Hydropower Market to Surpass USD 406.60 Bn by 2033

The Hydropower Market, estimated at USD 279.51 Bn in 2026, is expected to exhibit a CAGR of 5.5% and reach USD 406.60 Bn by 2033.

The Energy sector continues to be a key driver of global growth, as organizations accelerate the transition to sustainable practices and invest in advanced technologies. Breakthroughs in renewable energy, smart grids, and storage solutions are reshaping industries, enhancing efficiency, and opening new opportunities for innovation and collaboration.

Global hydropower market growth is driven by increasing investments in hydropower projects and growing demand for renewable energy sources. Major players in the market and governments across the globe are investing heavily in hydropower projects to add new capacities. For instance, China invested over USD 25 billion in hydropower projects in 2020 to meet its renewable energy targets. There has been rising demand for clean and renewable energy due to rising environmental concerns. Hydropower being a renewable source of energy with almost zero carbon emissions is gaining popularity. Changing consumption patterns along with technological advancements in hydropower equipment are expected to present significant opportunities for the market growth over the forecast period.

Global Hydropower Market Driver

• Increasing demand for renewable energy sources

Growing concerns over climate change and environmental degradation have increased the global demand for renewable and clean sources of energy. Hydropower, being one of the most established and predominant renewable energy sources, generates electricity from water, and is considered one of the cleaner sources of energy. With the rise in global energy consumption, many countries are investing heavily in developing new hydropower projects to meet their increasing electricity needs through renewable sources and reduce carbon emissions.

• Favorable government policies and incentives

Several governments around the world have introduced supportive policies and incentives to promote the growth of hydropower sector. This includes tax rebates, renewable portfolio standards, feed-in-tariffs and research funding. For instance, China has set a target of achieving over 350GW of hydropower capacity by 2030. The European Union also has an objective of generating at least 32% of its total energy from renewable sources by 2030. Countries like Brazil, Canada and Russia are offering various financial incentives to attract private investments in building new large and small-scale hydropower plants. Such favorable regulations boosts widespread adoption of hydropower technology.

Global Hydropower Market - Restraints

• High initial investment costs

Setting up hydropower projects requires massive capital investments due to the expenses involved in activities like land acquisition, construction of dams, tunnels, power stations and transmission lines. The construction of large-scale hydroelectric power plants often stretches over several years and entails costs running into billions of dollars. This high upfront cost poses a significant challenge for potential investors and limits the growth potential of the hydropower market.

• Environmental and social impacts

While hydropower produces no direct emissions, large dams built for hydropower generation can cause displacement of local communities and significant environmental damage. It disrupts natural river flows and habitats. Other issues include loss of agricultural land and erosion due to submergence. Compliance with stringent environmental regulations also inflates project costs. Growing environmental concerns and opposition from local residents have delayed several proposed hydropower projects.

Global Hydropower Market – Opportunities

• Increasing investments in small hydro plants

With reducing costs of renewable energy production and availability of suitable sites, investments in small hydropower plants (<25MW capacity) are gaining momentum globally. SHP projects require lower capital and shorter construction periods. Several developing nations are actively supporting construction of run-of-river and reservoir-based miniature hydropower facilities to electrify remote villages.

For instance, in March 2026, the Government of India approved the Small Hydro Power Development Scheme for FY 2026–27 to FY 2030–31, with a financial outlay of approximately ₹2,584.6 crore. The scheme aims to support around 1,500 MW of new small hydropower capacity from projects ranging between 1 MW and 25 MW. It provides central financial assistance, particularly for projects in hilly and northeastern states, and supports detailed project reports for at least 200 future projects. This initiative demonstrates rising public investment in decentralized, low-impact hydropower infrastructure. (Source: mnre.gov.in)

• Advancements in turbine technologies

Ongoing research and development in hydro turbines and power generation equipment have improved both efficiency and environmental performance of hydropower plants. Emergence of new turbine designs like bulb turbines and Kaplan turbines that can harness energy even from low-head sites is encouraging ‘run-of-river’ projects. Pumped-storage hydro utilizes off-peak electricity to pump water uphill to dams for power generation during peak hours. It store renewable energy and ensure reliable base load power supply. Continuous technology enhancements are likely to drive the market growth.

For instance, in June 2026, Voith announced the modernization of two additional pump-turbines at Iberdrola’s Torrejón pumped-storage hydropower plant in Spain. Each unit will provide 32.5 MW in turbine mode and 43 MW in pumping mode. The upgraded units will use variable-speed technology, enabling greater operational flexibility, improved controllability, and higher efficiency compared with conventional constant-speed systems. The technology will allow the plant to respond more effectively to power-grid fluctuations, supporting renewable-energy integration and strengthening pumped-storage hydropower’s role in grid stabilization. (Source: Voith)

*Link: https://www.coherentmarketinsights.com/market-insight/hydropower-market-5135

Key Developments

• In July 2026, ANDRITZ, an Austrian international engineering and technology group secured a contract from Électricité de France to supply a 17 MW variable-speed pump turbine and associated equipment for the Vouglans/Saut-Mortier pumped-storage modernization project in France. The upgrade will raise total plant output by about 80–85 MW and expand energy-storage capacity from 50 GWh to 250 GWh. Scheduled through 2031, the project will improve grid stability and support greater renewable-energy integration across the French power system. (Source: ANDRITZ)
• In March 2026, the U.S. Department of Energy announced new initiatives to strengthen hydropower innovation and workforce development. Applications opened for the 2026–2027 Hydropower and Marine Energy Collegiate Competitions, offering students practical experience in water-power system design. DOE also launched the second round of the Hydropower Testing Network, connecting technology developers with specialized U.S. testing facilities to validate emerging solutions and accelerate commercial deployment across the hydropower sector in America. (Source: U.S. Department of Energy)
• In January 2026, RheEnergise announced that its first High-Density Hydro energy-storage project in Devon, U.K., had achieved full power. The innovative system uses a proprietary fluid that is denser than water, allowing pumped-storage hydropower to operate on lower slopes than conventional projects. Successful demonstration of the technology supports its planned commercialization in projects ranging from 10 MW to 100 MW, with storage durations of six to 20 hours. (Source: RheEnergise)

Key Players

Siemens Energy, General Electric (GE), Voith GmbH & Co. KGaA, TOSHIBA CORPORATION, FLOVEL Energy Private Limited, ANDRITZ, Natel Energy, Gilkes, Bharat Heavy Electricals Limited, SNC-Lavalin Group, Kolektor, Mavel, a.s., Canyon Hydro, China Three Gorges, Alfa Laval, Hydro-Quebec, ABB, Engie