Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A multilevel modular DC–DC por conversion topology based on cascaded H-Bridge converters in a double II configuration is presented. The topology is intended to interconnect large por DC networks. A two level control hierarchy is used to regulate the DC voltage of each H-bridge module. At the top level, DC and circulating AC currents are used to control the total energy converter in all branches (both parallels and series) of each II arrange. At bottom level, the voltage balance of a converter branch, which comprises N H-bridge modules, is carried out by balancing (N-1) capacitor voltage deviations, with respect to the average capacitor voltage. The entire topology and control strategies are simulated in a PSIM environment. Simulation results with three H-bridge converters per branch are shown and preliminary experimental results with a low por prototype are also included.
['R. Vidal', 'Diego Soto', 'Iván Andrade', 'Javier Riedemann', 'Cristián Pesce', 'Enrique Belenguer', 'R. Pena', 'Ramon Blasco-Gimenez']
I am writing a research paper on a idea A multilevel modular DC–DC converter topology
[{"from": "human", "value": "I am writing a research paper on a idea A multilevel modular DC\u2013DC converter topology"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A multilevel modular DC\u2013DC por conversion topology based on cascaded H-Bridge converters in a double II configuration is presented. The topology is intended to interconnect large por DC networks. A two level control hierarchy is used to regulate the DC voltage of each H-bridge module. At the top level, DC and circulating AC currents are used to control the total energy converter in all branches (both parallels and series) of each II arrange. At bottom level, the voltage balance of a converter branch, which comprises N H-bridge modules, is carried out by balancing (N-1) capacitor voltage deviations, with respect to the average capacitor voltage. The entire topology and control strategies are simulated in a PSIM environment. Simulation results with three H-bridge converters per branch are shown and preliminary experimental results with a low por prototype are also included."}]