Low-carbon manufacturing and energy efficiency upgrade: The energy-saving non-ferrous alloy dry-type distribution transformer empowers the construction of a green power grid.

In response to the national "dual carbon" development strategy, to meet the energy-saving, intelligent, and safe upgrade requirements of the new power system, and to assist in the energy-saving and carbon reduction transformation of the power grid and industrial sectors, the enterprise has newly developed and put into production an energy-saving non-ferrous alloy dry-type distribution transformer. This product breaks through the energy efficiency bottleneck of traditional transformers, relying on extremely low consumption, safety and fire prevention, environmental friendliness, maintenance-free, and high adaptability as core advantages, becoming the preferred energy-saving power equipment for urban and rural power grid renovations, new energy support, and high-end industrial and municipal engineering.

In the operation of the power system, traditional silicon steel sheet transformers have long suffered from high no-load losses, serious energy waste, and high operating noise, especially in scenarios where industrial parks, commercial buildings, and distribution rooms operate continuously for a long time, resulting in high overall electricity consumption costs. The newly launched energy-saving non-ferrous alloy dry-type distribution transformer adopts a new non-ferrous alloy strip as the core material of the iron core, overturning the traditional iron core structure process, with higher magnetic permeability and extremely low magnetic hysteresis loss. Compared with traditional dry-type transformers, the no-load loss has decreased by more than 60%, and the energy efficiency indicators far exceed the national first-level energy efficiency standard, achieving energy-saving and consumption reduction from the source and significantly reducing the long-term electricity operation costs for users.
In terms of performance and technology, the product adopts an epoxy resin vacuum casting process, with a compact and dense overall winding structure, high insulation strength, and excellent mechanical properties, possessing strong anti-short circuit, anti-shock, and anti-cracking capabilities. The equipment is oil-free, flame-retardant, fire-resistant, and explosion-proof, and during operation, it does not produce oil stains, exhaust gases, or combustion and explosion safety hazards. It completely avoids the safety risks of oil-immersed transformers due to oil leakage and fire, suitable for indoor distribution rooms, high-rise buildings, hospitals, schools, data centers, chemical industrial parks, and other enclosed and high-security-level power usage scenarios. At the same time, the equipment has stable operating temperature rise, extremely low noise, resistance to humidity, aging, and dust-free maintenance, and can adapt to complex operating environments with large temperature fluctuations, operating stably throughout the day.
Compared with conventional distribution transformers, this non-ferrous alloy dry-type transformer combines energy-saving and practicality, with a compact overall structure, small size, and convenient installation, without the need to reserve space for oil storage, heat dissipation, and fire protection, effectively saving power grid space resources. The equipment does not require daily oil replacement, filtration, or maintenance operations, significantly reducing the operational costs and human resource investment throughout the equipment's life cycle, with a longer service life and significant overall economic benefits. The product is widely applicable to various power distribution scenarios in urban and rural intelligent power grids, new energy photovoltaic and wind power support, industrial manufacturing, municipal public utilities, commercial buildings, etc., with strong universality and adaptability.
In terms of safety and quality, the product is developed and produced strictly in accordance with national power equipment standards, completing multiple strict quality inspections such as withstand voltage tests, loss tests, temperature rise detection, and insulation tests before leaving the factory. The quality is safe and controllable. The equipment includes a complete temperature control and overheat protection system that monitors the operating temperature in real time, issues early warnings for abnormal conditions, and provides comprehensive protection for the safe and stable operation of the power system.
Based on the new trend of green power development, in the future, the enterprise will continue to deeply research and innovate in energy-saving transmission and distribution equipment, continuously iterate and optimize non-ferrous alloy and energy-efficient series transformer products, with low-carbon, efficient, and safe high-quality power equipment, to help the power industry achieve green transformation, and continuously empower the construction of high-quality new power systems for various industries to achieve energy-saving and carbon reduction.