Hayleys Solar Colombo University solar power system has been commissioned at the Faculty of Medicine, University of Colombo, strengthening the institution’s commitment to sustainability while supporting Sri Lanka’s transition to renewable energy.
Hayleys Solar Colombo University solar power system supports sustainable education
Hayleys Solar has officially handed over a 90 kW rooftop solar power system to the Faculty of Medicine at the University of Colombo, marking another milestone in integrating clean energy solutions into Sri Lanka’s higher education sector.
The project was initiated by the Old Boys’ Association of the Faculty of Medicine, demonstrating how alumni networks can contribute to institutional development while promoting environmental sustainability. The initiative also highlights the growing collaboration between the private sector and educational institutions in advancing renewable energy Sri Lanka.
The newly installed Hayleys Solar Colombo University solar power system is expected to meet a significant share of the faculty’s daily electricity demand. By generating clean energy on-site, the system will reduce dependence on conventional grid electricity while improving overall energy efficiency across the campus.
The investment is expected to deliver long-term financial benefits by lowering electricity costs and reducing operational expenditure. At the same time, it will contribute to lowering the faculty’s carbon footprint through reduced greenhouse gas emissions, supporting national efforts to promote environmentally responsible energy consumption.
As electricity costs continue to rise and sustainability becomes a greater priority for institutions, rooftop solar power has emerged as an increasingly attractive solution for universities, schools, businesses, and public sector organisations seeking greater energy independence and cost efficiency.
The project reflects the practical role renewable energy technologies can play in supporting educational institutions that operate large facilities with substantial daily electricity requirements.
For the Faculty of Medicine, the installation represents more than an infrastructure upgrade. It demonstrates a long-term commitment to environmental stewardship while creating a learning environment that reflects modern sustainability practices.
The involvement of the Faculty’s Old Boys’ Association also illustrates the valuable contribution alumni can make in supporting strategic development initiatives beyond academic programmes. Through partnerships that combine private sector expertise with institutional support, projects such as this can deliver lasting social, environmental, and economic value.
The successful completion of the Hayleys Solar Colombo University solar power system further strengthens Hayleys Solar’s position as a leading provider of renewable energy solutions in Sri Lanka. The company has continued to support organisations across multiple sectors in adopting clean energy technologies that improve efficiency while reducing environmental impact.
As Sri Lanka continues expanding its renewable energy capacity, rooftop solar installations are expected to play an increasingly important role in achieving national energy security and sustainability objectives. Educational institutions, in particular, have significant potential to reduce electricity consumption from the national grid while demonstrating environmental leadership to future generations.
The commissioning of this rooftop solar power system also aligns with broader efforts to encourage greater collaboration between businesses, educational institutions, and community stakeholders in developing sustainable infrastructure.
By delivering both financial savings and environmental benefits, the project provides a practical example of how investment in renewable technologies can create long-term value for institutions while contributing to renewable energy Sri Lanka.
With the successful handover of the project, Hayleys Solar continues to support Sri Lanka’s clean energy transition, reinforcing the importance of innovation, collaboration, and sustainable investment in building a more resilient and environmentally responsible future.