Chapter

Renewable Energy Integration

Part of the series Green Energy and Technology pp 327-345

Date:

DC Grid Interconnection for Conversion Losses and Cost Optimization

  • R. K. ChauhanAffiliated withSchool of Computing and Electrical Engineering, Indian Institute of Technology Mandi Email author 
  • , B. S. RajpurohitAffiliated withSchool of Computing and Electrical Engineering, Indian Institute of Technology Mandi
  • , S. N. SinghAffiliated withDepartment of Electrical Engineering, Indian Institute of Technology Kanpur
  • , F. M. Gonzalez-LongattAffiliated withCoventry University, Faculty of Engineering and Computing EC3-32

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Abstract

The rapid increment of DC compatible appliances in the buildings, emerge the photovoltaic energy as the fastest growing source of renewable energy and expected to see continued strong growth in the immediate future. The photovoltaic power is, therefore, required to be provided with a certain reliability of supply and a certain level of stability. Motivated by the above issues, many grid operators have to develop DC micro-grids, which treat photovoltaic power generation in a special manner. The interconnection of different voltage rating distributed generation, storage and the load to the DC micro-grid requires large number of converters, which will increase the conversion power losses and the installation cost. Different types of Low Voltage Direct Current (LVDC) grid and their topologies are helpful in understanding the interconnection of distributed generation with consumers end. The connections of LVDC distribution system is discussed in this chapter. Optimization of LVDC grid voltage may reduce the conversion stage and the power loss in DC feeders. A multi-objective technique is discussed, in this chapter, to design a minimum power loss and low cost DC micro-grid.

Keywords

DC-DC converter DC load Hybrid electric vehicle LVDC grid Photovoltaic