Transformateur sec à résine coulée triphasé 6 kV / 10 kV

Détails du produit

This 6KV/10KV three-phase cast resin dry-type transformer is a high-performance environmental protection power device designed for modern power distribution systems. It utilizes high-purity epoxy resin for integral vacuum encapsulation of internal windings and core structures, replacing the traditional liquid insulation and cooling mode of oil-filled transformers. The optimized cast resin molding process enables the transformer to achieve excellent insulation performance, structural stability and environmental adaptability, solving multiple pain points of conventional oil-immersed transformers in safety, maintenance and environmental protection.

Compared with traditional oil-filled transformers, our epoxy cast resin dry-type transformer boasts comprehensive technological and functional advantages, making it a premium choice for global power engineering projects:

1.Superior Operational Safety

Without any insulating oil or flammable liquid medium inside the equipment, this dry-type transformer completely avoids potential safety hazards such as oil leakage, fire ignition and explosion accidents that commonly exist in oil-filled transformers. It features high fire resistance and flame retardancy, ensuring safe and stable long-term operation in densely populated areas, indoor power rooms, high-rise buildings and flammable and explosive industrial scenarios, with ultra-low operational risk.

2.Eco-Friendly & Pollution-Free

Adopting full dry-type design without any liquid medium, the transformer has no risk of oil leakage, soil or water pollution. The epoxy resin encapsulation material is non-toxic, corrosion-resistant and aging-resistant, producing no harmful substances during operation. It fully complies with international environmental protection standards and green engineering construction requirements, being an ideal green power equipment for sustainable power system construction.

3.Ultra-Low Maintenance & Long Service Life

Thanks to the fully sealed cast resin structure, the internal windings and core are completely isolated from external air, dust and moisture, effectively preventing oxidation, corrosion and insulation aging. There is no need for regular oil detection, oil replacement, cleaning and other complicated maintenance work required by oil-filled transformers. The equipment features stable performance and ultra-long service life, greatly reducing later-stage maintenance labor costs and equipment downtime losses for users.

4.High Energy Efficiency & Cost Saving

Optimized electromagnetic structure design and high-quality raw materials endow the transformer with extremely low no-load loss and load loss, achieving excellent energy-saving performance and high power conversion efficiency. Long-term operation can effectively reduce power consumption and operational electricity costs, bringing stable economic benefits for industrial production and power distribution projects.

5.Wide Application Range & Custom Capacity

This 6KV/10KV three-phase cast resin dry-type transformer is widely applicable to diverse scenarios including urban and rural power grid distribution, power generation supporting projects, industrial manufacturing workshops, commercial buildings, medical institutions, transportation hubs and new energy power systems. To adapt to different project demands, the transformer supports flexible capacity customization, with a coverage range from several KVA to multiple MVA, which can perfectly match the power supply needs of small, medium and large-scale power engineering projects.

Customer Feedback

Our customers value the Transformateur sec à résine coulée triphasé 6 kV / 10 kV for its stable performance, safe operation, and reliable quality in long-term power distribution projects. Many users choose this transformer for indoor installations because of its oil-free structure, low maintenance requirements, and strong insulation performance.

6KV / 10KV Dry Type Transformer Common Uses

A 6KV / 10KV dry type transformer is commonly used in medium-voltage power distribution systems where safety and reliability are priorities. It is suitable for industrial plants, commercial complexes, office buildings, residential communities, power stations, mining facilities, and transportation infrastructure.

In industrial applications, it can supply stable power to motors, control systems, production machinery, and automation equipment. For commercial buildings, it is often installed in electrical rooms to support lighting, elevators, air conditioning, and general power distribution.

Because of its fire-resistant and low-maintenance features, the 3 phase dry type transformer is also widely used in places with high safety requirements, such as hospitals, schools, airports, metro stations, data centers, and public service facilities.

For renewable energy projects, such as solar and wind power systems, dry type transformers can also be used in power conversion and grid connection applications, especially where indoor or containerized installation is required.

Why Choose Cast Resin Dry Type Transformer?

The Cast Resin Dry Type Transformer is a preferred solution for many modern power distribution projects because it combines safety, durability, and efficiency. Its epoxy resin insulation helps protect the windings from moisture and contamination, while the dry-type design eliminates the environmental risks associated with transformer oil.

For projects requiring indoor installation, reduced maintenance, and strong fire safety performance, a dry type cast resin transformer is often a practical and cost-effective choice. It is especially suitable for buildings and facilities where reliable electrical performance and safe operation are equally important.

Whether used in industrial production, infrastructure construction, or commercial power systems, the Transformateur sec à résine coulée triphasé 6 kV / 10 kV provides stable voltage transformation and long service life for medium-voltage applications.

Lecture d'ingénierie connexe

Dry Type Transformer EPC Buying Guide · Oil Immersed vs Dry Type Transformer

Pour une revue d'ingénierie, contacter Shenheng Power avec le schéma unifilaire approuvé, les conditions du site, les normes requises et les exigences de livraison.

FAQs

Quelle est la différence entre un transformateur sec et un transformateur à résine coulée ?

Un transformateur sec n'utilise pas d'huile isolante pour le refroidissement ou l'isolation. Un transformateur à résine coulée est un type de transformateur sec, où les enroulements sont encapsulés dans de la résine époxy pour une meilleure protection et de meilleures performances d'isolation.

Qu'est-ce qu'un transformateur sec à résine coulée ?

Un transformateur de puissance sec à résine coulée est un transformateur dont les enroulements sont scellés dans de la résine époxy. Il est sans huile, résistant au feu, résistant à l'humidité et adapté aux applications de distribution d'énergie en intérieur.

À quoi sert un transformateur en résine coulée ?

Un transformateur en résine coulée est utilisé pour augmenter ou abaisser la tension dans les réseaux de distribution d'énergie. Il est couramment utilisé dans les usines, les bâtiments, les hôpitaux, les centres de données, les aéroports, les réseaux ferroviaires et les projets d'énergies renouvelables.

Quels sont les 4 types de transformateurs ?

Les types courants de transformateurs incluent les transformateurs de puissance, les transformateurs de distribution, les transformateurs secs et les transformateurs immergés dans l'huile. Ils sont sélectionnés en fonction du niveau de tension, de l'environnement d'installation et des exigences d'application.

Qu'est-ce qu'un transformateur sec ?

Un transformateur de type sec est un transformateur qui utilise l'air ou un isolant solide au lieu d'huile isolante. Il est plus sûr pour une installation intérieure et nécessite moins d'entretien que les transformateurs remplis d'huile.

La résine coulée est-elle utilisée pour quoi?

Cast resin is used to insulate and protect transformer windings. It helps improve moisture resistance, mechanical strength, electrical insulation, and fire safety performance.