Plan to reduce energy consumption

CUT has implemented a robust energy efficiency plan aimed at reducing energy consumption and minimising its carbon footprint. This approach aligns with its broader commitment to combat climate change and achieve net-zero greenhouse gas (GHG) emissions by 2050. Through strategic actions and investments, CUT seeks to demonstrate leadership in energy management within the academic sector.

(A) Energy Efficiency Across Operations

Optimising Energy Use in Facilities (Scope 1 and 2)

  • Heating and Cooling Systems: CUT is systematically replacing boilers, generators, and traditional cooling systems with low-emission, energy-efficient alternatives. Modern air conditioning and refrigeration units with lower energy requirements are being prioritis
  • Renewable Energy Integration: A photovoltaic park is under construction to generate renewable electricity, reducing dependence on grid energy and offsetting the university’s electricity-related emissions.
  • Timeline: The photovoltaic system is expected to be operational by 2025, achieving full energy neutrality for Scope 2 emissions by 2030.

Reducing Fleet Emissions (Scope 1)

  • The university is transitioning its vehicle fleet to low-emission and electric vehicles, minimising energy consumption associated with transportation.
  • Fleet Optimisation: A gradual reduction in the number of vehicles further contributes to energy savings.
  • Timeline: Full implementation of these measures is targeted for completion by 2030.

Improving Building Energy Performance

  • The university is conducting energy audits across its facilities to identify inefficiencies. Upgrades include retrofitting buildings with better insulation, installing energy-efficient lighting, and implementing smart energy management systems to optimise consumption.
  • These efforts ensure that energy use per square meter is minimised while maintaining a high standard of comfort and functionality for occupants.

Scope 3 Energy Efficiency Measures

  • Promoting Sustainable Commuting: By encouraging public transportation, cycling, and walking for students and staff, CUT reduces energy consumed in commuting.
  • Waste Reduction Initiatives: The university is lowering energy consumption associated with waste management by reducing overall waste and implementing efficient waste-processing systems.

(B) Governance and Monitoring

The Office of Sustainability, alongside the Environmental Policy Office, coordinates these initiatives. Their responsibilities include:

  • Tracking energy consumption metrics and assessing progress through periodic audits.
  • Aligning energy efficiency goals with broader sustainability objectives, such as the Sustainable Development Goal 13 (Climate Action).

(C) Educational and Research Integration

CUT integrates its energy efficiency initiatives into its educational and research agenda. Courses and research programs focus on sustainable energy practices, fostering a culture of energy consciousness among students and staff.

(D) Long-Term Energy Goals

  • By 2025: Achieve substantial reductions in energy consumption through the photovoltaic park and energy-efficient retrofits.
  • By 2030: Fully neutralise energy-related emissions for Scope 1 and Scope 2.
  • By 2050: Attain net-zero energy consumption across all operations, including indirect emissions (Scope 3).

By embedding energy efficiency into its operational framework, CUT ensures a sustainable approach to resource use, demonstrating a clear path toward reduced energy consumption and enhanced climate resilience. See further information here: https://green.cut.ac.cy/co2emissions/