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<p>This manuscript proposes an enhanced method for interconnected Renewable Energy Sources (RESs) to microgrid (MG) using a step-up multi-input DC to DC converter topology. The utilized interconnected sources are batteries, wind turbines, photovoltaic (PV). The proposed technique is Firebug Swarm Optimization. FSO gets inspired by the firebugs’ reproductive swarming movement. FSO’s swarming behavior is improved by employing two operators, crossover and mutation. It is hence known as the Enhanced FSO (EnFSO) approach. The proposed converter provides improved converter efficiency, fewer switching losses and efficient utilization of RESs. The proposed EnFSO method is utilized to determine the exact gain parameter of a proportional integral controller in the view of error value as reactive power and active power. The proposed method mitigates the error and manages the power flow in an optimum way. Battery is one of energy source utilized to compensate and permit the renewable power system units to continue running in output power of stable and steady. The proposed strategy is used in MATLAB or the Simulink tool and compared with other current approaches.</p>

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Resources using multi-input DC-DC converter topology for optimal utilization of a novel step-up interconnected enhanced technique renewable energy

  • 期刊论文

  • 发表日期：

    2025年2月15日

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  • R. Senthil Kumar,
  • C. S. Subash kumar,
  • M. Lakshmanan,
  • M. P. E. Rajamani

摘要

This manuscript proposes an enhanced method for interconnected Renewable Energy Sources (RESs) to microgrid (MG) using a step-up multi-input DC to DC converter topology. The utilized interconnected sources are batteries, wind turbines, photovoltaic (PV). The proposed technique is Firebug Swarm Optimization. FSO gets inspired by the firebugs’ reproductive swarming movement. FSO’s swarming behavior is improved by employing two operators, crossover and mutation. It is hence known as the Enhanced FSO (EnFSO) approach. The proposed converter provides improved converter efficiency, fewer switching losses and efficient utilization of RESs. The proposed EnFSO method is utilized to determine the exact gain parameter of a proportional integral controller in the view of error value as reactive power and active power. The proposed method mitigates the error and manages the power flow in an optimum way. Battery is one of energy source utilized to compensate and permit the renewable power system units to continue running in output power of stable and steady. The proposed strategy is used in MATLAB or the Simulink tool and compared with other current approaches.