Photovoltaic Energy Storage Testing Solution

Today, countries around the world are vigorously building a new type of power system with a primary focus on renewable energy. The most prominent feature of this new power system is the dominant role played by sources like photovoltaic and wind energy within the power structure. The grid is evolving into a layout consisting of “large grid + active distribution grid + microgrid” to optimize the utilization of alternative energies and balance the grid load, giving rise to the mainstream power system known as “Photovoltaic + Energy Storage”. Energy storage systems have the capacity to significantly alleviate the instability of renewable energy power generation. They can swiftly provide the grid with energy buffering, thereby maintaining stable voltage and frequency within the grid.

Description Main Advantages Applications Related Products

Description

Energy storage systems typically comprise a range of components, including battery systems, power conversion systems (PCS), energy management systems (EMS), fire safety systems, high-voltage control cabinets, off-grid switchgear (STS), energy storage system control cabinets, distribution boxes, and etc. To ensure the continuous, long-term, safe, and stable operation of energy storage systems and to prevent unexpected failures, rigorous and comprehensive testing of the system is essential.

Solution Introduction

Currently, for testing related to energy storage systems in the field of new energy generation, SUITA offers a new generation of instruments with ultra-high accuracy for power, such as Power Analysis Wavecorder, Current Sensor, Bidirectional Programmable DC Power Supply, Regenerative AC Power Supply, and more. Furthermore, SUITA provides robust supervisory software, assisting engineers in data analysis, data output, and offering efficient solutions.

Main Advantages

SUITA Electric's strong professional capabilities make its products more advantageous in related fields

Enhanced protection features

SPSD15050B-30 Bidirectional Programmable DC Power Supply includes features such as OVP, OCP, OPP, and OTP. These features can limit the maximum output voltage, maximum output current, maximum output power, and maximum temperature rise during operation to prevent incidents.