Central PCS
Engineered for utility-scale BESS applications, Wattox Central PCS provide high-capacity,
high-efficiency power conversion with centralized control, fast dynamic response, and advanced grid support—ensuring stable operation and seamless integration of storage and renewable assets into utility networks.
high-efficiency power conversion with centralized control, fast dynamic response, and advanced grid support—ensuring stable operation and seamless integration of storage and renewable assets into utility networks.
Why hardware matters
Central PCS advanced grid support and centralized power control capabilities
Supports both grid-forming and grid-following operational modes, enabling stable operation across utility-scale grid conditions. Provides V/f-based off-grid capability with integrated black-start support for controlled system energization. Fully compliant with LVRT/HVRT requirements, ensuring continuous operation during grid disturbances.
Delivers centralized and coordinated active and reactive power control across high-capacity systems, enhancing grid stability, fault response, and overall system performance in large-scale energy infrastructure.
Product Portfolio
Central Power Conversion Systems
Wattox MPCS-1250-S
Compact PCS for grid-connected battery energy storage systems.
Specifications:
- 1250 kW nominal power, up to 1375 kVA output
- 1500 V DC system, 1000–1500 V operating range
- Up to 99% efficiency, three-level topology
- Fast response ≤30 ms, full-load charge/discharge switching
- Grid-forming & grid-following support, incl. black start capability
- Liquid cooling system, high power density design
- Industrial communication: Modbus, IEC 61850, Ethernet integration
1250kW Central PCS
Wattox MPCS-1725-S
Compact PCS for grid-connected battery energy storage systems.
Specifications:
- 1725 kW nominal power, up to 1898 kW output
- 1500 V DC system, 1000–1500 V operating range
- Up to 99% efficiency, three-level topology
- Fast response ≤30 ms, full-load charge/discharge switching
- Grid-forming & grid-following support, incl. black start capability
- Hybrid air-liquid cooling, high power density design
- Industrial communication: Modbus, IEC 61850, CAN, Ethernet
1725kW Central PCS
Wattox MPCS-2500-D
Compact PCS for grid-connected battery energy storage systems.
Specifications:
- 2500 kW nominal power, up to 2750 kW output
- 1500 V DC system, dual input channels (2× DC)
- Up to 99% efficiency, three-level topology
- Fast response ≤30 ms, full-load charge/discharge switching
- Grid-forming & grid-following support, incl. black start capability
- Advanced liquid-air cooling, optimized thermal performance
- Industrial communication: Modbus, IEC 61850, CAN, Ethernet, EtherCAT
2500kW Central PCS
CAPABILITIES
Engineered for reliability, security, and compliance
Grid compliance
Wattox solutions are designed with advanced grid compliance and operational flexibility to meet the demands of modern power systems. Supporting more than 75 international grid codes and fully compliant with Turkey’s grid regulations, our technologies ensure reliable global applicability. With features such as low harmonic distortion, wide power factor control and comprehensive active and reactive power management, Wattox systems contribute to voltage regulation, grid balancing, and overall stability.
Our solutions support both grid-forming and grid-following modes, enabling seamless adaptation to diverse grid conditions, including stable off-grid operation with black-start capability. Full compliance with LVRT/HVRT requirements ensures uninterrupted performance during grid disturbances. Together, these capabilities deliver high efficiency, resilience, and reliable operation, making Wattox a strong partner for next-generation energy infrastructures.
Our solutions support both grid-forming and grid-following modes, enabling seamless adaptation to diverse grid conditions, including stable off-grid operation with black-start capability. Full compliance with LVRT/HVRT requirements ensures uninterrupted performance during grid disturbances. Together, these capabilities deliver high efficiency, resilience, and reliable operation, making Wattox a strong partner for next-generation energy infrastructures.
Cyber security
Our energy systems are designed not only for grid compliance, but also in accordance with industrial cybersecurity principles. PCS and inverter solutions are integrated with SCADA and energy management systems via standard industrial communication protocols, secure network architectures, and controlled access structures, ensuring safe and sustainable operation. System security is further supported by installation procedures, access control policies, and network security requirements defined in user documentation.
Manufacturing quality system
At Wattox, we ensure product quality through our advanced testing infrastructure, expert team, and multi-tier quality control processes applied at every stage of production, including incoming, in-process, final, and outgoing inspections. We also prioritize measurement system analysis, continuous improvement (Kaizen), and employee training and awareness. Each product undergoes over 1,500 test steps, simulating all real-life operating conditions, while our ERP-integrated quality processes enable rapid root cause analysis for even the smallest deviations. This approach ensures reliable, traceable, and sustainable production without compromising on quality.
WHY WATTOX ENERGY SYSTEMS
Key benefits at a glance
Wattox String PCS enables high-performance energy storage with efficient power conversion, smart grid-forming capability, and a robust modular design suitable for utility-scale applications.
High-efficiency power conversion
Dual-stage architecture supports efficient and low-loss power conversion across a wide operating range, ensuring stable and reliable system performance.
Advanced grid support
Supports smart grid-forming algorithms and flexible power factor control, enabling stable operation and compliance with grid requirements under varying conditions.
Reliable in harsh environments
Designed with robust protection and smart air cooling, ensuring reliable operation under demanding environmental conditions.
Scalable system architecture
Modular design with transformerless topology enables flexible system integration and efficient deployment in large-scale energy storage applications.
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