NEW ENERGY PREFABRICATED CABIN

New Products / New Technology

The New Energy Prefabricated Cabin is a highly integrated modular solution designed for photovoltaic, wind power, energy storage, and smart grid applications. It houses electrical equipment, energy management systems, and auxiliary facilities within a robust containerized structure, ensuring rapid deployment, flexible expansion, and reliable operation. The cabin features advanced insulation, ventilation, and fire protection systems, enabling stable performance under extreme weather and harsh environments.
Its modular design significantly shortens construction time, reduces overall investment, and enhances safety. Equipped with intelligent monitoring and remote control, the system supports real-time diagnostics, predictive maintenance, and efficient grid connection.
Widely applicable in solar and wind power plants, energy storage stations, industrial parks, and urban or rural power networks, the prefabricated cabin provides sustainable, efficient, and cost-effective energy solutions. In addition, its standardized interfaces allow seamless integration with renewable generation and storage units, supporting future-oriented smart grid development.
The cabins scalable design makes it suitable for projects of different sizes, from distributed energy systems to utility-scale plants, delivering long-term reliability and environmental benefits.

DRY TYPE TRANSFORMER

New Products / New Technology

The SC(B) series showcases advanced design and engineering, delivering reliable, efficient, and safe power for diverse applications.
High-voltage windings use premium enameled copper wire, while low-voltage windings adopt high-grade copper foil for durability and efficiency. Coils are reinforced with glass fiber mats and vacuum-sealed with imported epoxy resin, creating a solid structure that prevents partial discharge, enhances strength, and ensures long-term reliability.
Key Advantages
Flame-retardant, explosion-proof, eco-friendly, and pollution-free; suitable for installation at load centers.
Excellent moisture resistance: all parts endure 100% relative humidity without treatment, ensuring stable performance.
Strong short-circuit and lightning impulse resistance with high overload capacity, enabling dependable operation.
Effective cooling with thin resin insulation; naturally air-cooled (AN) or optionally forced air (AF) for extra protection.
Low energy loss, providing savings, maintenance-free use, and high cost-effectiveness.
Compact and lightweight, minimizing space requirements and simplifying installation.
Applications
Ideal for high-rise buildings, commercial centers, theaters, hospitals, mining operations, offshore platforms, ships, underground facilities, airports, power plants, and residential areas.
The SC(B) series defines a new standard in dry-type transformer technology, uniting safety, efficiency, and sustainability for modern networks.

OIL IMMERSED TRANSFORMER

New Products / New Technology

The S-M Series Oil-Immersed Distribution Transformer is a state-of-the-art three-phase unit developed to deliver enhanced reliability, efficiency, and operational stability compared with the S9 series. By refining loss coefficients and optimizing the copper-to-iron ratio, it achieves reduced losses and improved cost-effectiveness. The iron core is built with high-conductivity, low-loss silicon steel, minimizing no-load losses and ensuring stable performance.
High-voltage windings adopt a multi-layer structure, while units up to 500 kVA are equipped with multi-layer low-voltage coils. For transformers rated 630 kVA and above, a spiral-type low-voltage winding is applied, strengthening short-circuit resistance, enhancing electrical performance, and improving mechanical stability. This ensures reliable operation under demanding system conditions.
A major feature is the pan-seal structure, isolating transformer oil from external air, preventing oxidation and insulation aging, thereby extending service life and enhancing reliability. The oil tank incorporates corrugated plates that improve oil circulation and heat dissipation, reducing hot-spot temperature and balancing mechanical stress.
This robust design ensures precise welding, lowers the likelihood of leaks, and optimizes thermal management. With advanced sealing technology, durable materials, and efficient cooling, the S-M series provides a reliable, efficient, and long-lasting solution for modern distribution networks.