Sustainability

SDG 7.2 University actions and measurements for Affordable and Clean Energy:

SDG 7.2.1 Energy-efficient renovation and building construction

Istanbul Okan University has adopted a policy ensuring that all renovation projects and new building constructions comply with energy efficiency standards. In line with its commitment to sustainability, the university implements guidelines that adhere to national and international energy efficiency regulations, such as the ISO 50001:2018 certification standards.

ISO 50001 Quality Standard

This policy ensures that all construction projects are designed and carried out with energy conservation in mind, contributing to the university’s goal of reducing its carbon footprint and promoting sustainable practices across the campus.

Sustainable Investment Policy

Building Automation (B1, B2)

• B1 (Existence of Automation Systems): Indicates whether automation systems are present in the building. These systems automatically control various building functions, such as lighting, heating, cooling, and security.
• B2 (Effectiveness or Efficiency of Automation Systems): Refers to how efficiently the automation systems are working. For example, automation systems that provide energy savings are functioning effectively.

Security (S1, S2, S3, S4)

• S1 (Fire Safety): The building has security measures such as fire alarms, fire suppression systems, and emergency exit routes.
• S2 (Physical Security): The building has security systems used for safety, such as security cameras, access control systems, etc.
• S3 (Emergency Management): Preparation and management for emergencies, such as audible and visual alerts, safe evacuation routes, and emergency plans.
• S4 (Health and Safety Management): Includes hygiene management, the safety of layout plans, and health suitability.

Energy (E1, E2)

• E1 (Energy Efficiency): Energy-saving measures within the building, such as LED lighting, insulation, and low-energy devices.
• E2 (Use of Renewable Energy): The use of renewable energy systems, such as solar panels, wind turbines, etc.

Water (A1, A2)

• A1 (Water Conservation): Systems used to reduce water consumption, such as low-flow faucets and water filtration systems.
• A2 (Water Recycling Systems): Systems for the reuse of water, such as rainwater collection and greywater recycling, have been established, and trial runs are ongoing. It has not been marked because it is not fully operational yet.

Indoor Environment (I1, I2, I3, I4)

• I1 (Air Quality): The quality of indoor air, including the presence of ventilation systems, air filtration, and cleaning systems.
• I2 (Thermal Comfort): The efficiency of heating and cooling systems and the level of comfort regarding indoor temperature is managed.
• I3 (Sound Insulation and Acoustic Comfort): Sound insulation and acoustic arrangements inside the building, the noise level inside the building is partially managed.
• I4 (Light Quality): The use of natural light, artificial light levels, and the quality of lighting systems are at a good level.

Lighting (L1, L2, L3, L4)

• L1 (Energy-efficient Lighting): Energy-saving lighting systems, such as LED lights and motion-sensor lamps, are present.
• L2 (Use of Natural Light): The use of natural light in the building has been increased (windows, sunlight-based lighting, etc.).
• L3 (Lighting Level Adjustment): The lighting levels are adjusted according to local regulations (optimizing light levels in different areas) to some extent.
• L4 (Lighting Control Systems): There are lighting control systems such as automatic dimming, timers, and motion sensors.

Enerji Yönetimi Birimi Yönergesi

SDG 7.2.2 Upgrading buildings to higher energy efficiency

Istanbul Okan University prioritizes sustainability and energy efficiency across all its campuses. Energy-efficient devices and systems are widely used in both academic and administrative buildings.

• Lighting: LED lighting systems are used in new buildings and renovated areas, thereby reducing overall electricity consumption.
• HVAC Systems: Energy-efficient heating, ventilation, and air conditioning (HVAC) units are preferred, with automation systems minimizing unnecessary energy use.
• Laboratory and Office Equipment: Energy Star-certified products are used for printers, computers, and laboratory devices, leds.
• Water and Energy-Saving Equipment: Sensor-operated faucets and low-energy pumps reduce both water and energy waste.
• Paper Usage: Hand dryers are installed in restrooms to minimize paper consumption.
• Renewable Energy Integration: Solar panels and a wind turbine, along with other sustainable energy technologies, are utilized across all facilities.

Through these practices, the university continues to reduce its carbon footprint and support long-term energy management strategies.

Rooftop Solar Energy System

The electricity used on our campus is supplied from sustainable natural energy sources.

SDG 7.2.3 Carbon reduction and emission reduction process

Istanbul Okan University aims to reduce carbon dioxide emissions by establishing a comprehensive process for carbon management. The university actively monitors and evaluates its carbon footprint through regular audits and reporting mechanisms. It implements various strategies such as the use of renewable energy sources, energy-efficient technologies, and sustainable transportation options. Additionally, awareness and participation in carbon reduction initiatives are encouraged among students and staff.

This process aims to define the methods for monitoring and reporting the energy produced and consumed, as well as establishing energy performance indicators within the university’s Energy Management System. It covers the monitoring and reporting of all energy sources that impact the energy management system across all buildings and facilities on Istanbul Okan University campuses.

Istanbul Okan University encourages students and staff to choose lower-carbon, accessible, and sustainable transportation methods by:

• limiting the use of private vehicles,
• providing on-campus ring (shuttle) services, and
• integrating access to public transportation and digital tracking applications.

TABELOO

Istanbul Okan University provides various transportation services to enhance accessibility for students and staff:

External Shuttle Services: Regular shuttle buses operate between the Tuzla/Tepeören Main Campus and the Mecidiyeköy Campus, as well as key metro stations and designated points across the city.

