The rapid development of science and technology has brought us to the critical point of technological revolution. The rapid growth of artificial intelligence, electric vehicles, renewable energy and energy storage technologies will drive global electricity demand to new peaks.
Distribution Transformer, as a key link of power transmission and distribution, its performance, efficiency, safety and adaptability will directly determine whether we can effectively respond to the surge in power demand, which means that the transformer industry must continue to innovate and improve the performance and efficiency of products to meet market demand.
What is a Saving Energy Transformer
Energy-saving transformers are transformers that reduce energy consumption by optimizing design, using efficient materials and adopting advanced manufacturing processes. These transformers typically use low-loss core materials, high-quality insulation, and advanced cooling and control technologies to achieve greater energy efficiency. Energy-saving transformers can not only significantly reduce power loss, but also reduce carbon emissions and environmental pollution during operation, in line with the requirements of modern society for green environmental protection.
In recent years, Varelen's team started from the aspects of energy saving and consumption reduction, smart electricity, etc., and promoted green, low-carbon and high-quality development with practical actions. Today, we introduce SCB epoxy casting energy-saving dry transformer, which is a safe, reliable, energy saving, low noise as one of the power conversion equipment.
The benifits of the energy efficiency dry type transformer
A, Green, energy-saving, safe and reliable
1. Core: iron core mainly adopts silicon steel sheet, low transformer loss, low noise;
2. High voltage coil: The high purity oxygen-free copper wire, is fully integrated by vacuum pouring equipment 536 million times, to ensure that the transformer discharge is less than 5pC;
Low voltage coil: high purity oxygen-free copper foil, wound by advanced automatic foil winding machine, copper bar connection using silver plating embossing process, improve the electrical conductivity; The voltage gradient is small, the heat dissipation is fast, and the load capacity is strong.
B, Intelligent monitoring
Due to the increasing frequency of natural disasters caused by global climate change, there is an urgent need for transformers to strengthen their resilience and ensure that power supply functions can be quickly restored after disasters. In addition, with the booming development of smart grids, transformers also need to embed intelligent components to achieve remote monitoring, fault warning and self-repair, thereby further improving the stability and reliability of the entire power system.
▶ Power analysis makes energy use more efficient;
▶ Wireless measurement of transformer operating environment and status, making transformer use more secure;
▶ Power quality analysis, easy load management, make power use safer;
▶ Panoramic monitoring, no need to enter the power distribution room can be inspected at any time.
Our factory obtain Certification of test report
The promotion and application of energy saving and environmental protection distribution transformers is an important means to deal with energy crisis and environmental pollution. Through efficient core materials, new insulation materials, energy-saving design and optimization, advanced manufacturing processes and recycling and other aspects of the technical innovation, distribution transformers are moving towards a more green direction. This not only helps to reduce energy consumption and environmental impact, but also provides a solid foundation for building a sustainable power system.
Energy saving and environmental protection are our common responsibilities. The distribution transformer industry will continue to explore on this road and contribute to the construction of a better future.
