The NKE-DTTS-AUTO/500 fully automatic distribution transformer test system is part of the NKE-DTTS-AUTO series, specifically developed for **small single-phase distribution transformers**. It strictly complies with both IEC 60076 and IEEE C57.12.90-2021 international standards, focusing on standardized factory acceptance tests for single-phase transformers rated at 36 kV and with a capacity of 500 kVA. The equipment is precisely tailored to testing pole-mounted and ground-mounted transformers, covering low-voltage ranges from 0.12 kV to 1.5 kV and impedance levels from 2% to 8%, making it a dedicated high-precision solution for batch testing small-capacity distribution transformers. The entire system features an integrated cabinet design, combining a variable-frequency power supply, intermediate transformers, a high-precision measurement system, and an intelligent selector switch. Its compact structure allows for flexible deployment without requiring complex infrastructure. Equipped wi
The NKE-DTTS-AUTO/5000 fully automatic distribution transformer test system belongs to the NKE-DTTS-AUTO series of fully automatic testing equipment, specifically designed for batch factory acceptance tests of small and medium-sized medium- and high-voltage distribution transformers, strictly adhering to both IEC 60076 and IEEE C57.12.90-2021 international standards. The equipment can accommodate dry-type and oil-immersed transformers with a maximum voltage rating of 38.5 kV and a capacity of 5000 kVA, comprehensively covering all factory acceptance test requirements for single-phase transformers up to 500 kVA and three-phase transformers up to 10,000 kVA, spanning the full voltage range of 4.16 kV–38.5 kV. The entire system features an integrated cabinet design, tightly combining a variable-frequency power supply, intermediate transformers, a high-precision measurement system, and an intelligent selector switch, resulting in a compact structure and easy deployment. Equipped with indus
The NKE-DTTS-AUTO/10000 fully automatic distribution transformer test system is the high‑end model in the NKE-DTTS-AUTO series, specifically designed for batch factory acceptance testing of medium and large‑capacity distribution transformers. It strictly complies with both IEC 60076 and IEEE C57.12.90-2021 international standards. The equipment can accommodate transformers up to 38.5 kV and 10,000 kVA, covering all factory acceptance tests for oil‑immersed and dry‑type transformers ranging from 500 kVA single‑phase to 10,000 kVA three‑phase, within the 4.16 kV–38.5 kV voltage range. Leveraging an ultra‑high measurement accuracy of Class 0.05, it enables standardized, high‑precision testing operations. The entire unit features an integrated design housed in a standard 20‑foot container, incorporating a variable‑frequency power supply, intermediate transformers, compensation capacitors, a high‑precision measurement system, and a fully automatic transfer switch. Its compact, well‑organize
The NKE-DTTS-SE/5000 semi-automatic distribution transformer test system is a **vehicle-mounted, container-integrated** medium- and high-voltage transformer testing device that strictly complies with the IEC 60076 and IEEE C57.12.90-2021 international standards. It specializes in high-precision factory acceptance testing for transformers rated at 36 kV and with a capacity of 5,000 kVA. The equipment is compatible with all types of oil-immersed and dry-type distribution transformers, covering full specifications from 36 kV to 4.16 kV on the high-voltage side and from 0.12 kV to 1.5 kV on the low-voltage side, with impedance adaptation ranging from 2% to 10%. It serves as dedicated equipment for routine factory tests, on-site acceptance inspections, and standardized certification testing of medium- and small-sized high-capacity transformers. The entire unit integrates the distribution cabinet, variable-frequency power supply, intermediate transformer, compensation capacitor, measurement
The NKE-DTTS-SE/30000 semi-automatic distribution transformer test system is an integrated, standardized containerized comprehensive testing device for transformers, strictly compliant with IEC 60076 and IEEE C57.12.90-2021 international standards. It is specifically designed for factory acceptance testing of medium- and large-capacity distribution transformers. The equipment supports full-range factory tests for oil-immersed and dry-type transformers across all voltage levels from 4.16 kV to 34.5 kV, with capacities ranging from 5,000 kVA to 30,000 kVA. It accommodates both three-phase and single-phase transformers, leveraging high-precision measurement configurations and a semi-automatic operating workflow to automatically perform test calculations and generate reports, making it the core equipment for efficient and compliant testing of medium- and high-voltage, large-capacity transformers. The entire system integrates the distribution cabinet, variable-frequency power supply, interm
The design and construction of transformer test stations is a comprehensive, end-to-end service tailored for the global power industry. Leveraging 15 years of deep industry expertise, we can undertake transformer test station projects across the full voltage range from 4.16 kV to 1000 kV, meticulously custom-built in strict compliance with both IEC 60076 and IEEE C57.12.90-2021 international standards. Our services span the entire process—from preliminary planning and customized solutions to equipment integration, construction, installation and commissioning, as well as operation and maintenance training—providing a one-stop solution to establish professional transformer test facilities that are standardized, compliant, and intelligent. The complete solution includes a full suite of testing equipment, such as lightning impulse generators, oil‑testing apparatus, partial discharge testers, and shielded rooms. We can also configure specialized functional areas on demand, including smart t
The NPTTS-HC/20 transformer test capacitor is a core product of the NPTTS-HC series, serving as a dedicated key component for power transformer test stations. It is typically used in conjunction with high-voltage variable-frequency power supplies and has been specifically developed and designed for transformer load testing applications. The equipment features a Y/Δ switching interface that enables large-capacity reactive power compensation, effectively reducing the capacity requirements of the main power supply during transformer load tests. Paired with a high-voltage variable-frequency power supply, it delivers a low-distortion sinusoidal power source with adjustable frequency and voltage. The entire system supports personalized customization, providing a stable, efficient, integrated solution for power supply and reactive power compensation in various transformer testing scenarios. The complete unit adopts an integrated design housed in a 20-foot container, offering a compact structu
The NPTTS-HC/40 high-voltage test capacitor is a core auxiliary device for power transformer test stations. It belongs to the NPTTS-HC series of containerized compensation capacitor banks and is typically used in conjunction with a high-voltage variable-frequency power supply, specially designed for transformer load testing scenarios. The equipment can achieve large-capacity reactive power compensation through Y/Δ switching, effectively reducing the power supply capacity requirements for transformer load tests. When paired with a high-voltage variable-frequency power supply, it can output a low-distortion sine wave power source with adjustable frequency and voltage. The entire system supports full-parameter customization, providing a stable, efficient, integrated solution for power supply and reactive power compensation in various transformer testing applications. The complete unit features an integrated 40-foot container design, incorporating standardized capacitor banks and an intell
The high-voltage variable-frequency power supply is a core auxiliary device for power transformer test stations, often used in conjunction with the NPTTS-HC series containerized reactive compensation capacitor banks to provide stable power supply and reactive power compensation support for various transformer tests. The NPTTS-HC series reactive compensation capacitor banks can achieve large-capacity reactive power compensation through Y/Δ switching, effectively reducing the power supply capacity requirements during load testing; the high-voltage variable-frequency power supply can output low-distortion standard sine waves with adjustable frequency and voltage, and both devices support customized parameter settings. This high-voltage variable-frequency power supply allows flexible adjustment of output voltage and frequency, features a compact structure and convenient operation, and can replace traditional generator sets, making it widely applicable to various high-voltage transformer te
