Recently, an old customer in Xinjiang successfully introduced a newUHV AC series resonant device, which consists of one UHV-160kW variable frequency power supply, two UHV-50kVA/25kV/0.4kV excitation transformers, two UHV-27.5kVA/2.5/5/10/0.4kV excitation transformers, and ten UHV-108kVA/54kV/2A/120H reactors. This measure further strengthens its power system detection and operation capabilities, marking the customer's continued deep cultivation in the field of high-voltage technology, achieving a new milestone, and injecting new momentum into the stable operation of the regional power grid.
The newly added series resonance equipment is designed specifically for high voltage scenarios, with core advantages such as precise resonance, wideband adaptation, and low energy consumption. It can efficiently complete tasks such as voltage withstand testing, insulation testing, and parameter analysis of power equipment. Compared with traditional testing methods, this equipment utilizes intelligent control technology to significantly shorten the testing cycle, while reducing operational complexity and safety risks. It is particularly suitable for daily maintenance and fault diagnosis in key scenarios such as UHV transmission lines and substations.
As a senior partner of Wuhan UHV, the company has always supported the upgrading of the power grid through technological innovation. The selection of a new series resonant device this time aims to address the increasingly complex challenges of power grid conditions and improve the efficiency and reliability of equipment detection. The equipment supplier, with mature solutions and a responsive localized service team, has successfully passed the customer's comprehensive evaluation in terms of technical parameters, installation and commissioning, and after-sales support, ensuring that the equipment can quickly integrate into the existing management system.
Industry experts point out that with the continuous expansion of UHV scale and the increasing demand for intelligence, high-precision testing equipment has become the core tool to ensure the safety of the power grid. The customer's equipment upgrade case provides an important reference for the entire industry, vividly demonstrating how established power companies can use technology empowerment to achieve quality and efficiency improvement. Its development path is worth learning from in the industry.
