Energy Storage Solutions
Energy storage systems are one of the most strategic components of today’s energy infrastructure. As Reltek Energy, we provide high-performance storage solutions that ensure not only energy generation but also the proper use of energy at the right time and in the right way.
By analyzing project requirements with an engineering-focused approach, we develop compatible solutions with lithium-ion, battery banks, or integrated hybrid systems at different scales. These systems, which maintain grid balance, respond quickly to demand fluctuations, optimize energy costs, and strengthen energy supply security.
Our storage solutions do not just store energy; they provide businesses with flexibility, sustainability, and control power. Thus, investors achieve a more stable energy structure in the long term.
Energy Storage Systems
We design our storage technologies to be seamlessly integrated with renewable energy projects, industrial facilities, and critical infrastructure. Through our intelligent control systems, we dynamically manage storage capacity and optimize power flow.
We develop custom configurations for each project and maximize system efficiency with simulation data. Our solutions, fully compliant with safety standards, are ready not only for today’s but also tomorrow’s energy needs.
For Reltek Energy, storage systems are not an option; they are the key to a sustainable energy future.
Global Solutions through Chint Power Partnership
Within the framework of our partnership with Chint Power Systems, we provide modular and scalable battery system integration focused on high efficiency, safety, and sustainability. Project-specifically:
62.5 kW / 268 kWh module-based systems
Intelligent air cooling and fire safety systems
2.4 MW / 5 MWh - 10 MWh container-type solutions
IP54 / NEMA3R outdoor protection class
Intelligent air cooling and fire safety systems
62.5 kW / 268 kWh module-based systems
Chint systems can be integrated into our SCADA system through RS485, CAN, and Ethernet protocols along with BMS and EMS infrastructures. Thus, remote monitoring, data analysis, and energy optimization processes can be managed in an integrated manner.
SCADA, BMS and EMS Integration
Our company provides monitoring, control, and analysis support through SCADA platforms integrated with Battery Management Systems (BMS) and Energy Management Systems (EMS) structures specifically for energy storage systems.
Charge / discharge cycles are controlled
Reactive power and energy quality are optimized
Preventive maintenance is provided with alarm and warning systems
Instant intervention and reporting can be performed with remote access
Charge / discharge cycles are controlled
Reactive power and energy quality are optimized
Project Application Areas
The energy storage solutions we offer through Chint Power partnership are used in the following areas:
Hybrid system support in solar power plants (SPP)
Load balancing integrations with wind power plants (WPP)
Microgrids and island-type applications
Peak shaving and demand management in industrial and commercial facilities
Data compatibility in Virtual Power Plant (VPP) projects
Hybrid system support in solar power plants (SPP)
Load balancing integrations with wind power plants (WPP)
Strong Partnership, Field-Compatible Systems
We design our energy storage solutions as field-appropriate, cost-effective, and long-lasting within the framework of partnerships we establish with domestic manufacturers and global technology leaders like Chint Power. With our project-specific engineering solutions, we offer investors not just a system, but sustainable performance and high efficiency.
Frequency Control Applications in Energy Storage Projects
Hybrid Source Facilities and Our PPC Integration Studies
The use of hybrid sources in renewable energy investments provides strategic advantages in terms of energy continuity, balancing services, and grid-friendly generation. Our company plays a leading role in the turnkey commissioning of high-capacity hybrid facilities implemented in many regions of Turkey and PPC (Power Plant Controller) integrations.
For hybrid generation facilities to operate compatibly with the grid, generation values must be controlled, limited, and managed in real-time. PPC systems developed for this purpose enable automatic monitoring and management of parameters such as grid frequency, reactive/active power control, voltage regulation through SCADA and AGC/OGC control systems in compliance with regulations.
Turkey's Largest Hybrid PPC Projects
- Aydem – Uşak Wind + SPP Hybrid Power Plant The PPC system for the 82.15 MW Auxiliary Source SPP integrated on the 128 MW Wind Power Plant has been successfully commissioned.
- ECE Tur – Kangal WPP Hybrid Project Integration of 50 MW Auxiliary Source SPP to Kangal Wind Power Plant with 191 MW installed capacity has been provided.
- Sanko Energy – Akyel WPP Hybrid Power Plant 10 MW Auxiliary Source SPP was installed on 50 MW WPP and generation management was provided with PPC control structure.
Other Completed PPC Projects
- Ekvator Group – 9.36 MW HPP + 1.5 MW SPP
- Durucasu HPP – 10.40 MW HPP + 1.5 MW SPP
- Albioma – Kuyucak Geothermal 13.2 MW + 2.7 MW Auxiliary Source SPP
In these projects, hybrid integration, active power control, voltage regulation, and data communication were provided by the PPC system.
Europe's Largest Hybrid Power Plant: Aşağı Kaleköy Combined Facility
Aşağı Kaleköy Dam and HPP – 500 MW Turkey’s first,
Europe’s largest combined hybrid energy power plant, the 79.99 MW Auxiliary Source SPP PPC system was configured by us. Balancing the active power reference at the dam outlet, contributing SPP generation to voltage regulation, and load forecasting studies were conducted.
Our Service Scope
- Active and reactive power control algorithms in hybrid facilities
- Grid frequency and voltage monitoring systems
- Dynamic generation constraints at MV/LV voltage levels
- Compliance audits for TEİAŞ / EDAŞ grids
- Centralized PPC solutions integrated with SCADA systems