“…The practices targeted to achieve such efficiency are known as demand side management (DSM). DSM are such activities carried out to influence either the quantity or time pattern of energy consumption in ways to increase customer satisfaction and modify or reduce end-users' energy demand [8,9]. DSM is the implementation of strategies and procedures which tend to control, influence and usually cut energy consumption.…”
Section: Demand Side Managementmentioning
confidence: 99%
“…The major types of DSM practices may be classified into three groups [9,12,13] namely: energy reduction programmes (reducing demand through more efficient processes, buildings or equipment); load management programmes (changing the load pattern and encouraging less demand at peak times and peak rates); load growth and conservation programmes. DSM load management objectives are: peak clipping, load shifting, valley filling, energy conservation, strategic load growth, and flexible load shape [14].…”
According to the United Nation Development Programme, access to modern low-cost energy systems in developing countries is important in the realization of the globally agreed developmental goals, as well as the Millennium Development Goals, and sustainable development, which would assist in the reduction of poverty and to improve the conditions and quality of life for the greater part of the world's population. Planners have suggested hybrid energy system for the electrification of rural areas worldwide. This study investigates the techno-economic and environmental effect of applying demand side management (DSM) activities to rural loads before design and sizing of hybrid energy systems for such community. Iporin a rural area in Ibadan, Nigeria which is endowed with an average daily solar radiation of 3.84 kWh/m 2 /day was taken as a case study. The total daily consumption which was initially estimated as 297 kWh/day after the application of DSM techniques dropped to 130 kWh/day representing a decrease of 56.80 %. Hybrid Optimization Model for Electric Renewables software was used for simulation and optimization purpose. Parameters such as DSM index, net present cost, and emission level were used in determining the effect of the DSM technique. Overall, the DSM activities proved to be more economical and environmental friendly.
“…The practices targeted to achieve such efficiency are known as demand side management (DSM). DSM are such activities carried out to influence either the quantity or time pattern of energy consumption in ways to increase customer satisfaction and modify or reduce end-users' energy demand [8,9]. DSM is the implementation of strategies and procedures which tend to control, influence and usually cut energy consumption.…”
Section: Demand Side Managementmentioning
confidence: 99%
“…The major types of DSM practices may be classified into three groups [9,12,13] namely: energy reduction programmes (reducing demand through more efficient processes, buildings or equipment); load management programmes (changing the load pattern and encouraging less demand at peak times and peak rates); load growth and conservation programmes. DSM load management objectives are: peak clipping, load shifting, valley filling, energy conservation, strategic load growth, and flexible load shape [14].…”
According to the United Nation Development Programme, access to modern low-cost energy systems in developing countries is important in the realization of the globally agreed developmental goals, as well as the Millennium Development Goals, and sustainable development, which would assist in the reduction of poverty and to improve the conditions and quality of life for the greater part of the world's population. Planners have suggested hybrid energy system for the electrification of rural areas worldwide. This study investigates the techno-economic and environmental effect of applying demand side management (DSM) activities to rural loads before design and sizing of hybrid energy systems for such community. Iporin a rural area in Ibadan, Nigeria which is endowed with an average daily solar radiation of 3.84 kWh/m 2 /day was taken as a case study. The total daily consumption which was initially estimated as 297 kWh/day after the application of DSM techniques dropped to 130 kWh/day representing a decrease of 56.80 %. Hybrid Optimization Model for Electric Renewables software was used for simulation and optimization purpose. Parameters such as DSM index, net present cost, and emission level were used in determining the effect of the DSM technique. Overall, the DSM activities proved to be more economical and environmental friendly.
“…Applications include sintering, flocculation, grinding, distillation, measurement calibration, valve fault diagnosis, and distillation fault diagnosis, which reveal the wide applicability for NNs within industry [8,[13][14][15][16][17][18][19]. Among thousands,…”
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