Zhoushan Dinghai Hongwei Shoes Co., Ltd. 2408.34kWp Rooftop Distributed Photovoltaic Power Generation New Construction Project

Zhoushan Dinghai Hongwei Shoes Co., Ltd. was established in 1998 and is located in Dinghai District, Zhoushan City. It focuses on the manufacture and sale of shoes and related products. The company has a professional team and strict quality control. Adhering to the concept of "quality first, customer first", its business is spread all over the country. In order to meet the growing needs of production and operation, it decided to build a distributed photovoltaic power generation system on the roof of its factory building, with a total capacity of 2408.34kWp.

However, with the access of photovoltaic power generation systems, it may pose a threat to the stable operation of the power grid. In order to ensure the stable operation of the power grid and meet the strict requirements of the state and industry for power quality, a set of outdoor high-voltage dynamic reactive power compensation devices is added.

After market research and technical comparison, the company finally chose the YDK-SVGH-C0.5/10-O model in the YDK-SVGH series. The YDK-SVGH-C0.5/10-O can quickly and continuously provide capacitive and inductive reactive power, achieve appropriate voltage and reactive power control, and ensure stable, efficient and high-quality operation of the power system.

Product Introduction:

YDK-SVGH series high voltage dynamic reactive power compensation device

High-voltage dynamic reactive power compensation devices can quickly and continuously provide capacitive and inductive reactive power, achieve appropriate voltage and reactive power control, and ensure stable, efficient and high-quality operation of the power system.

After the installation and commissioning of the YDK-SVGH-C0.5/10-O high-voltage dynamic reactive power compensation device was completed and put into operation, it quickly played a significant role:

Improved power factor: The power factor is stably maintained above 0.95, which greatly reduces the reactive power loss of the power grid.

Improved three-phase balance: The imbalance of three-phase current is significantly reduced, which improves the stability of the power grid and the operating efficiency of the equipment.

The harmonic control has achieved remarkable results: the harmonic content has been effectively controlled, the power quality of the power grid has been significantly improved, and the normal operation of electrical equipment has been ensured.

The successful implementation of this project not only solved the power quality problem caused by the access of the photovoltaic power generation system, but also brought long-term economic and social benefits to the enterprise. The application of the YDK-SVGH-C0.5/10-O high-voltage dynamic reactive power compensation device has demonstrated its important role in improving the power quality of the power grid and ensuring the stable operation of the power grid, and has provided valuable experience and reference for the implementation of similar projects.

In the future, Yide Technology will continue to focus on power quality management, continuously optimize power facilities, and contribute to building a green, efficient and safe power system.

About Yide Technology

Zhejiang Yide Technology Co., Ltd. is a high-tech enterprise integrating R&D, production and sales, specializing in overall solutions for power quality and harmonic control.

The company has introduced advanced production equipment, technology and manufacturing processes. Its main products include: YD series intelligent integrated power capacitors, YDK-APF active power filters, YDK-SVG static VAR generators, YDK-SPC three-phase unbalanced automatic adjustment devices, YDK-AVR low voltage automatic adjustment devices, PD-354 series intelligent network power meters, YDK-3000 intelligent power monitoring, power management systems, high-voltage compensation cabinets, high-voltage reactive power compensation complete sets, YDK-SVGH high-voltage dynamic reactive power compensation devices and other power improvement equipment.