KEC International has commissioned a 1,200 Megawatt (MW) power pooling substation at Khavda Renewable Park to support large scale renewable energy evacuation and grid stability. The facility forms part of ongoing efforts to integrate variable renewable generation into regional transmission networks and is intended to streamline power pooling from multiple generating sources. KEC International executed the project under an engineering, procurement and construction contract and completed testing and commissioning in coordination with system operators. Project delivery followed standard safety and quality protocols during construction and energisation. The substation includes high-voltage switchgear, transformers and control and protection systems designed to handle peak flows and facilitate grid balancing. A supervisory control and data acquisition system enables remote operation and monitoring while auxiliary systems provide operational resilience. Design and construction emphasised modularity and maintainability to reduce outage durations and support rapid ramping of renewable output. Operational testing established functional interfaces with regional control centres and validated protection schemes. By enabling aggregated dispatch of generation, the installation is expected to reduce curtailment and enhance utilisation of renewable capacity in the park. Developers and utilities are anticipated to benefit from improved transmission access and predictable evacuation arrangements. The project is described as contributing to national and regional renewable integration objectives and to the stability of the wider grid. Improved evacuation capacity is anticipated to support investment confidence among developers and to lower integration risk. KEC International said the project builds on its experience in power transmission and substation delivery across domestic and international markets. The company indicated that similar schemes may be advanced to support expanding renewable clusters and to meet rising demand for firm grid connections. Stakeholders will continue coordination to ensure commercial and technical integration as upcoming renewable capacity synchronises with transmission infrastructure. The company will monitor performance and provide maintenance support as the installation enters commercial operation.