| Brand | Vziman |
| Model NO. | 10kV-35kV Wind / Solar Box-type Prefabricated Substation manufacturer |
| Rated voltage | 35kV |
| Rated frequency | 50/60Hz |
| Series | YBF |
Wind /Solar Box-type Prefabricated Substation Product overviews
The YBF Series Wind/Solar Box-type prefabricated Substation is a high-efficiency power conversion device specifically designed for wind and solar power generation systems. It steps up the low-voltage power (0.6-0.69kV) generated by wind turbines or photovoltaic panels to 10kV or 35kV and delivers it stably to the grid. Utilizing advanced electrostatic spraying technology and an intelligent control system, it operates reliably in harsh environments, offering excellent protection against windblown sand, salt spray, rain, and snow. It is widely used in wind power, photovoltaic, and other renewable energy generation fields.
Wind /Solar Box-type Prefabricated Substation Performance Features
Wind /Solar Box-type Prefabricated Substation Manufacturing Process
Wind /Solar Box-type Prefabricated Substation Testing & inspection
All products undergo strict control of production processes and quality. Before shipment, they undergo rigorous testing and inspection by national standards and customer-specific requirements, including partial discharge testing, lightning impulse withstand testing, noise testing, and other mandatory inspection items.
Wind /Solar Box-type Prefabricated Substation Scope of Application
The YBF Series Wind/Solar Box-type Prefabricated Substation is widely applicable in wind farms, photovoltaic power stations, and other renewable energy generation fields. It efficiently steps up low-voltage power to 10kV or 35kV, enabling grid connection and output. It adapts to various complex environmental conditions, ensuring the stable operation and efficient utilization of the power system.
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Its low-voltage level ranges from 0.6kV to 0.69kV, and the high-voltage level is 10kV to 35kV, which can perfectly match the power output requirements of wind turbines and photovoltaic panels.
Q: What environmental adaptability does the YBF Series Prefabricated Substation have?
A: It has strong weather resistance and can operate reliably in harsh environments. The enclosure adopts advanced electrostatic spraying technology for rust and fading resistance, with excellent sealing performance against windblown sand, salt spray, rain and snow. It also supports natural and forced ventilation to adapt to high-temperature conditions.
Q: Does the YBF Series Prefabricated Substation support intelligent operation and maintenance?
A: Yes. It supports both local control and remote monitoring, realizing the "four-remote functions" (telemetry, telesignalling, telecontrol, teleadjusting). It can also connect to the power intelligent operation and maintenance platform to achieve refined and safe electricity management.
As a professional manufacturer of 10kV-35kV wind/solar prefabricated substations, our products have two major advantages in installation and operation efficiency. On the one hand, the substation adopts a fully prefabricated integrated structure, which can be put into use only by on-site hoisting, wiring and commissioning, greatly shortening the on-site construction period by 50% compared with the traditional substation. On the other hand, the modular design of internal components makes it easy to disassemble and replace, reducing the downtime of equipment maintenance. In addition, the low-loss transformer core is used to effectively reduce the energy consumption during operation and improve the overall energy efficiency of wind and solar power projects.
Our 10kV-35kV wind/solar prefabricated substations are tailor-made for wind and photovoltaic scenarios. First, we optimize the grid-connection system with anti-islanding protection modules to meet the safety requirements of renewable energy grid integration. Second, the enclosure is upgraded with high corrosion resistance and IP54 or higher protection grade, suitable for harsh outdoor environments such as wind farms on plateaus and solar power plants in coastal areas. Third, we configure intelligent monitoring systems to realize real-time tracking of voltage, current and equipment temperature, facilitating remote operation and maintenance management of energy projects.