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POWER SUPPLY RELIABILITY ENHANCEMENT FOR LOW- VOLTAGE DISTRIBUTION AREA WITH POWER QUALITY IMPROVEMENT FUNCTION

P. Srinivas, U. Anvesh, S. V. Bharath, M. Santhosh Kumar, V. Rajesh

Abstract


To break the issue of inadequate power force trust ability caused by the single power force form in the low- voltage distribution area( LVDA) of power motor, a multi energy interactive power force system( MIPSS) integrating the grid, new energy and energy storehouse is constructed by pertaining to the operating characteristics of unified power quality conditioner( UPQC). In addition to the power quality enhancement function, the MIPSS can also realize the orderly control of different powers, and enhance the trust ability, diversity and stability for electricity force in the LVDA. First, grounded on the anatomized power inflow operating principles, the operating modes of MIPSS are divided into three orders conforming of six forms, which can meet the high- trust ability power force demand for loads in colorful scripts. also, a multi-mode collaborative control strategy( MCCS) is proposed to realize the multi-mode operation and flawless transition, as well as the diversified energy operation and commerce between the grid, new energy, energy storehouse and cargo are realized through the designed mode selection and reference generation( MSRG).Ultimately, the simulation results corroborate the operating presentation of the created MIPSS and the effectiveness of the proposed MCCS.


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References


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