HICO is committed to providing your business with power transformers of unparalleled quality, performance, and design. We’ll work together to understand your energy needs and budget requirements to develop and implement an energy solution that propels your business into the future.
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HICO America offers a variety of transformers with a maximum voltage of 765 kV and a maximum capacity of 2000 MVA. Our power transformers are designed to withstand all environmental hazards.
From design to assembly, testing and installation, our customer’s requirements are our minimum standards.
HICO transformers, rated up to 2000MVA and 765kV, feature deenergize or on-load tap changers to adapt to diverse network conditions. Our customized solutions ensure safe, reliable power for your facilities and employees.
We prioritize safety at every stage of design and installation, eliminating potential hazards to protect your employees and infrastructure. Our experienced supervisors provide on-site support to ensure a secure and efficient installation process.
Our transformers are smart grid enabled, integrating over 20 years of expertise in design, manufacture, and maintenance with advanced real-time diagnostic systems. We lead in green technology with eco-friendly, low-noise solutions. Comprehensive online condition monitoring ensures superior tracking.
Our fully automated production maximizes efficiency, consistency, and total quality. We provide professional transportation, installation, and competitive lead times.
Every HICO power transformer is engineered, designed and tested by our world-class engineers.
At HICO America, we are dedicated to delivering power transformers characterized by exceptional quality, performance, and design. Our design process incorporates advanced engineering practices to ensure that our transformers meet stringent industry standards.
Our power transformers are designed to deliver exceptional performance in demanding electrical systems. Transient Analysis is essential for ensuring the reliability of the system by evaluating the efficiency of power distribution and the performance of the impulse generator during transient conditions.
Electromagnetic calculations are conducted to determine the transformer's impedance, losses, and short-circuit forces.
Thermal design programs are used to understand and model thermal behavior of Transformers. They also calculate temperature rises of all parts of the Transformer.
Structural analysis is performed to ensure the safe operation of the transformer and its ability to withstand short-circuit and seismic forces.
Three Penn Center Blvd Suite 300,
Pittsburgh, PA 15276
