Transformers (Hazardous Area)

Our Transformers (Hazardous) are specifically designed to provide reliable power solutions in environments where safety is critical. These transformers are engineered for high-risk locations such as oil refineries, chemical plants, and power stations, where they must withstand hazardous conditions and meet stringent safety requirements. Manufactured according to international standards (IEC, IEEE, etc.), the transformers ensure consistent performance and long-term reliability even in the most challenging environments.

Industry Sectors:

• Oil and Gas
  Reliable power supply in hazardous environments, including oil refineries and offshore platforms.
• Chemical Plants
  Designed to operate safely in corrosive and flammable environments, ensuring secure energy distribution.
• Power Stations
  Providing safe and reliable energy for high-risk power stations and large-scale energy infrastructure.
• Industrial and Mining
  Suitable for use in heavy industrial applications and mining operations where explosive atmospheres may exist.

Key Features:

• Hazardous Location Design:
  CELME transformers are equipped with advanced safety features to handle extreme conditions, ensuring continuous power supply even in hazardous settings.
• Compliance with International Standards:
  These transformers are manufactured in accordance with IEC and IEEE standards, guaranteeing the highest levels of safety and reliability in hazardous locations.
• Tailored Technical Specifications:
  CELME power transformers for hazardous environments come with a wide range of power, voltage, and regulation options, starting from 5 mVA and 72.5 kV and above.
• High-Performance Capability:
  With a production capacity of up to 800 kV voltage level and up to 1000 MVA, CELME transformers deliver reliable performance even in the most demanding environments.
• R&D Excellence:
  CELME is committed to innovation and excellence, as demonstrated by their cutting-edge R&D efforts, including the development of 125 MVA power transformer prototypes tested for short circuit mechanical strength.