33KV To 400V Step Down Distribution Transformer

Phase
Three-phase
Brand
ChangHe
Standards
IEC; ANSI, IEEE, AS, etc.
Rated capacity
5000kVA
Frequency
50/ 60Hz
Rated voltage
33kv-400v

 

Description

Description of 33KV To 400V Step Down Distribution Transformer

Tailored to bridge the gap between high-voltage transmission and end-user needs, the 33KV to 400V step-down distribution transformer is engineered for seamless, efficient voltage conversion. It takes 33kV high-voltage power from regional transmission grids and reliably steps it down to a practical 400V low voltage—an accessible standard ideal for supplying residential complexes, commercial properties, office buildings, and small-to-medium industrial facilities.
 
More than just a voltage converter, this transformer serves as the critical backbone of modern power distribution networks. It ensures the electricity reaching consumers is not only stable and consistent but also safe for daily use, powering everything from household appliances and commercial lighting to essential business equipment. By optimizing energy transfer with minimal loss, it supports reliable day-to-day operations for homes and businesses alike, solidifying its role as an indispensable component in delivering uninterrupted power to communities.

Parameter of 33KV To 400V Step Down Distribution Transformer

Input Voltage

33KV

Output Voltage

400V

Frequency

50Hz/60Hz

Power Rating

Customizable based on customer requirements

– Made with high quality materials for durability and safety

– Efficient design for minimal energy loss during voltage conversion

– Easy installation and maintenance for convenience

– Can be customized to meet specific power distribution needs

Applications of 33KV To 400V Step Down Distribution Transformer

Designed for seamless integration into power distribution networks, the 33KV to 400V step-down distribution transformer serves as a critical energy bridge—converting high-voltage grid power into stable, usable low-voltage electricity that fuels daily operations across key sectors.
 
Its versatility shines in real-world scenarios:
 
  • Industrial Facilities: Powers production lines, heavy machinery, and manufacturing equipment, delivering consistent voltage to support uninterrupted workflow and operational efficiency.
  • Healthcare Institutions: Ensures reliable energy for hospitals and clinics, where life-saving devices (e.g., MRI machines, ventilators) and patient care systems demand zero power disruptions.
  • Educational Campuses: Supplies electricity to schools, colleges, and universities—supporting classrooms, science labs, administrative offices, and campus infrastructure.
  • Commercial Complexes: Energizes shopping malls, retail centers, and business hubs, meeting demands for lighting, HVAC systems, tenant operations, and customer-facing amenities.
  • Residential Communities: Delivers safe, low-voltage power to apartment buildings, housing estates, and individual homes, fulfilling daily needs from household appliances to smart home systems.
 
More than just a voltage converter, this transformer is a cornerstone of modern power infrastructure. It underpins the reliability and stability of electricity delivery that communities, businesses, and public services depend on—making it an indispensable solution for meeting the dynamic energy demands of contemporary society.