Aging Test Of Energy Storage Power Supply Standby Storage Charging Station

Energy Storage Power Aging Test Equipment
November 03, 2025
Brief: Discover the advanced Aging Test Station for Energy Storage Power Supply, designed for comprehensive testing of standby storage charging systems. Featuring a 230KVA transformer, 48 DC isolated loads, and 72 PFC switching power supplies, this equipment ensures precise charging control, real-time monitoring, and fast charge deception capabilities. Perfect for optimizing energy storage performance.
Related Product Features:
  • Software-controlled programmable power supply with adjustable voltage settings for precise energy storage power supply charging.
  • Real-time monitoring of voltage and current during the charging process with charge amount calculation.
  • Supports QC/PD fast charge protocols for efficient testing.
  • Determines charge/discharge capacity range with programmable cut-off points for test termination or progression.
  • Includes 48 DC isolated energy-saving loads per cabinet for versatile testing scenarios.
  • Features 72 PFC switching power supplies (36V/16A/600W) for high-performance testing.
  • Manual/automatic control modes for flexible operation.
  • Open design aging cabinet with easy operation and no temperature control for simplicity.
Faqs:
  • What are the key features of the Aging Test Station for Energy Storage Power Supply?
    The key features include a software-controlled programmable power supply, real-time monitoring, QC/PD fast charge support, capacity calculation, 48 DC isolated loads, 72 PFC switching power supplies, and manual/automatic control modes.
  • What is the power supply configuration of this aging test equipment?
    The power supply configuration includes a 230KVA transformer, programmable DC power supply (10V-120V adjustable, 200A max), 48 DC isolated loads per cabinet, and 72 PFC switching power supplies (36V/16A/600W).
  • How does the charging monitoring system work?
    The charging monitoring system provides real-time monitoring of voltage and current during the charging process, along with charge amount calculation, ensuring precise and efficient testing.