Staff Shuttle Services: Free shuttle services are offered exclusively for university personnel, ensuring convenient and cost-free transportation to and from the campus.

On-Campus Transportation: Eco-friendly electric vehicles operate within the campus, facilitating mobility between buildings, green areas, and various facilities while supporting sustainable internal transportation.

• Additional carbon and emission reduction practices include:
• Implementing parking fees for private vehicles to reduce the number of cars on campus.
• Using renewable energy sources to reduce purchased electricity.
• Providing shared transportation systems (shuttles and ring services) designed to encourage staff and students to adopt healthy and sustainable mobility options.

These represent some of our key examples of carbon reduction and emission mitigation efforts.

SDG 7.2.4 Energy consumption reduction plan

Istanbul Okan University has developed an energy efficiency plan aimed at reducing overall energy consumption. This plan includes specific strategies and initiatives designed to optimize energy use across campus facilities. The university works to implement energy-saving technologies, conduct energy audits, and raise awareness among students and staff regarding conscious energy use. These efforts support the university’s goals of minimizing energy consumption and enhancing sustainability practices. Further details can be found on page 53 of the strategic plan.

• Strategic Plan
• Rooftop Solar Energy System

1. Charging Stations (Istanbul Okan University)	2. Renewable Energy (Istanbul Okan University)
3. On-Campus Electric Vehicles (Istanbul Okan University)	4. On-Campus Electric Vehicles (Istanbul Okan University)
Example Charging Points for Electric Vehicles (Istanbul Okan University, Türkiye)
Zero-Emission Electric Scooter Example (Istanbul Okan University, Türkiye)	Zero-Emission Electric Scooter Example (Istanbul Okan University, Türkiye)
Examples of Zero-Emission Electric Golf Vehicles (Istanbul Okan University, Türkiye)

SDG 7.2.5 Identifying energy waste

Istanbul Okan University conducts regular energy audits to identify areas where the highest levels of energy waste occur. The university utilizes detailed energy audits and monitoring systems to evaluate energy consumption patterns across campus buildings. These assessments help detect inefficiencies and guide the implementation of targeted energy-saving measures. Such efforts support the university’s initiatives to enhance sustainability and reduce its environmental impact.

SDG 7.2.6 Divestment policy

Istanbul Okan University implements a policy aimed at withdrawing investments from carbon-intensive energy industries, particularly the coal and petroleum sectors. The university is committed to aligning its investment strategies with its environmental sustainability goals and promoting sustainable financial practices. This policy ensures prioritization of renewable energy and low-carbon technologies.

• Sustainable Investment Policy
• Sustainable Procurement Policy
• Ethical Sourcing Policy

SDG 7.3 Energy consumption intensity

SDG 7.3.1 Energy use per square meter:

SDG 7.4 Energy and society

SDG 7.4.1 Local community support for energy efficiency

Istanbul Okan University provides educational opportunities for the local community on energy efficiency and clean energy. Through workshops, seminars, and community-based initiatives, the university aims to raise awareness about sustainable energy practices. These programs are designed to equip the community with the knowledge and skills necessary to reduce energy consumption and adopt clean energy solutions.

• Energy Systems Engineering
• Power Electronics and Clean Energy Systems

Automotive Mechatronics and Intelligent Vehicles

Digital Cleanup Day

SDG 7.4.2 100% renewable energy commitment

Istanbul Okan University actively supports the commitment to 100% renewable energy beyond the university setting as well. The university organizes petitions, meetings, discussions, and events to emphasize the importance of transitioning to renewable energy sources. By collaborating with external stakeholders and engaging the broader community, the university advocates for sustainable energy solutions and contributes to efforts toward achieving 100% renewable energy.

The efficiency of the solar power plant was 7% in 2022, and this rate increased to 45% in 2024.

Example of Roof Solar Panels (Istanbul Okan University, Turkiye)	Example of Wind Turbine (Istanbul Okan University, Turkiye)
Solar Energy Monitoring (Istanbul Okan University, Türkiye)

There are two systems: solar panels and a wind turbine.

Sustainable Reports

SDG 7.4.3 Energy efficiency services for industry

Istanbul Okan University provides direct services to the local industry aimed at improving energy efficiency and promoting clean energy. The university conducts workshops and collaborates on research projects focused on renewable energy options. These services support local businesses in adopting sustainable practices, reducing energy consumption, and transitioning to clean energy sources.

SDG 7.4.4 Policy development for clean energy technology

Istanbul Okan University informs and supports the government in the development of clean energy and energy efficiency technology policies. Through research collaborations, expert consultations, and policy recommendations, the university actively contributes to shaping energy strategies at the local, regional, and national levels. By leveraging its academic expertise and resources, the university promotes sustainable energy policies and advances energy efficiency initiatives.

Energy Management Systems Policy

SDG 7.4.5 Support for low-carbon innovation

Istanbul Okan University provides support for initiatives that promote a low-carbon economy and related technologies. The university offers mentorship and incubation programs for ventures focused on sustainable solutions. By providing resources and guidance, the university actively supports the growth of initiatives developing low-carbon technologies and contributes to a greener, more sustainable economy.

Bigg Green Growth Call

SDG 7.5 Low-carbon energy use

SDG 7.5.1 Low-carbon energy use

The total electricity consumption in 2024 is 4,006,982 kWh, and considering the campus population of 14,004 people, the per capita consumption is 286.1312 kWh

Example of Roof Solar Panels (Istanbul Okan University, Turkiye)	Example of Wind Turbine (Istanbul Okan University, Turkiye)