Plans to Upgrade Existing Buildings for Higher Energy Efficiency
Sakarya University has developed comprehensive plans to improve the energy efficiency of its existing buildings. These plans include integrating energy management systems, replacing outdated equipment with energy-efficient models, expanding the use of LED lighting, and enhancing insulation in building roofs and façades.
According to the 2024 activity report, roof and façade insulation works have been completed in the Faculty of Education (Hendek Campus), Congress Center, Faculty of Health Sciences, Medico Building, Library, and M7 Building, aiming to reduce heat loss and improve energy performance across the campus.
The SAUCO2 (Sustainable Carbon Tracking System) platform monitors building-level energy consumption and carbon emissions, identifying inefficient areas and guiding targeted improvement actions. Through this system, annual performance assessments support data-driven upgrades and continuous efficiency improvements.
The university’s energy management units actively identify energy-saving opportunities through ongoing monitoring, while 85% of lighting systems use energy-saving LED technology and 90% of durable goods consist of A+, A++, or A+++ energy-efficient devices.
Pre-assessment activities for the ISO 50001 Energy Management System have been initiated to systematically improve building energy performance and promote continuous improvement. These upgrade initiatives are aligned with the Energy Efficiency 2030 Strategy and the Second National Energy Efficiency Action Plan (2024–2030), reflecting Sakarya University’s strong institutional commitment to achieving a carbon-neutral campus by 2053.
Energy Efficiency Practices
The university implements its energy policy through tangible practices across the campus.
Lighting: 85% of lighting fixtures use energy-saving LED technology.
Appliances: 90% of durable consumer goods (A+, A++, A+++) consist of energy-efficient devices.
Water Efficiency: In the area of water efficiency, which is directly related to energy conservation, the usage rate of water-efficient devices (aerated faucets, etc.) across the campus reached an average of 91% by the end of 2024.
Energy Conservation
The university implements a plan with measurable targets, integrated with national policies, to ensure energy conservation.
Monitoring and Evaluation
The university uses annual monitoring and reporting mechanisms as well as advanced Information and Communication Technologies (ICT) based systems to ensure the effectiveness of its energy policies and to evaluate progress towards sustainability goals.
ICT Platform (SAUCO2): The university uses a specialized ICT platform called SAUCO2 (Sustainable Carbon Tracking System) to manage all these processes. This platform is designed for the planning, implementation, monitoring, and evaluation of programs related to energy management and climate change.
Energy and Resource Monitoring Dashboard (SAUCO2 Platform) This interface displays faculty-level data on buildings, student population, and annual consumption of electricity, natural gas, and water within the Sustainable Carbon Tracking System (SAUCO2).
Carbon Footprint Analysis (SAUCO2 Platform), The SAUCO2 system calculates annual CO₂ emissions by scope (1, 2, and 3) and visualizes emission trends to support data-driven sustainability planning.
Continuous Monitoring: The university's energy management units continuously monitor and report on energy use. 85% of campus buildings have energy control and monitoring applications.
Annual Reporting: The university annually reports its energy consumption and carbon footprint data to assess performance in sustainable energy management.
Carbon Footprint: An annual carbon footprint calculation is performed. For 2024, the total carbon footprint was calculated as 1670 tons under Scope 1 + Scope 2 and 75 tons of CO₂e under Scope 3, according to the GHG Protocol.
Etiketler :