Industry News
19 2026-05 Why Is a Voltage Regulator Needed?
When it comes to voltage issues, many people first think of using a voltage stabilizer.
However, in some scenarios, you don’t need to stabilize the voltage, but to adjust it to different values — for example, gradually raising it from 0V to 220V, or lowering 220V to 110V to power old equipment.
However, in some scenarios, you don’t need to stabilize the voltage, but to adjust it to different values — for example, gradually raising it from 0V to 220V, or lowering 220V to 110V to power old equipment.
12 2026-05 How Does Electricity Travel from the Substation to the Factory? Why Is It Still the Oil-Immersed Transformer?
In the power system, there is a type of equipment that has existed for over a hundred years, with its principle remaining unchanged and its structure not being fancy, but it has been in use all along:
The oil-immersed transformer.
The oil-immersed transformer.
12 2026-05 Why Are TNS Series Three Phase Fully Automatic Ac Voltage Regulators Needed?
The TNS series three phase fully automatic AC voltage regulators are not simple "voltage regulators", but an industrial-grade three phase power protection system.
09 2026-05 Why Still Need to Purchase the TND Single Phase High-Precision Voltage Stabilizer?
Not long ago, we received a feedback from a Philippine customer. He purchased an Yibaling TND-6KVA single phase high-precision voltage stabilizer a few months ago to protect the measuring equipment of a local small factory.
09 2026-05 Why Are Frequency Converters Essential?
In industrial production, motors are ubiquitous. Fans, pumps, compressors, conveyor belts... They consume over 60% of the electricity in factories. For a long time, the operation mode of these motors was very "rough": either full speed or shutdown. When the air volume was high, the valves were closed; when the water pressure was high, the bypass was opened - a large amount of energy was wasted in pipes and baffles.
07 2026-05 How Does Customized Transformer Solve Modern Power and Industry Challenges?
In today’s rapidly evolving industrial and energy landscape, electrical systems must be more efficient, safer, and tailored to highly specific applications. Standard transformers often fail to meet unique operational demands, leading to energy loss, overheating, maintenance issues, and system inefficiencies. This is where the concept of a customized transformer becomes essential. By designing transformers according to precise voltage, load, environment, and application requirements, industries can achieve optimized performance, reduced operational costs, and improved system reliability.