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A platform for research: civil engineering, architecture and urbanism
Energy management under load shedding condition using concept of DC microgrid for residential load
Residential power-cuts are common due to chronic shortage of electricity which affects the country's potential for economic growth. The proposed solution is to supply low voltage from the substation and to convert it into DC at customer premises for domestic usage which will provide homes with uninterrupted, but limited power sufficient to support limited number fans, lights, small appliances, and charging stations irrespective of power shortages. This technology offers to perform Brown-Outs (BO) by feeding 10% of the power to energize houses in DC forms, even during power shortages. A sample area of the distribution grid is taken, and the proposed system is simulated for load shedding conditions to compare its feasibility and economic viability with existing AC grid for long-term power consumption and savings. To extend the idea, grid to vehicle and vehicle to grid to manage demand and generation using battery storage system can be done with the use of renewable generation such as solar power.
Energy management under load shedding condition using concept of DC microgrid for residential load
Residential power-cuts are common due to chronic shortage of electricity which affects the country's potential for economic growth. The proposed solution is to supply low voltage from the substation and to convert it into DC at customer premises for domestic usage which will provide homes with uninterrupted, but limited power sufficient to support limited number fans, lights, small appliances, and charging stations irrespective of power shortages. This technology offers to perform Brown-Outs (BO) by feeding 10% of the power to energize houses in DC forms, even during power shortages. A sample area of the distribution grid is taken, and the proposed system is simulated for load shedding conditions to compare its feasibility and economic viability with existing AC grid for long-term power consumption and savings. To extend the idea, grid to vehicle and vehicle to grid to manage demand and generation using battery storage system can be done with the use of renewable generation such as solar power.
Energy management under load shedding condition using concept of DC microgrid for residential load
Mody, Karan Brijal (author)
2018-12-01
Miscellaneous
Electronic Resource
English
DDC:
690
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