Sustainability Goals

It is targeted that the accident frequency rate will be 7.08 in 2025.
Combating the Climate Crisis and Transition to a Low-Carbon Economy
- Establishing a data collection infrastructure and conducting awareness-raising activities for the calculation of Scope 3 emissions, preparing for emission accounting, and calculating Scope 3 emissions in 2027 by taking into account all emission impacts from operational and supply chain sources.
Energy Efficiency
- Dissemination of the ISO 50001 Energy Efficiency certificate across HPPs and obtaining the certificate for the Erzin SPP project.
Waste Management
- Obtaining the Zero Waste Certificate for the Erzin SPP project by 2026.
Effective Risk Management
- Monitoring climate risks in light of relevant metrics, taking necessary actions, and integrating them into the corporate risk map (Priority risks are listed below.)
Water Management
- Achieving water savings in landscape irrigation through the use of drip irrigation systems.
Responsible Supply Chain Management
- Providing various trainings (on human rights, equality/inclusion, resource efficiency, energy efficiency, business ethics, anti-bribery, etc.) to increase the sustainability awareness of suppliers and subcontractors
- Conducting periodic audits for suppliers and subcontractors as part of the supplier evaluation process and including environmental and social sustainability criteria in these audits

Priority Risks

Risk	Type	Impact	Likelihood	Level	Measures	Indicators
Physical risks arising from damage to infrastructure/facilities and operational shutdowns due to disasters such as storms or heavy rains causing extreme weather events, river floods, etc.	Physical – Acute	4 – High Impact	4 – High Likelihood	Medium	- Strengthening HPP infrastructure against floods and inundations - Using durable roof systems and protective covers to shield SPP panels from strong winds and hailstorms	- Annual infrastructure maintenance and repair costs (₺)
Risk of extreme temperature fluctuations and other severe weather conditions creating uncomfortable working environments and causing decreases in employee productivity	Physical – Chronic	3 – Moderate Impact	3 – Moderate Likelihood	Medium	- Periodic health check-ups for employees - Creation of critical personnel/equipment lists - Providing air conditioning and appropriate protective equipment for workspaces	- Annual labor loss rate (days/year)
Risk of operational shutdown due to water stress	Physical – Acute/Chronic	4 – High Impact	4 – High Likelihood	Medium	- Developing water management plans in HPP projects in harmony with local ecosystems - Supporting environmental projects to protect local water resources	- Operational water consumption (m³/year) - Number of water-saving projects - Downtime due to climate risk (hours)
Risk of power loss in hydroelectric power plants due to changes in riverbeds (watercourses)	Physical – Acute/Chronic	5 – Critical Impact	4 – High Likelihood	Medium	- Developing new waterways and flow regulation projects - Performing regular hydraulic modeling to monitor changes in riverbeds	- Flow measurements - Climate and precipitation data
Decreased efficiency in solar panels and related production losses due to extreme heat and dust movement	Physical – Acute/Chronic	5 – Critical Impact	4 – High Likelihood	Medium	- Installing automatic cleaning systems to regularly clean SPP panels - Using heat-resistant panels and cooling technologies	- Energy Production Capacity Loss (%)