Published On:November 24 2025
Story Viewed 360 Times
Mehru Electrical and Mechanical Engineers Secures Order from Power Grid.
MEHRU Electrical and Mechanical Engineers Private Limited (MEHRU), a material subsidiary of Quality Power Electrical Equipments Limited (QPEEL), has won a major order valued at approximately ₹26 crore — its largest single order to date — for the supply of 400kV and 220kV Oil-Cooled Current Transformers (CTs).
The order from Powergrid Corporation of India Ltd reinforces MEHRU’s leadership in the high-voltage instrument transformer segment, particularly in the 132kV to 500kV range. The scope includes the manufacturing and delivery of oil-cooled instrument transformers, critical components in high-voltage substation applications, strengthening the company’s presence in India’s transmission infrastructure market.
Sanjog Mhatre, Chief Business Officer of QPEEL, said, “This is the single largest order for our instrument transformer product line and marks an important milestone, demonstrating the growing strength of our group companies across the power transmission value chain. With increasing investments in transmission capacity and renewable energy integration, we anticipate sustained opportunities across high-voltage components, including instrument transformers, reactors, and power quality systems.”
The order is scheduled to be executed over a 12-month timeline, with revenue recognition expected to start from Q4 FY 2025-26. MEHRU will fulfill the order through its existing manufacturing facility in Bhiwadi (National Capital Region), showcasing its operational scalability and supporting QPEEL’s financial visibility for the coming fiscal period.
The order aligns with QPEEL’s strategy to expand its domestic market presence while leveraging synergies across its subsidiaries. MEHRU’s continued success in securing high-value contracts underscores the Group’s growing strength in the transmission equipment sector and supports its broader growth trajectory as India accelerates grid expansion and renewable energy integration.