Austria-based technology group ANDRITZ has been awarded an order by Adani Green Energy Limited (AGEL) to supply key equipment for the 1,800 MW Gandikota pumped storage project in Andhra Pradesh, India. The contract includes reversible pump turbines, motor-generators, and associated electromechanical systems. ANDRITZ’s third collaboration with AGEL follows previous orders for the 500 MW Chitravathi PSP in 2023 and the 1,500 MW Tarali PSP in Maharashtra earlier this year. The project is expected to play a significant role in grid balancing and energy security. ANDRITZ is currently implementing five new pumped storage plants across India.
The announcement that ANDRITZ has secured the Rs 1,800 MW Gandikota Pumped Storage Project (PSP) in Andhra Pradesh comes at a time when India is accelerating its clean energy transition. With the government setting ambitious goals of achieving 500 GW of renewable capacity by 2030, the Gandikota PSP will stand out as a flagship project demonstrating how advanced hydro technologies can support the stability and reliability of the grid. Unlike conventional energy projects that simply generate electricity, pumped storage plants serve as large-scale energy reservoirs, absorbing excess energy generated from solar and wind projects and releasing it during times of high demand.
Understanding the Gandikota PSP Project
This unique ability to balance the grid makes Gandikota not just a power plant, but a backbone for the renewable revolution. Located in the state of Andhra Pradesh, the Gandikota PSP will be one of the largest pumped storage facilities in the country once operational. Its 1,800 MW capacity will allow it to store clean energy generated during off-peak hours and discharge it when the grid requires additional power. This is particularly critical because renewable energy sources such as solar and wind are inherently intermittent solar power peaks during the day while demand often rises in the evening. With pumped storage, that gap is effectively bridged. The project’s importance can be compared.
To other large-scale energy infrastructure works such as the long-standing Koyna PSP in Maharashtra, which has been stabilizing Maharashtra’s grid for decades For decades, ANDRITZ has been a leader in hydro and renewable power technologies, providing state-of-the-art turbine systems, control systems, and electromechanical equipment for large projects worldwide. The award of the Gandikota PSP reflects both the global trust in the company’s expertise and India’s willingness to partner with international leaders to fast-track its clean energy vision. This project adds to the list of global contracts where ANDRITZ has deployed innovative hydro-mechanical solutions.
Pumped Storage The Silent Hero of Clean Energy
For readers following industrial deals, this achievement mirrors other transformative developments such as (Off Highway) highlighting how multinational expertise is increasingly shaping India’s future infrastructure. While solar and wind projects often make headlines, pumped storage is the less glamorous but absolutely essential technology keeping renewable grids alive. Without PSPs, excess solar power generated at noon could go wasted and evening demand peaks would force reliance on coal or gas plants. The Gandikota PSP ensures that the clean power produced in Andhra Pradesh and nearby regions will be stored efficiently and used when it is needed most.
Globally, countries like China and the US are investing heavily in pumped storage, and India’s adoption of similar strategies signals its seriousness about long-term sustainability. Readers can explore more about global renewable policies on or through (NITI Aayog’s) Andhra Pradesh has been steadily climbing as one of India’s renewable power hubs, with massive solar parks and wind installations. The Gandikota project will add a strategic layer to this progress, ensuring that the renewable energy generated in the state finds effective integration into the national grid. The project is also expected to create jobs, improve infrastructure, and contribute to local development.
How the Project Fits Into India’s 2030 Vision
Similar to how opened new opportunities for regional connectivity, the Gandikota PSP will create opportunities for energy-linked industries and attract further investments in green technology. India’s 2030 renewable energy roadmap emphasizes not just the expansion of solar and wind capacity but also the integration of these sources into a reliable system. This means grid balancing technologies like PSPs are no longer optional but critical. The Gandikota PSP’s 1,800 MW capacity represents a huge leap in this direction. Projects like this align with national efforts such as the National Hydrogen Mission and recent infrastructure expansions including which together
Reflect a coordinated approach to sustainable development. While metro rail improves green transport, PSPs stabilize green power both vital to lowering emissions and reducing dependence on fossil fuels. India already has a few operational pumped storage plants, such as the Kadamparai PSP in Tamil Nadu and the Koyna PSP in Maharashtra, but demand for grid stability has outpaced existing capacities. The Gandikota PSP will be among the largest in South India and will set a benchmark for future projects. What makes it unique is its location in Andhra Pradesh, where abundant renewable generation potential exists. By coupling PSP with solar and wind.
Economic and Strategic Benefits
The state is positioning itself as a renewable powerhouse. This can be contrasted with northern developments such as the Rihand Pumped Storage proposal in Uttar Pradesh, which is still in early stages Beyond renewable integration, the Gandikota PSP will have wide-ranging economic benefits. By reducing the reliance on imported fossil fuels, India can cut down its energy import bills significantly. At the same time, the construction phase will generate thousands of jobs, while the operational phase will support skilled employment in grid management and renewable operations which strengthened domestic manufacturing, the Gandikota PSP strengthens domestic energy resilience
The Gandikota PSP highlights how India is approaching renewable energy not as an isolated sector but as a holistic ecosystem. Solar and wind produce energy, storage like PSP ensures balance, infrastructure like metro and airports improve efficiency, and acquisitions in energy technology strengthen the supply chain. As India inches closer to its 2030 and 2070 climate goals, projects like this will be remembered as turning points. They symbolize not just megawatts added to the grid but also the maturity of India’s approach to renewable energy The awarding of the Rs 1,800 MW Gandikota Pumped Storage Project to ANDRITZ is more than a corporate contract it is a strategic.
Intervention in India’s energy journey. By integrating global expertise with national ambition, the project will set new benchmarks for renewable storage, grid reliability, and sustainable growth. Just as airports, metros, and industrial acquisitions are shaping India’s future, so too are energy projects like Gandikota that quietly power the nation’s progress. It stands as proof that India’s renewable future is not just about producing energy but about storing, balancing, and delivering it reliably to every corner of the country.
Q1 What is the Gandikota PSP project awarded to ANDRITZ?
The Gandikota Pumped Storage Project (PSP) is a large renewable energy initiative of 1,800 MW capacity, enhancing India’s green power grid stability.
Q2 Where is the Gandikota PSP located?
The project is located in Andhra Pradesh, India, known for its growing renewable energy potential.
Q3 Why is the PSP technology important?
Pumped Storage helps store surplus renewable energy and release it during peak demand, ensuring grid reliability.
Q4 Who is the main contractor for this project?
ANDRITZ, a global supplier of hydro and renewable energy technology, is the key contractor.
Q5 How does the project benefit India?
It supports India’s renewable energy goals, reduces dependency on fossil fuels, and enhances energy security.
