Transmission & DistributionIPM · Central Project#611656

Transmission scheme for evacuation of 4.5GW RE injection at Khavda PS under Phase II- Part B

Ministry of PowerGujaratData: 2025-10

Revised Cost: ₹1167 CrUtilization: 98.3%

Original Cost

₹1168 Cr

Baseline estimate

On Budget

Revised Cost

₹1167 Cr

Latest approved cost

Expenditure

₹1148 Cr

Spent to date

Utilization

98.3%

Of revised budget

Stable

Cost Status

On Budget

No escalation

Remaining

₹19 Cr

Budget left

Budget Utilization

98.3%

0%25%50%75%100%

Spent

₹1148 Cr

Remaining

₹19 Cr

Total

₹1167 Cr

Budget Split

SpentRemaining

Project Timeline

Project Approved

Construction / Implementation

Original End Date

31/03/2025

Revised Completion

30/11/2025

Completed

Project Details

Project Code611656

SectorTransmission & Distribution

MinistryMinistry of Power

StateGujarat

Data Month2025-10

Financial & Timeline

Original Cost₹1168 Cr

Revised Cost₹1167 Cr

Expenditure₹1148 Cr

Original End Date31/03/2025

Revised Date30/11/2025

Project Intelligence

Project is within original budget of ₹1168 Cr — no cost escalation recorded.

Expenditure stands at ₹1148 Cr, which is 98.3% of the revised project cost.

Remaining budget: ₹19 Cr. Project is tracked under the DPIIT Investment Project Monitoring system.

Sector: Transmission & Distribution. Ministry: Ministry of Power.

Frequently Asked Questions

What is IPM project "Transmission scheme for evacuation of 4.5GW RE injection at Khavda PS under Phas"?: Transmission scheme for evacuation of 4.5GW RE injection at Khavda PS under Phase II- Part B is a centrally-funded infrastructure project under the Ministry of Power, tracked through the Investment Project Monitoring (IPM) system. Sector: Transmission & Distribution. State: Gujarat. Original cost: ₹1168 Cr.
What is the cost overrun for this Bihar IPM project?: The original cost was ₹1168 Cr and has been revised to ₹1167 Cr — a cost overrun of -0.1%. Expenditure to date: ₹1148 Cr (98.3% of revised cost). Data as of 2025-10.
Which ministry is responsible for this project?: Transmission scheme for evacuation of 4.5GW RE injection at is under the Ministry of Power in the Transmission & Distribution sector. Project code: 611656. Bihar is one of the states tracked under the central IPM dashboard for this project.
What is the IPM dashboard and what does it track?: The Investment Project Monitoring (IPM) dashboard, maintained by DPIIT (Department for Promotion of Industry and Internal Trade), tracks centrally-funded infrastructure projects worth ₹150 Crore and above. Transmission scheme for evacuation of 4.5GW RE injection at is one of several Bihar projects tracked under the Transmission & Distribution sector on the IPM system.

Frequently Asked Questions

What is IPM project "Transmission scheme for evacuation of 4.5GW RE injection at Khavda PS under Phas"?

Transmission scheme for evacuation of 4.5GW RE injection at Khavda PS under Phase II- Part B is a centrally-funded infrastructure project under the Ministry of Power, tracked through the Investment Project Monitoring (IPM) system. Sector: Transmission & Distribution. State: Gujarat. Original cost: ₹1168 Cr.

What is the cost overrun for this Bihar IPM project?

The original cost was ₹1168 Cr and has been revised to ₹1167 Cr — a cost overrun of -0.1%. Expenditure to date: ₹1148 Cr (98.3% of revised cost). Data as of 2025-10.

Which ministry is responsible for this project?

Transmission scheme for evacuation of 4.5GW RE injection at is under the Ministry of Power in the Transmission & Distribution sector. Project code: 611656. Bihar is one of the states tracked under the central IPM dashboard for this project.

What is the IPM dashboard and what does it track?

The Investment Project Monitoring (IPM) dashboard, maintained by DPIIT (Department for Promotion of Industry and Internal Trade), tracks centrally-funded infrastructure projects worth ₹150 Crore and above. Transmission scheme for evacuation of 4.5GW RE injection at is one of several Bihar projects tracked under the Transmission & Distribution sector on the IPM system.