It supports charging (AC→DC) and discharging (DC→AC) modes to achieve efficient storage and release of electrical energy. It is suitable for megawatt-level energy storage projects and supports parallel expansion to meet larger capacity requirements. It is based on a DSP+FPGA real-time control platform with a response time of <10ms. It uses only 26 semiconductors and does not require parallel components, resulting in fewer parts, higher reliability, lower complexity, and smaller footprint.

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　　GBU72 3BHE055094R0002 3BHB030310R0001 Other names:

　　Full power converter GBU72 3BHE055094R0002 3BHB030310R0001

　　GBU72 3BHE055094R0002 3BHB030310R0001 Grid breaker unit

　　Grid breaker unit GBU72 3BHE055094R0002 3BHB030310R0001

　　ABB's PCS 6000 system inverter GBU72 3BHE055094R0002 3BHB030310R0001 is a high-performance power conversion solution, widely used in renewable energy grid connection, energy storage system, industrial drive and other fields

　　GBU72 3BHE055094R0002 3BHB030310R0001 PCS 6000 system inverter (ABB) Overview

　　System positioning: PCS 6000 is an energy storage inverter system launched by ABB, designed for large-scale energy storage applications (such as grid frequency regulation, renewable energy grid connection, etc.).

　　Core functions:

　　Bidirectional energy conversion: supports charging (AC→DC) and discharging (DC→AC) modes to achieve efficient storage and release of electric energy.

　　High power density: suitable for megawatt-level energy storage projects, supporting parallel expansion to meet larger capacity requirements.

　　Intelligent control: integrates advanced algorithms, optimizes charging and discharging strategies, and improves system response speed and stability.

　　Bidirectional power flow: supports the conversion of electric energy from direct current (DC) to alternating current (AC), or reverse (such as energy storage system charging and discharging).

　　Grid support capabilities

　　Reactive power compensation (Q control): dynamically adjusts the power factor to improve the grid voltage quality.

　　Frequency regulation (F control): responds to grid frequency fluctuations to maintain system stability.

　　Low voltage ride-through (LVRT): stay connected to the grid during grid failure to avoid disconnection.

　　Multi-mode operation

　　PQ mode: fixed active/reactive power output, suitable for grid-connected power generation.

　　VF mode: independently provides voltage and frequency, suitable for off-grid or microgrids.

　　Island protection: Automatically detect grid faults and switch to independent operation mode.

　　Communication interface: Supports Modbus, IEC 61850, DNP3 and other protocols, easy to integrate into SCADA or energy management system.

　　Application scenarios:

　　Grid-side energy storage (peak shaving, frequency regulation, backup power supply).

　　Renewable energy grid connection (smooth output, reduce wind and solar abandonment).

　　Industrial microgrid (peak-valley arbitrage, demand response).

　　Photovoltaic power station: Convert solar DC power into AC power grid connection.

　　Energy storage system: Combined with battery packs, realize peak shaving and valley filling, backup power supply and other functions.

　　Industrial drive: Provide variable frequency power supply for motors to optimize energy consumption.

　　The role of GBU72 3BHE055094R0002 3BHB030310R0001 in PCS 6000

　　Control unit: responsible for system monitoring, communication and strategy execution.

　　Power module: The core component for realizing power conversion (such as IGBT module).

　　Communication interface: connect PCS 6000 with upper management systems (such as SCADA, EMS).

　　Technical features and advantages

　　High efficiency and reliability

　　Peak efficiency reaches more than 98.5%, reducing energy loss.

　　Adopt IGBT power module, support high-frequency switching, reduce harmonic interference.

　　Modular design, support hot plug, easy maintenance and expansion.

　　Advanced control algorithm

　　Real-time control platform based on DSP+FPGA, response time <10ms.

　　Support virtual synchronous machine (VSG) technology, simulate synchronous generator characteristics, and enhance grid inertia.

　　Communication and integration capabilities

　　Support Modbus TCP/RTU, IEC 61850, DNP3 and other protocols, seamlessly connect to SCADA system.

