In early October, a Shenzhen client and Musen Electric reached a significant partnership, purchasing a complete set of Musen Electric’s 35kV test equipment in bulk, marking a new chapter in the in-depth collaboration between the two parties in the field of power testing. The equipment purchased by the Shenzhen client, a photovoltaic technology company, is diverse and comprehensive, encompassing high-voltage generators, electrical measuring instruments, common instruments, and ancillary equipment, fully meeting their diverse needs in 35kV power testing.
Musen Electric offers a variety of high-performance high-voltage generators. The MSXZ-F 270kVA/108kV variable-frequency series resonant withstand voltage device offers efficient and accurate withstand voltage testing capabilities, effectively verifying the insulation performance of power equipment and ensuring safe and stable operation in high-voltage environments. The YDQ 10kVA/100kV power frequency withstand voltage test device, with its stable power frequency output, provides reliable support for withstand voltage testing of power equipment. The ZGF 120kV/2mA DC high-voltage generator generates stable DC high voltage, suitable for DC withstand voltage and leakage current testing of power equipment.
Electrical measuring instruments also feature a number of highlights. The MS-101G2 high-voltage dielectric loss tester can accurately measure the dielectric loss factor of power equipment and promptly detect problems such as equipment insulation aging; the MS-100E transformer ratio tester can quickly and accurately measure the transformer ratio to ensure the normal operation of the transformer; the MS-510S2 transformer DC resistance tester is used to measure the DC resistance of transformer windings to determine whether there are faults such as short circuits and open circuits in the windings; the MSHL-100A loop resistance tester can accurately measure the loop resistance of parts such as switch contacts to ensure the reliability of electrical connections; the MS-3126A insulation resistance tester can quickly measure the insulation resistance of electrical equipment and evaluate the insulation condition of the equipment; the MS-207T transformer on-load tap changer tester can perform comprehensive inspections on transformer on-load tap changers to ensure their accuracy and reliability; the MS-601G transformer characteristic tester is used to test the transformer’s ratio, polarity and other characteristic parameters to ensure the measurement accuracy of the transformer; The E-type high-voltage switch dynamic characteristic tester accurately measures dynamic characteristic parameters such as the opening and closing time and speed of high-voltage switches, providing an important basis for switch performance evaluation.
For commonly used instruments, the FCZ-II discharge counter tester can be used to test discharge counters to ensure their proper operation. The SMGS digital double-clamp phase volt-ammeter accurately measures the phase and amplitude of voltage and current, providing data support for power system fault analysis and debugging. The HBR-900 wireless high-voltage phase detector enables wireless phase verification, improving the safety and efficiency of phase verification. The MS-2571 ground resistance tester is used to measure the ground resistance of grounding devices and ensure the grounding safety of electrical equipment.
In addition, this procurement also includes supporting equipment such as generators, test rods, insulating boots, and insulating gloves, providing comprehensive support for power testing work. This partnership not only provides strong equipment support for Shenzhen Photovoltaic Technology’s power testing work, but will also further promote in-depth cooperation between the two parties in technology research and development, market expansion, and other areas, contributing to the development of the power industry. I believe that with the help of Musen Electric’s high-quality equipment, Shenzhen photovoltaic technology units will achieve even more brilliant achievements in the field of new energy.
