Read the following passage carefully:
The rapid expansion of decentralized renewable energy microgrids across rural landscapes in developing nations is frequently framed as a technological panacea for energy poverty. By bypassing fragile national grid infrastructures, microgrids deliver immediate, localized power to remote communities. However, an exclusive focus on hardware installation obscures the systemic political-economic friction inherent in decentralized energy transitions. Subsidized microgrids often fail prematurely not because of engineering flaws, but due to fragile tariff collection mechanisms, lack of local technical capacity, and ambiguous regulatory frameworks governing eventual grid connection. When national grids inevitably extend into previously unserved regions, microgrid operators face asset strandedness unless clear feed-in policies and compensation structures exist. Furthermore, top-down implementation models that ignore indigenous governance structures frequently result in low community buy-in and tariff default. Consequently, sustainable rural electrification requires shifting policy focus from capital-expenditure metrics—such as numbers of solar panels installed—toward institutional capacity building, multi-tiered regulatory integration, and community-owned maintenance ecosystems. True energy access is not merely a matter of electron delivery, but an ongoing exercise in local institutional resilience and equitable governance.
Which of the following statements accurately capture the primary arguments made by the author regarding rural microgrid electrification?
- Sustainable rural electrification relies more on robust institutional governance and community engagement than on mere physical infrastructure deployment.Cevap
- Microgrid projects risk economic viability and long-term sustainability when national grid expansion occurs without clear regulatory and tariff integration policies.Cevap
- CNational grid expansion should be permanently halted in rural areas to safeguard private microgrid investments from asset strandedness.
- DPremature microgrid failures are primarily driven by technical defects in photovoltaic engineering and hardware reliability.