　　Provide REST API interface for easy integration with cloud platform or energy management system (EMS).

　　Modular design: easy maintenance and upgrade, reducing life cycle cost.

　　Intelligent management: remote monitoring and optimization through ABB Ability™ platform.

　　Application Cases and Industry Recognition

　　Global Deployment: PCS 6000 has been widely used in many energy storage projects around the world, such as Hornsdale Energy Storage Power Station in Australia (Tesla cooperation project), European power grid frequency regulation project, etc.

　　Industry Certification: Comply with international standards such as IEC and UL to ensure safety and compliance.

　　Maintenance and Support

　　Remote Monitoring and Diagnosis

　　Real-time monitoring of equipment status, fault warning and firmware upgrades are achieved through the ABB Ability™ platform.

　　Support log analysis to quickly locate the root cause of the problem.

　　Spare Parts and Services

　　Original spare parts are provided for key components (such as power modules, capacitors, and control boards).

　　ABB's global service network provides on-site maintenance, training and technical consulting.

　　Compliance and Certification

　　Comply with international standards (such as IEC 62109, UL 1741) and China's power grid access specifications.

　　Provide CE, CGC, TÜV and other certification documents to simplify the project approval process.

　　Notes

　　Model confirmation: It is recommended to verify the specific configuration of GBU72 3BHE055094R0002 3BHB030310R0001 through ABB official channels (such as product manuals, customer service), as there may be differences between different versions.

　　Compatibility: If used for replacement or upgrade, ensure that the new parts are compatible with the hardware and software of the existing PCS 6000 system.

　　PCS 6000 medium voltage inverter - fewer parts, higher reliability

　　Only 26 semiconductors are used, and no parallel components are required, resulting in fewer parts, higher reliability, less complexity, and smaller footprint.

　　Condensation protection

　　Ensures safe starting even in humid environments.

　　Efficient torque converter cooling

　　Integrated closed-loop cooling circuit with redundant pumps and three-way valves ensures trouble-free operation.

　　No fuse design

　　Avoids on-site replacement of fuses after a fault occurs, and allows remote restart after the fault is cleared.

　　DC bus

　　Composed of high-quality, maintenance-free industrial film capacitors with self-healing function and internal fuse design.

　　With ABB medium voltage technology, there is no need for paralleling equipment. This results in a smaller number of components and therefore a lower failure rate compared to other solutions of the same power level.

　　The PCS 6000 focuses on balanced converter design and the use of high-quality components,

　　making it the market benchmark for long life and operational reliability

　　The ABB AC 800PEC controller provides advanced protection and high-speed converter control. All system communications are carried out via fiber optic links and are therefore immune to electromagnetic interference.

　　PCS 6000 medium voltage converter – high flexibility and modular design

　　1 Simple design with low number of parts

　　2 Significantly reduced tower cable cross-section

　　3 Integrated gate-commutated thyristors (IGCTs)

　　4 Modular design for customized applications

　　5 Physical separation of generator and converter

　　6 Flexible and space-saving layout

　　PCS 6000 modular design covers all configurations

　　PCS 6000 is a modular converter for the most demanding single-generator or multi-generator applications. Its design concept allows maximum flexibility at different power levels and customized solutions, minimizing prototyping and engineering efforts.

　　PCS 6000 is suitable for small spaces.

　　The medium voltage design allows the converter to be easily positioned at the base of the tower. The resulting reduction in nacelle weight and easier maintenance and access bring many advantages to wind turbine design.

　　The modular design of PCS 6000 enables the converter modules to be arranged very flexibly even on a single deck - they can be arranged back-to-back, face-to-face or in-line.

　　All products on this website are special products, and the market prices are always fluctuating.

　　The specific quotation is subject to the customer service, because the product is new and the price is not real.

　　Please confirm the model and product, price and other detailed information with the customer service before placing an order. The website has been used.

　　New ones are on sale, please contact the customer service for communication.

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