On 11 February 2024, a Memorandum of Understanding (MoU) Signing Program was held at Daffodil International University between the Department of Electrical and Electronic Engineering (EEE) and the University Grants Commission (UGC) to strengthen collaboration in the field of energy transition, renewable energy development, and energy justice in higher education institutions of Bangladesh.

The MoU marks a strategic partnership to accelerate the implementation of sustainable energy solutions across universities through solar-based systems, capacity building, and research-driven innovation. Under this initiative, a large-scale 3 MW rooftop solar power project is being implemented at DIU under an OPEX-based Power Purchase Agreement (PPA) model, covering 12 buildings with phased commissioning. A portion of the system is already operational, and full implementation is planned within the project timeline.

The project is expected to generate significant clean energy over its lifecycle, with long-term production projected for up to 25 years. Electricity will be supplied at a competitive tariff of 7.50 BDT per unit, ensuring economic viability along with environmental sustainability. The system is also integrated with grid connectivity and net-metering, enabling efficient energy optimization and cost reduction.

As part of the national expansion strategy, this model is being scaled to 47 public universities, with strong interest already expressed by multiple stakeholders and private sector investors. The long-term vision includes replicating solar deployment across public universities to reduce dependency on fossil fuels and imported electricity while enhancing national energy security.

A key component of the initiative is capacity development and training in solar energy and energy auditing. Faculty members, students, and professionals are being trained in system design, installation, operation, maintenance, and energy management. Around 200 trainees have already been engaged in early phases, with expanded training programs planned in future phases.

Pilot studies and energy audit results demonstrate strong performance, with some university buildings achieving 38% to 68% solar energy contribution and significant reductions in grid dependency. Research activities are also ongoing in hybrid solar systems, DC off-grid models, and energy optimization technologies.

The initiative further includes the development of a Research and Training Center at DIU, serving as a hub for innovation, testing, and skill development in renewable energy. An additional 100 kWp pilot installation at Rowshan Ara Female Hall has validated the technical and financial feasibility of the OPEX solar model in a live university environment.

Overall, the MoU represents a shared commitment between DIU EEE and UGC to promote energy transition, energy efficiency, and energy justice, contributing to a sustainable, low-carbon energy future for Bangladesh. The collaboration is expected to play a transformative role in reducing electricity costs, strengthening renewable energy adoption, and building national capacity for clean energy innovation by 2030.