Bondada Engineering Limited
Order Details
Battery Energy Storage System (BESS) Projects
- Entity: Bondada Renewable Energy Private Limited (subsidiary)
- Project: Setting up of Battery Energy Storage System (BESS) projects
- Capacity: 200 MW / 400 MWh
- Location: State of Tamil Nadu
Telecom Infrastructure Order
- Entity: Bondada Green Engineering Private Limited (subsidiary)
- Project: Supply of BSNL Towers
- Quantity: 100 towers
- Locations: Udaipur and Ahmedabad
Financial and Operational Impact
- Total Order Value: ₹513,93,93,532 (Rupees Five Hundred and Thirteen Crores Ninety-Three Lakhs Ninety-Three Thousand Five Hundred and Thirty-Two Only), inclusive of taxes
- Order Book Impact: Strengthens the Group Company's consolidated order book to approximately ₹10,023 crore
- Execution Timeline: Projects scheduled to be completed/delivered during financial year 2026-27
- Business Segments: Enhances revenue visibility across key business segments including Renewable Energy, BESS, and Telecom Infrastructure
Regulatory Disclosure Requirements
| Point | Requirement | Disclosure |
| 2-3 | Nature of orders | Setting up of BESS projects aggregating to 200 MW / 400 MWh and supply of 100 BSNL Towers |
| 5 | Domestic/International | Domestic Entities |
| 6 | Execution Timeframe | Financial year 2026-27 |
| 7 | Order Size | ₹513,93,93,532 (inclusive of taxes) |
| 8 | Promoter Interest | Yes |
| 9 | Related Party Transaction | Yes |
Strategic Significance
The new BESS orders strengthen Bondada's presence in the fast-growing energy storage segment and complement the company's established capabilities in Solar EPC and Renewable Energy. The telecom tower order reinforces the company's established presence in the Telecom Infrastructure segment, demonstrating continued demand for integrated infrastructure solutions.
Company Focus
The company remains focused on timely execution of its growing order book while expanding capabilities across Renewable Energy, BESS, and Telecom Infrastructure, creating a diversified and sustainable growth platform.