China Suppliers Factory NYYZC-IPCII/CS Wind-Solar Energy Storage Integrated Cabinet for Efficient Energy Solutions
Overview
The wind-solar-energy-storage-boosting integrated cabin integrates the box-type inverter station and the box-type booster station into one, and can complete the photovoltaic DC input to three-phase high-voltage AC output in one box, optimize the system structure, remove functional duplication, have a more reasonable structure, more complete functions, and a smaller size. All equipment is factory-constructed and debugged, and the cables and cable trenches between the original box-type inverter station and the box-type booster station are eliminated, saving a lot of equipment and construction costs for the owner, creating more economic benefits for the owner. This type of transformer can be called a "box transformer with inverter function" and is divided into 35kV European integrated photovoltaic power station and 35kV American integrated photovoltaic power station.
35kV European Style Integrated Cabin
The split transformer voltage level is 35kV, integrated with inverter module and boost module, which directly inverts and boosts the DC power generated by the photovoltaic module to 35kV voltage level, and then connects it to the photovoltaic booster box transformer of the power grid. The box is arranged in a "目" shape, divided into high-voltage room, transformer room, inverter room, integrating the latest design concept of civil power, and the overall structure is compact. The box is compact and functional, has strong corrosion resistance, good environmental adaptability, and is easy to install on site. It only requires a prefabricated foundation, which greatly improves on-site work efficiency.
35kV American Style Integrated Cabin
The voltage level of the split transformer is 35kV, and it integrates the inverter module and the boost module. It directly inverts and boosts the DC power generated by the photovoltaic module to a voltage level of 35kV, and then connects it to the power grid. The box is arranged in an "L" shape, divided into a high-voltage room, a low-voltage room, and an inverter room. The overall structure is compact and the functions are complete. The box has strong anti-corrosion ability and good environmental adaptability. It is easy to install on site, and only requires prefabricated foundations, which greatly improves the efficiency of on-site work.
Key Features
Product Introduction
The core of the NYYZC-IPCII/CS integrated cabinet lies in its unique design, which combines a box-type inverter station and a box-type booster station into one. This innovative approach enables seamless conversion of photovoltaic DC input to three-phase high-voltage AC output in a single cabinet. By simplifying the system structure and eliminating functional duplication, the integrated cabinet provides a more reasonable design, minimizing size while maximizing functionality. This compactness is particularly beneficial for installation environments with limited space, making it an ideal choice for a variety of applications.
The construction of the NYYZC-IPCII/CS integrated cabinet is known for its factory-built and commissioned components. This pre-assembly process not only ensures high quality standards, but also significantly shortens on-site installation time. Since there is no need to lay cables and cable trenches between the original box-type inverter station and the box-type booster station, equipment and construction costs are greatly saved. Therefore, owners can expect higher economic benefits, making this integrated cabinet a cost-effective solution for renewable energy projects.
The design of the integrated nacelle is tailored to the specific needs of different markets, with two configuration options available: European and American. The European nacelle adopts a “目”-shaped layout, while the American nacelle adopts an “L”-shaped layout. Both configurations include a dedicated high-voltage operating room, transformer room, and inverter room to ensure that all components are installed safely and efficiently. The nacelle’s strong anti-corrosion performance and excellent environmental adaptability make it suitable for various working conditions, further enhancing its appeal to potential users.
In addition to its structural advantages, the NYYZC-IPCII/CS integrated cabinet also has a number of operational features that help improve its overall efficiency. The integrated duct system allows for greater ventilation, thereby improving the safety and efficiency of the inverter. Cabinet integration not only improves the aesthetics of the equipment, but also optimizes the use of internal space, making maintenance and repair more convenient. The integrated cabinet has a voltage level of 35kV, which can effectively invert and boost the DC power generated by photovoltaic panels and seamlessly connect to the grid. This comprehensive approach to renewable energy management makes the NYYZC-IPCII/CS integrated cabinet an industry-leading solution, paving the way for a more sustainable future.