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All around the world, the desire for power is steadily growing. Due to the limited supply of fossil fuels, it is very much needful to develop latest concept of modern energy system that can reduce the dependency on conventional sources of energy. To reduce dependency on conventional energy sources, hybrid energy is very good option for remote areas house for off-grid energy system. The process of developing crossover framework involves selecting the optimal component and price combination that may provide a productive, affordable, and reliable energy supply. This experimental setup optimises solar-oriented photovoltaic and biomass gasifier (hybrid system) creating set of battery backup, power conditioning unit for remote region housing, and it is being implemented in RGPV (RGTU) Bhopal State Technical University of Madhya Pradesh India. The HOMER-Pro software has been utilised to evaluate this hybrid energy system’s technical and financial needs as well as to simulate living off the grid. A careful evaluation has been performed to improve the combination framework under various scenarios after each part of this framework’s operation has been dissected. The approximately demandable load can be calculated by the site and as per requirement of small house. Taking daily requirements for one residence into account, electrical components can only use a maximum of 5 KW each day. To determine power supply ratio, use 3:2 for photovoltaic and biomass energy, respectively. Due to the availability of resources in this particular location, a downdraft gasifier system and a PV solar system were incorporated into this experimental arrangement. The recreation findings showed that the cost of power (COP) of a biomass downdraft gasifier generator set and solar Photovoltaic energy system was 14 Rs/kWh with a total net current cost of Rs 4,99,000 (Four Lakh Ninety Nine Thousand only). Its experimental setup and arrangement makes the best use of available resources, which boosts the effectiveness of remote communities’ housing and inhabitants.

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Techno Economic Assessment and Experimental Model for Hybrid Power Generation by PV Solar System and Downdraft Gasifier for Rural Areas

  • 会议论文

  • 发表日期：

    2025年

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  • Susheel Malviya,
  • Pankaj Jain,
  • Anurag Gour

摘要

All around the world, the desire for power is steadily growing. Due to the limited supply of fossil fuels, it is very much needful to develop latest concept of modern energy system that can reduce the dependency on conventional sources of energy. To reduce dependency on conventional energy sources, hybrid energy is very good option for remote areas house for off-grid energy system. The process of developing crossover framework involves selecting the optimal component and price combination that may provide a productive, affordable, and reliable energy supply. This experimental setup optimises solar-oriented photovoltaic and biomass gasifier (hybrid system) creating set of battery backup, power conditioning unit for remote region housing, and it is being implemented in RGPV (RGTU) Bhopal State Technical University of Madhya Pradesh India. The HOMER-Pro software has been utilised to evaluate this hybrid energy system’s technical and financial needs as well as to simulate living off the grid. A careful evaluation has been performed to improve the combination framework under various scenarios after each part of this framework’s operation has been dissected. The approximately demandable load can be calculated by the site and as per requirement of small house. Taking daily requirements for one residence into account, electrical components can only use a maximum of 5 KW each day. To determine power supply ratio, use 3:2 for photovoltaic and biomass energy, respectively. Due to the availability of resources in this particular location, a downdraft gasifier system and a PV solar system were incorporated into this experimental arrangement. The recreation findings showed that the cost of power (COP) of a biomass downdraft gasifier generator set and solar Photovoltaic energy system was 14 Rs/kWh with a total net current cost of Rs 4,99,000 (Four Lakh Ninety Nine Thousand only). Its experimental setup and arrangement makes the best use of available resources, which boosts the effectiveness of remote communities’ housing and inhabitants.