In a significant step towards sustainable energy solutions, the research led by Mujahidin Muhamad from the Faculty of Maritime Engineering and Technology at Universitas Maritim Raja Ali Haji sheds light on the potential of microhydro power systems in Indonesia, particularly in Batu Kacang Village. This initiative addresses a pressing electrical energy crisis faced by the local community, where the demand for energy far exceeds the available supply.
The study reveals that limited access to electricity has hindered the development of public facilities, notably lighting, which is essential for daily life and safety. By focusing on microhydro power, the research aims to provide a viable green energy alternative that could transform the energy landscape for rural areas in Indonesia.
Utilizing a systematic approach that includes capacity building and performance observation, the research measured key indicators of success: activity, productivity, and sustainability. Initial findings showed that the microhydro system produced a voltage of 12 volts with a current of 0.34 amperes, maintaining a stable output for several hours before gradually declining. By the end of the observation period, the battery voltage dropped to 8.0 volts, indicating that while the system is operational, there’s still room for improvement in efficiency and longevity.
Mujahidin noted, “The optimization of the green energy transition is crucial for the sustainability of communities like Batu Kacang.” This statement underscores the potential ripple effects such projects can have, not just in energy provision but also in enhancing the quality of life for residents.
For maritime sectors, the implications of this research are noteworthy. As the world increasingly shifts toward renewable energy sources, the integration of microhydro systems can create new commercial opportunities. Companies involved in marine engineering and technology can explore partnerships to develop and deploy similar systems in coastal and riverine communities, where traditional energy infrastructure is lacking. Moreover, this research could pave the way for innovations in energy storage and distribution, essential for maritime operations that rely on consistent power sources.
The findings from this research, published in BIO Web of Conferences, serve as a reminder that sustainable energy solutions are not just a necessity but also a burgeoning market. By harnessing local resources like flowing water, communities can not only meet their energy needs but also stimulate economic growth and resilience. As the maritime industry looks to diversify its energy portfolio, initiatives like this one could play a pivotal role in shaping a greener future.
