Bangladesh’s Ministry of Education has ordered all educational institutions across the country to install rooftop solar power systems in a phased rollout. The move forms part of a strategy to meet government targets for on-grid solar generation while promoting clean energy adoption at the national level.

According to a directive issued by the Secondary and Higher Education Division on 23 September, academic premises must assess their infrastructure and implement solar power setups on suitable rooftops. This decision aligns with broader instructions from the Cabinet Division and the Power Division aimed at expanding renewable energy generation within state-run administrative facilities.

To ensure flexibility based on local circumstances and financial capacity, the Ministry has permitted two primary operational models for institutions:

• Operational Expenditure (OPEX) Model: Private vendors cover the initial capital outlay and manage the system, while the institution pays for the electricity generated.

• Self-Financed Model: Institutions fund, own, and maintain the rooftop solar infrastructure using their internal budgets.

Rooftop solar technology converts sunlight directly into electricity via photovoltaic panels. Under an on-grid mechanism, the generated power feeds directly into the institution’s supply during peak daylight hours, reducing reliance on the conventional power grid and allowing surplus electricity to flow back into the national network.

Beyond easing pressure on the national grid, placing solar technology on academic rooftops provides a practical learning tool. School, college, and university students can observe renewable energy principles firsthand, enriching their studies in science, environmental studies, and sustainable energy management.

This educational expansion mirrors efforts underway across top tier government bodies. Prominent state facilities—including Bangabhaban, the Cabinet Division, the Prime Minister’s Office, the Planning Commission, and the Finance Division—have already initiated solar transitions. Extending this requirement to academic campuses leverages vast, underutilised rooftop spaces across the country.

Realising the full potential of this directive will depend on structural safety assessments, grid integration efficiency, and long-term maintenance protocols. If executed effectively, the initiative promises to lower institutional utility costs, reduce reliance on fossil fuels, and advance Bangladesh’s long-term energy security goals.