspect of energy planning. This study aimed to investigate the dynamic of electricity consumption growth in Togo. The analysis uses a...

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2018年6月1日 · In this study, we resolve these issues through the combination of junction engineering and workfunction metal (WFM) boolean engineering in long channel (LC) and short channel (SC) devices for SCE, WFM stack optimization for gate resistance, and HK interface optimization for reliability.