The rod position system is an important equipment to ensure the safe operation of the reactor. The rod position system is composed of rod position detector, rod position data measurement and analysis part.The system is responsible for detecting and displaying the actual position of the control rod in the core, and providing monitoring means to ensure the synchronization of the actual rod position and the required rod position.

The control rod drive mechanism rod control system is an important equipment to ensure the safe operation of the reactor. By changing the control rod position, the system can achieve normal startup, shutdown, regulating the reactor and maintaining the reactor at a given power level under the normal condition; by inserting the control rod into the reactor core the system is able to shutdown the reactor under the accident condition.

The design of RXN class 1E panels is based on the specification and operation experience of both domestic and international nuclear power plant. The RXN panels can also be used in petroleum chemical,chemical engineering navigation, power distribution and other fields.

The ES30 excitation system is independently researched and developed by Regeon Electric which owns completely independent intellectual property rights. The ES30 system is completely localized 1E class nuclear power plant emergency diesel generator excitation system.The number of certificate of identification of scientific and technological achievements is JKJZ 2014 No. 1177.

The rod position detector is an important part of the rod position system, operating as the collector of the position signals of the control rod, so as to ensure the normal operation of the reactor.

The digital platform covers a large command display screen, a data management platform, a digital park model, a data acquisition system, various smart functional modules and hardware.Help users grasp the user scale, resource endowment and energy facility configuration of the park in real time, and assist in analyzing the renewable energy utilization rate and clean energy utilization rate in the park.

The PMC pitch system accurately and quickly controls the windward angle of the wind turbine blades, effectively adjusts the wind energy captured by the wind turbine, and also ensures the safety of the wind turbine. It is one of the core subsystems of the wind turbine. The system can also control the angle of the tidal and ocean current generator blades through its special design, so as to regulate the generated power.