Asst. Prof. A. Shubhangi Rao - Profile on Academia.edu (original) (raw)
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International Journal of Engineering & Technology, 2020
This paper mainly deals with energy consumption and monitoring of each block after carefully obse... more This paper mainly deals with energy consumption and monitoring of each block after carefully observing where the losses occur and how to minimize these losses and how to reduce unit consumption of each block and units consumed by capacitor bank. Base loads and Peak loads can be observed and operated in such a way as to reduce unit consumption.MLR college has 315KVA power from the grid as well as 260KW solar power generating unit where 40 percent of the power from the grid is saved. Proper planning for operating the underground bore motors used for Hostels, Mess and College buildings also saves some amount of units consumed by these motors. Further if power factor is maintained 0.99 instead of 0.2 or 0.3 some amount of units consumed can be saved. Further if maximum demand is prevented from reaching beyond the transformer rating then some amount of units consumed can be saved. Installing copper earth pits of suitable numbers for each block and balancing the loads in each phase can al...
In India we may get the information from the India central energy information, the consumption of... more In India we may get the information from the India central energy information, the consumption of energy is nearly 33% from commercial buildings which is increasing day by day. The rise in energy consumption by commercial buildings is increasing at a rate of 8-10% every year in India. Generally, load curve monitoring is a method which is used to determine the electricity consumption of various electrical appliances which are present in the college building. The load consumption of various appliances based on their composite loads is measured at the electric meters in the college building. These electric energy meters can provide the information like the type of load, appliances working condition, appliances energy consumption details to the consumer and the state electric board. This information is used to plan the load strategy in the college for various blocks for optimal utilization the grid which is inter connected with solar power. So, load curve monitoring is generally classified into 2 types. Intrusive and non-Intrusive load monitoring. Intrusive load monitoring is costly because the manufactured equipment's are to be installed, and it provides accurate data values of each electric appliance energy consumption to the state electric board and to the consumers. Non-Intrusive load monitoring method is a cost-effective method, because in this method only the few equipment's need to be installed. Load curve monitoring and analysis is an efficient instrument aiming to study, which is necessary to develop Electrical energy distribution network and reduce electrical energy internal consumption. In this paper, the load curve analysis for MLRIT campus which is fed from 440 Volts is presented. The article is concerned with the different load monitoring techniques.
International Journal of Engineering & Technology, 2020
This paper mainly deals with energy consumption and monitoring of each block after carefully obse... more This paper mainly deals with energy consumption and monitoring of each block after carefully observing where the losses occur and how to minimize these losses and how to reduce unit consumption of each block and units consumed by capacitor bank. Base loads and Peak loads can be observed and operated in such a way as to reduce unit consumption.MLR college has 315KVA power from the grid as well as 260KW solar power generating unit where 40 percent of the power from the grid is saved. Proper planning for operating the underground bore motors used for Hostels, Mess and College buildings also saves some amount of units consumed by these motors. Further if power factor is maintained 0.99 instead of 0.2 or 0.3 some amount of units consumed can be saved. Further if maximum demand is prevented from reaching beyond the transformer rating then some amount of units consumed can be saved. Installing copper earth pits of suitable numbers for each block and balancing the loads in each phase can al...
In India we may get the information from the India central energy information, the consumption of... more In India we may get the information from the India central energy information, the consumption of energy is nearly 33% from commercial buildings which is increasing day by day. The rise in energy consumption by commercial buildings is increasing at a rate of 8-10% every year in India. Generally, load curve monitoring is a method which is used to determine the electricity consumption of various electrical appliances which are present in the college building. The load consumption of various appliances based on their composite loads is measured at the electric meters in the college building. These electric energy meters can provide the information like the type of load, appliances working condition, appliances energy consumption details to the consumer and the state electric board. This information is used to plan the load strategy in the college for various blocks for optimal utilization the grid which is inter connected with solar power. So, load curve monitoring is generally classified into 2 types. Intrusive and non-Intrusive load monitoring. Intrusive load monitoring is costly because the manufactured equipment's are to be installed, and it provides accurate data values of each electric appliance energy consumption to the state electric board and to the consumers. Non-Intrusive load monitoring method is a cost-effective method, because in this method only the few equipment's need to be installed. Load curve monitoring and analysis is an efficient instrument aiming to study, which is necessary to develop Electrical energy distribution network and reduce electrical energy internal consumption. In this paper, the load curve analysis for MLRIT campus which is fed from 440 Volts is presented. The article is concerned with the different load monitoring techniques.