Energi Terbarukan Optimal: Sistem Hibrid Solar Panel dengan Picohidro Kincir Vertikal sebagai Solusi Pembangkit Listrik Ramah Lingkungan

Abstract

In the pursuit of enhancing the availability of environmentally friendly renewable energy, this study introduces an innovative approach by combining solar panel technology with vertical picohydro turbines  in  a  hybrid  system  for  power  generation.  This  article  explores  the  design,  performance, and benefits  of  this  hybrid  system  in  providing  sustainable  energy  resources.  The  amalgamation  of  solar power and the potential of water in a single system holds the potential to optimize electricity production in areaswith limited access to traditional energy sources.We present a comprehensive analysis of how these  integrated  components  work  together  to  enhance  efficiency,  reduce  operational  costs,  and decrease the carbon footprint. This research also discusses the technical and environmental challenges faced in the implementation of this hybrid system and proposes strategic recommendations to overcome these barriers.The results of this study demonstrate that the hybrid system of solar panels with vertical picohydro  turbines  holds  significant  promise  as  a  sustainable  power  generation  solution  capable  of reducing  reliance  on  fossil  fuels  and  mitigating  adverse  environmental  impacts.  By  harnessing  the power of these advanced technologies, we can stride towards a greener and more sustainable future, maintaining the balance of the natural environment, and meeting the energy needs of communities in a sustainable manner.