MW Scalability Level PV/ESS Test System Solution

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ActionPower programmable dc power supply manufacturer

MW Scalability Level PV/ESS Test System Solution

As a manufacturer of programmable AC/DC power supplies, ActionPower offers an advanced PV/ESS Testing System that consists of programmable power supply modules such as grid simulators, bidirectional DC power supplies and other electrical instruments. 

The system is a comprehensive testing solution for photovoltaic and energy storage systems. It supports the latest standards, meets performance testing needs up to 5MW and enables efficient charge/discharge testing for battery packs. With six workstations for simultaneous testing, a fully automated process, and parallel grid and battery simulators, it enhances testing efficiency, adaptability, and data integrity, saving time and costs for manufacturers and testing agencies.

The PV/ESS Testing System is a system solution provided by Actionpower for power conversion systems (PCS), battery modules (clusters), and PV inverters tests. It is mainly used to test whether the functions and performance characteristics of photovoltaic inverters, energy storage inverters, and battery modules (clusters) meet the design and related standards requirements. The grid simulator and DC power supply have parallel expansion interfaces to meet the testing requirements of various power levels of test specimens.

Throughout the entire process of PV testing and ESS testing, the system conducts procedural tests according to pre-selected test items, automatically records test data, analyzes data, and generates reports with a single click, greatly improving testing efficiency, saving time, and reducing costs for equipment manufacturers and testing agencies.

The schematic diagram example (7.5MW)of the principle is as follows:

Feature

  • Support for the latest standard test project requirements.
  • The system meets all electrical performance testing requirements for PV inverters and energy storage inverters up to 5MW.
  • The system can conduct charge and discharge tests for battery packs.
  • The high-capacity testing area includes 6 workstations, capable of simultaneously testing 6 specimens, thereby increasing the utilization of the experimental system.
  • The switchgear allows for both local and remote operation, with reliable safety interlocking functions.
  • The performance of the grid simulator and battery simulator in parallel are equivalent to those of a single power supply.
  • The grid simulator can simulate normal and abnormal characteristics of the grid, meeting the adaptability testing requirements of grids in various countries.
  • Fully automated testing process, completing testing content with one click and exporting reports.
  • All test data within the system is automatically saved, ensuring the authenticity and accessibility of the raw data.

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