FT1ST3MMPS01

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FT1ST3MMPS01 is an efficient and reliable centralized management and protection system for wind farm. This system is designed to improve the efficiency and safety of wind power operations, and is used in many countries and regions around the world. It includes an integrated control system, local power grid relay protection, remote monitoring and centralized control.

Application field

FT1ST3MMPS01 system provides a comprehensive and reliable protection for the wind farm and power grid, which can effectively guarantee the safe operation of the wind farm and the power grid. It is mainly used in the following application fields:

• Wind power plant centralized control.
• Quantitative control of regenerative braking.
• Safety protection of wind farm connected to power grid.
• Remote monitoring and management of wind farm.
• Real-time data acquisition and analysis.

Working Principle

FT1ST3MMPS01’s working principle is based on the wind power plant centralized monitoring and control technology. The system comprises a Central Control Center, Substation, and Wind Power Plant. It is able to efficiently carry out centralized monitoring and control of the whole wind power plant, and to enable timely diagnosis and warning of any potential abnormalities in the wind power plant.

The Central Control Center is responsible for overall monitoring and control of the entire wind farm, including wind turbine operation, power grid connection, and power output data acquisition. Substation is responsible for establishing a stable power grid connection for the wind farm and collecting site information, such as wind speed, direction and power output. Wind Power Plant is responsible for monitoring and controlling the electrical load, such as turbine main machine, frequency converter, and variable pitch.

FT1ST3MMPS01 system can provide clients with multiple benefits, such as reducing operating complexity, lowering maintenance costs, and improving wind farm safety. These benefits will help improve the efficiency and reliability of wind power operations, and will ultimately lead to greater energy savings.

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