Bharat Heavy Electricals Limited (BHEL) has secured an order from NTPC for a thermal power project in Telangana valued at Rs13,500 crore, equivalent to Rs135 billion (bn). The company said the award represents a substantial contract that will add to its existing order book and strengthen its presence in the power equipment sector. The announcement was made through a corporate release and did not provide detailed timelines for execution. The award is expected to provide sustained workload for its manufacturing operations.

BHEL said the order will underpin manufacturing activity across its facilities and support its supply chain. The firm indicated that the contract aligns with its strategic focus on delivering large scale power projects and onshore engineering capabilities. Industry analysts noted that such orders typically improve revenue visibility for several years, though the company did not disclose project phasing. The arrangement is anticipated to support supplier engagement and local industry participation.

The contract with NTPC is among recent awards that have reinforced BHEL's role in India's thermal power segment and in regional infrastructure development. The company said it will deploy resources and coordinate with vendors to meet project requirements while observing regulatory and environmental norms applicable to thermal projects. BHEL stressed that adherence to engineering standards and project management practices will be central to execution. Project execution will require coordination across engineering, procurement and logistics functions.

Market participants will watch for further updates on scope, milestones and commissioning schedules as the project progresses. BHEL said it intends to communicate material developments through regulatory filings and investor communications in due course. The order is expected to contribute to the firm's medium term outlook and to provide operational activity for its manufacturing and service divisions. Investors and stakeholders will seek clarity on cash flow implications as work advances.