研究目的
To analyze and propose scalable solar dc microgrids as a viable solution for rural electrification in developing regions, addressing the limitations of current electrification schemes.
研究成果
Scalable solar dc microgrids with a distributed nature and bottom-up design can be regarded as a way forward to realize the global objectives of universal energy access. They offer a financially viable solution along with the ability to sustain high-power loads for community benefits, acting as a catalyst for economic growth and improved livelihoods.
研究不足
The paper discusses the limitations of current electrification schemes, including high distribution losses, nonscalability, lower use factor, and higher up-front cost requirements in centralized architectures, and the challenges in practical deployments of distributed microgrids such as space barriers, maintenance, and protection issues.