Hydraulic Structures
The technical requirements of the hydraulic structures needed to intake, convey and direct water into the power generation system under controlled conditions were evaluated through an integrated approach.
Completed Projects
GÖK Hydroelectric Power Plant in Tarsus, Mersin (3 × 3.34 MW)
Technical and hydropower scope of the GÖK Hydroelectric Power Plant in Tarsus, Mersin, featuring three 3.34 MW units.
Contact UsHydroelectric Energy
Transforming the power of water into renewable energy in Tarsus, Mersin.
The GÖK Hydroelectric Power Plant, developed in the Tarsus district of Mersin, is a renewable energy project with a total installed capacity of 10.02 MW, comprising three units with a capacity of 3.34 MW each.
The project was developed through an integrated technical facility approach encompassing the assessment of the water resource’s energy potential, the development of hydraulic structures and electromechanical systems, the establishment of electricity generation infrastructure, and the safe and efficient operation of the power plant.
Project Scope
Core engineering and facility components of GÖK Hydroelectric Power Plant
The project’s hydroelectric generation infrastructure was planned through the combined assessment of site conditions, water regime, generation targets, operational safety and system efficiency.
Turbine and Generator Units
The power plant comprises three generation units, each with a capacity of 3.34 MW, while the turbine and generator systems were configured to support reliable, balanced and efficient electricity generation.
Electricity Generation Infrastructure
The electrical systems and connection infrastructure required to control, protect and transform the generated electricity and transmit it safely to the grid were planned as part of an integrated technical facility.
Control and Automation Systems
Control and automation solutions suited to the power plant’s operations were implemented to monitor the generation units, control operational data and support system safety.
Technical Facilities and Auxiliary Systems
The powerhouse, mechanical and electrical auxiliary systems, operational areas and maintenance requirements were evaluated to support operational continuity and technical accessibility.
Operational Safety and Efficiency
Equipment safety, system compatibility, maintenance access and operational continuity were among the core components of the project development approach to ensure sustainable generation performance.
10.02 MW total installed capacity of the GÖK Hydroelectric Power Plant
3 hydroelectric units configured for electricity generation
3.34 MW capacity of each generation unit at the power plant
Tarsus district of Mersin where the project and investment site are located
Technical Approach
Reliable and sustainable hydroelectric generation infrastructure
The success of a hydroelectric energy project depends on the accurate analysis of the water resource, the compatibility of hydraulic and electromechanical systems, reliable electrical infrastructure and effective operational management.
In the GÖK Hydroelectric Power Plant Project, the generation units and technical facility components were evaluated as an integrated whole, with energy efficiency, operational safety, maintenance requirements and long-term facility performance placed at the centre of the project approach.
- Technical assessment of the water resource and site conditions
- Planning of hydraulic systems and energy conveyance structures
- Facility integration of three 3.34 MW generation units
- Coordination of turbines, generators and auxiliary mechanical systems
- Development of electrical, protection, control and automation infrastructure
- Assessment of grid connection and power transmission systems
- Operational continuity, maintenance access and performance monitoring