Research conducted by Frederick University highlights that installing photovoltaic systems on industrial roofs can play a key role in reducing greenhouse gas emissions and advancing renewable energy in Cyprus.

As reported in a press release, the study, featured in the renowned 'Energy Sources Part A: Recovery, Utilization, and Environmental Effects' journal by Taylor and Francis, reveals that only 14% of the potential of Cyprus's industrial roofs are currently being used for photovoltaic energy production.

Undertaken by Frederick University's Sustainable Energy research team, led by Dr. Paris Fokaides, the study used satellite imagery to assess the energy production potential of photovoltaic systems on industrial roofs across Cyprus's 12 industrial zones. It evaluated factors such as roof surface area, slope, orientation, local weather conditions, and the existing capabilities of photovoltaic systems. The findings suggest that these roofs could meet 19% of the annual electricity needs of Cyprus's industrial units and contribute 2.7% to the country's total electricity supply.

Moreover, the study shows that currently, as mentioned before, only a fraction (14%) of this potential is being harnessed, underscoring the significant untapped opportunities in Cyprus's energy sector. The research also recommends specific financial incentives for installing photovoltaic systems on industrial roofs, leveraging the carbon trading market and focusing on the long-term economic benefits for Cyprus."