WOODWARD SPM-D2-11 Synchronizer Module

Synchronization Function: It can realize automatic frequency, phase, and voltage matching, support single-phase / two-wire voltage measurement, complete the synchronization of one circuit breaker, and have the functions of phase matching or slip frequency synchronization and voltage matching, ensuring the synchronous operation of the generator with the power grid or other generators during grid connection.

Load Control: It provides active power and power factor control, has two analog load sharing lines for active and reactive power load sharing, and can externally control the active power set point through analog input, realizing precise load distribution and power factor adjustment in parallel operation of power supplies.

Protection Function: It integrates generator protection functions, including protection for the generator's power, overload, voltage, and frequency. Through the induction of the generator's single-phase CT, it monitors the operating status of the generator in real-time. When an abnormal situation occurs, it takes protective measures in time, such as triggering relay actions, to prevent damage to the generator.

Operation and Display: Equipped with a two-line LCD text display for operation instructions, alarm display, and visualization of measured values. It also has a front synchronization indicator that can intuitively indicate the circuit breaker status and control activities, facilitating operators' debugging and monitoring. At the same time, it supports multiple operation mode selections, and parameters have multi-level password protection.

Signal Output and Control: It has a control output function, which can discretely increase or decrease speed and voltage, and can also output analog signals (voltage, current, and PWM) to provide appropriate control signals for connected equipment to achieve precise control of the generator.

Strong Compatibility: It can be used with Woodward or other compatible speed controllers, automatic voltage regulators, and various types of circuit breakers. It is suitable for various brands and models of power generation equipment and can be widely used in various power systems.

Strong Anti-Interference Ability: Adopting true RMS voltage detection technology, it effectively reduces sensitivity to harmonics, improves the accuracy and stability of voltage measurement, and can operate reliably in complex power environments, ensuring the accuracy of synchronization and control.

Flexible Configuration: It supports HMI programming and configuration through Woodward ToolKit software with USB connection, allowing convenient setting and adjustment of module parameters to adapt to different application scenarios and system requirements. It can also be configured through a PC or front panel, with easy operation.

Power Generation Stations: Used for grid-connection operation and operation control of generators, ensuring the stability and safety of generators during start-up, shutdown, and operation, realizing balanced load distribution among multiple generators, and improving power generation efficiency and power quality.

Industrial Automation Systems: In industrial production, it provides synchronization and load control for various equipment and production lines that require stable power supply, ensuring the normal operation of industrial equipment, and reducing production failures and losses caused by power fluctuations or instability.

Marine Power Systems: It provides synchronization and control functions for generator sets on ships, meeting the power needs of ships under different working conditions such as navigation and berthing, ensuring the reliability and stability of marine power systems, and guaranteeing the safe operation of ships.

Distributed Energy Systems: In distributed power generation projects such as solar energy and wind energy, the SPM-D2-11 module can synchronously connect distributed power sources to the power grid, realizing efficient integration and stable operation of distributed energy, and improving energy utilization efficiency and grid flexibility.