The increased need for integrating large-scale renewables into the grid has resulted in significantly more high-voltage direct current (HVDC) and flexible alternating current transmission system (FACTS) projects globally. Such projects are critical to reduce the grid connection queue.  However, securing specialized grid engineering skills in this area is challenging for OEMs and utilities. With our multi-disciplinary, traditional grid engineering expertise and talented pool of expert engineers, Quest Global is helping our clients bridge this gap.

Lack of standardization, interoperability, and skill gaps are hurdles that prevent OEMs from improving the resilience and security of their grid management platforms. Quest Global can be your most trusted partner for stabilizing and enhancing your grid management platform. We specialize in sustaining and enhancing our customers' grid management platforms such as AEMS, ADMS, WAMS, SAS, etc. We seamlessly migrate these applications to help our customers harness the benefits of digital and other pervasive technologies.

We also partner with OEMs to build next-gen integrated platforms that combine information technology (IT) and operation technology (OT).

Substations are critical components of the electrical grid infrastructure. They connect the high-voltage transmission system and the medium/low-voltage distribution system. However, technological obsolescence, aging infrastructure, grid resilience, and skilled labor shortages often pose a hurdle in substation engineering. 

Modern digital substations, based on the IEC61850 standard, seamlessly integrate various intelligent devices to improve performance and efficiency. As a preferred partner to leaders in the substation engineering space, Quest Global provides the specialized skills and expertise required to design, engineer, and implement digital substations. 

We help customers with greenfield and brownfield substation projects, and modernize their grid by retrofitting, upgrading, and expanding their existing substations.