Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A control method is described to charge series-connected ultraelectric double-layer capacitors (ultra-EDLCs) suitable for photovoltaic generation systems in combination with a maximum por point tracking (MPPT) control method. The EDLC charge control method allows the maximum por acquired by the MPPT control to be quickly charged into series-connected ultra-EDLCs no matter how the ather conditions may change. In the MPPT control, the output current of the solar arrays is controlled so that the output por converges on the maximum por in the prediction line previously determined based on the linearity beten the maximum output por and the optimization current. The proportionality coefficient of the prediction line is automatically corrected using the hill-climbing method when the panel temperature of the solar arrays is changed. The EDLC charge control is performed with the three charge modes, i.e., the constant current charge mode, constant por charge mode, and the constant voltage charge mode while supervising the maximum voltage and allowable temperature of each series-connected EDLC. Effectiveness of the methods is verified by simulations and experiments
['Nobuyoshi Mutoh', 'Takayoshi Inoue']
I am writing a research paper on a idea A Control Method to Charge Series-Connected Ultraelectric Double-Layer Capacitors Suitable for Photovoltaic Generation Systems Combining MPPT Control Method
[{"from": "human", "value": "I am writing a research paper on a idea A Control Method to Charge Series-Connected Ultraelectric Double-Layer Capacitors Suitable for Photovoltaic Generation Systems Combining MPPT Control Method"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A control method is described to charge series-connected ultraelectric double-layer capacitors (ultra-EDLCs) suitable for photovoltaic generation systems in combination with a maximum por point tracking (MPPT) control method. The EDLC charge control method allows the maximum por acquired by the MPPT control to be quickly charged into series-connected ultra-EDLCs no matter how the ather conditions may change. In the MPPT control, the output current of the solar arrays is controlled so that the output por converges on the maximum por in the prediction line previously determined based on the linearity beten the maximum output por and the optimization current. The proportionality coefficient of the prediction line is automatically corrected using the hill-climbing method when the panel temperature of the solar arrays is changed. The EDLC charge control is performed with the three charge modes, i.e., the constant current charge mode, constant por charge mode, and the constant voltage charge mode while supervising the maximum voltage and allowable temperature of each series-connected EDLC. Effectiveness of the methods is verified by simulations and experiments"}]