| Customization: | Available |
|---|---|
| Application: | Power, Electronic |
| Phase: | Three |
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| Product Name | ||||||
| New Energy Multi-branch Converter and Step-up Integrated Cabin Transformer |
| Product Discription | ||||||||||||
| The multi-branch current-transforming and boosting integrated cabin belongs to the field of substations. It is used to solve the problem of power waste caused by the consumption of electric energy in new energy power generation systems. This equipment can cooperate with battery cabins to store the excess electric energy that cannot be consumed, and serve as a supplement to the power grid during peak power consumption periods, effectively solving the problem of power waste. This equipment has the functions of power peak shaving and valley filling, meeting dynamic user demands, smoothing output power, improving the acceptance ratio of the power grid, and increasing economic benefits. The integrated inverter and boosting box-type substation includes a control and protection section, a PCS inverter section, a high-voltage section, and a transformer section. Its characteristic is that the control and protection section and the high-voltage section are arranged on the same side, and the transformer section is located in the middle of the PCS cabin and the high-voltage section. The PCS cabin directly converts AC from the power grid into DC to charge the battery cabin; when the power grid needs electric energy, it is fed back to the power grid. The multi-branch current-transforming and boosting integrated cabin is an ideal equipment for cooperating with battery cabins as energy storage. |
| Product Features | ||||||||||||
| 1 | Compact structure, small floor area, with the radiator placed externally for better heat dissipation. | |||||||||||
| 2 | Adopting new transformer series technology, reasonable structure, safe and reliable. | |||||||||||
| 3 | Transformer oil is used as the insulating medium for 10kV or 35kV side high-voltage components, significantly reducing the safety distance. | |||||||||||
| 4 | The oil tank adopts a fully enclosed structure, completely isolating the oil from the atmosphere, greatly reducing oxidation and moisture intrusion, enhancing the stability, reliability, and safety of the system equipment. Additionally, the use of finned radiators facilitates easy disassembly and maintenance. | |||||||||||
| 5 | The tank body is treated with a special shot blasting process, providing good corrosion resistance and sun exposure resistance, effectively resisting wind and sand erosion. | |||||||||||
| 6 | The low-voltage side employs domestic intelligent circuit breakers and molded case air switches, offering high breaking capacity and excellent protection performance. | |||||||||||
| 7 | The transformer oil tank can be equipped with a pressure gauge and thermometer with communication interfaces, and the load switch can be fitted with a travel switch, enabling remote monitoring, operation, and maintenance of the transformer. | |||||||||||
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