The S-M Series Oil-Immersed Distribution Transformer stands as a beacon of technological advancement and efficiency in the energy sector. This state-of-the-art three-phase transformer is engineered to excel beyond the traditional S9 series, providing unparalleled reliability and extraordinary performance. Through meticulous refinement of its loss coefficients and an optimized copper-to-iron ratio, this transformer achieves exceptional loss minimization coupled with outstanding cost-effectiveness. The iron core, crafted with high-conductivity, low-loss silicon steel, dramatically cuts down no-load losses, setting a new standard in innovative design.
The high-voltage windings are artistically crafted with a sophisticated multi-layer structure. For transformers up to 500kVA, we showcase multi-layer low-voltage windings, and for transformers rated at 630kVA and above, a revolutionary spiral type of low-voltage windings enhances electrical performance and mechanical strength, especially under strenuous short circuit conditions.
A standout feature of this product is its cutting-edge pan-seal structure, which masterfully isolates the transformer oil from external air, effectively preventing oil aging and significantly boosting operational reliability. The oil tank's design integrates corrugated plates, meticulously engineered to improve oil circulation and optimize heat dissipation. This elegantly simple, yet robust structure ensures efficient welding, minimizes leak risks, and enhances fluidity and thermal management, elevating performance to an unprecedented level.
The superior quality of our products is assured by the state-of-the-art production equipment we utilize.
By investing heavily in the latest machinery from Germany and the U.S., CHBEB has established cutting-edge production lines that ensure consistent stability and reliability in product quality.
Our dedicated team is deeply engaged in international power exhibitions,
where we directly connect with clients to showcase CHBEB's outstanding products on the global stage.