The SXBP-162kVA 150kV AC Resonant Test System is developed to provide a dependable solution for high voltage insulation examination and electrical performance verification. Through resonance-based voltage boosting technology, the equipment creates suitable AC testing conditions for checking the withstand capability of power apparatus and identifying possible insulation weaknesses.

Designed for utility companies, testing centers, and engineering service providers, this system supports various testing tasks including acceptance inspection, preventive diagnosis, and commissioning evaluation. It offers a practical approach for analyzing the condition of transformers, cable systems, reactors, motors, and other electrical installations. The combination of precise control, stable operation, and user-friendly management makes it suitable for both laboratory environments and field testing applications.

The system assists electrical operators in carrying out regular insulation checks on existing power equipment, helping improve network reliability.

Manufacturers can use the equipment to verify electrical strength and detect potential insulation issues before products are delivered.

Laboratories can apply the system for high voltage experiments, equipment evaluation, and technical verification projects.

1. 1. Stable Resonance Operation
   The system maintains consistent testing conditions to support accurate insulation performance analysis.
2. 2. Reduced Power Supply Demand
   Resonant technology helps lower the required input capacity compared with traditional high voltage testing approaches.
3. 3. Multi-Purpose Testing Application
   One system can meet different requirements for various electrical products and project scenarios.
4. 4. Convenient Testing Management
   The control interface simplifies operation procedures and improves efficiency during testing workflows.

• Q1: Why is resonance technology suitable for AC withstand tests?
  A: It provides stable high voltage output and is especially effective for equipment with large capacitance.
• Q2: Who normally uses this type of testing system?
  A: Common users include power utilities, equipment manufacturers, laboratories, and engineering companies.
• Q3: Can it be transported for onsite testing?
  A: Yes, the modular structure supports installation and operation at different project locations.
• Q4: What factors determine the suitable model selection?
  A: Test voltage, equipment parameters, capacitance value, and application environment should be considered.