Distribution Voltage Control for DC Microgrids Using Fuzzy Control and Gain-Scheduling Technique
Citations
1,131 citations
Cites background from "Distribution Voltage Control for DC..."
...In [14], fuzzy control-based gain-scheduling droop control is proposed to dy-...
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...Except for setting operating modes and managing secondary/tertiary control, communication technology can also be used to realize advanced functions, such as unit commitment, optimization procedures, or manipulation of internal I–V characteristics by imposing adaptive mechanisms [14], [28]–[30]....
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964 citations
Cites background from "Distribution Voltage Control for DC..."
...In [20] and [139], the bipolar configuration of...
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865 citations
Cites background from "Distribution Voltage Control for DC..."
...In a dc microgrid, no reactive power and harmonics exist in the system, so higher power quality and system efficiency are obtained compared to ac systems [7]–[15]....
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715 citations
Cites background from "Distribution Voltage Control for DC..."
...ACTIVE distribution systems are moving toward a distributed structure [1]–[3]....
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707 citations
Cites background from "Distribution Voltage Control for DC..."
...and the DGs can be a part of the droop control or work in MPP [59], [65]–[68]....
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References
4,145 citations
3,031 citations
"Distribution Voltage Control for DC..." refers background in this paper
...The capital cost per kWh-per cycle for EDLC is 2–4 cents, while that for lead-acid and Li-ion batteries is 20–100 and 15–100 cents, respectively [26]....
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...The capital cost per kilowatthour (kWh) for EDLC is 300–2000 dollars, while that for lead-acid and Li-ion batteries is 200–400 and 600–2500 dollars, respectively [26]....
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1,130 citations
880 citations
"Distribution Voltage Control for DC..." refers background or methods in this paper
...We previously proposed a “low-voltage bipolar-type dc microgrid,” and described the configuration, operation, and control scheme, which were demonstrated through experimental results [14], [15]....
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...The dc/dc converters of the storage systems are controlled to maintain the dc distribution voltage within a specified range [15]....
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...In this case, although output power sharing of two energy storage units was achieved, it was found that the storage energy control was necessary for the system operation proposed in [14], [15]....
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...In a three-wire composition, the voltage relative to ground becomes low compared with that in two-wire system, where one of the wires is grounded, and when half bridge inverters are adopted for it, one of the single-phase 100-V output lines can also become a grounded neutral line as long as abiding to the Japanese standard [15]....
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578 citations
"Distribution Voltage Control for DC..." refers methods in this paper
...A fuzzy control was applied to maximum power point tracking control of a photovoltaic system in an isolated microgrid to improve the response against rapidly changing weather conditions [24]....
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