ActionPower has introduced the HGS Grid Simulator, a state-of-the-art product designed to enhance environmental adaptability and performance in demanding testing environments. With a full power output of 10kV, this simulator is specifically engineered to support the rigorous testing needs of green energy power stations connected to the 35kV/10kV grid.
Key Features and Functions
The primary function of the HGS Grid Simulator is to conduct comprehensive grid adaptability tests and fault ride-through tests. These critical assessments ensure that power stations can effectively manage various grid conditions. The simulator is capable of performing a wide range of tests, including voltage adaptability, frequency adaptability, three-phase voltage unbalance adaptability, flicker adaptability, harmonic/inter-harmonic adaptability, and high/low voltage fault ride-through tests. These features make it an essential component of a variable AC power supply system.
Robust Design for Harsh Environments
The HGS Grid Simulator boasts a unique container structure, making it ideal for highway transportation and field tests. This design allows for flexible arrangement at various power stations, facilitating on-site testing without compromising performance. Additionally, the simulator is equipped with a specially designed heat dissipation air tube that prevents rainwater and sand from entering the unit. This feature ensures uninterrupted operation even in harsh environmental conditions, such as sandstorms, heavy rain, and snow.
Parallel Functionality and Capacity
Another standout feature of the HGS Grid Simulator is its parallel functionality, which can support a maximum capacity of 15MW. This capability makes it suitable for large-scale testing and simulation, enabling power stations to conduct extensive evaluations of their systems efficiently. The ability to operate in parallel enhances its utility and effectiveness in real-world applications.
Conclusion
In summary, the HGS Grid Simulator from ActionPower represents a significant advancement in power testing technology. With its robust design, comprehensive testing capabilities, and strong environmental adaptability, it is an essential tool for green energy power stations. By incorporating this simulator into testing protocols, operators can ensure their systems are fully prepared to handle the complexities of modern energy grids, making it a critical element of a variable AC power supply system.
