In 2006, renewable energy still looked expensive, uncertain and commercially immature.
Solar power cost far more than it does today.
Battery storage was nowhere near ready for grid-scale deployment.
Offshore wind was still developing.
Green hydrogen remained largely a future concept.
Yet Abu Dhabi made a long-term bet.
It established Masdar, the Abu Dhabi Future Energy Company, with the objective of building expertise in clean energy before the transition became mainstream.
Twenty years later, that early experiment has evolved into one of the world’s largest renewable-energy platforms.
Masdar’s total portfolio reached approximately 66.5 gigawatts by the end of 2025.
Its projects span more than 40 countries across six continents.
It has invested tens of billions of dollars.
It owns solar and wind assets across Europe, Asia, the Middle East and the Americas.
And it is now developing one of the world’s most ambitious combinations of solar generation and battery storage: a 5.2GW photovoltaic plant combined with 19GWh of batteries designed to provide up to 1GW of clean electricity continuously, day and night.
Masdar’s story therefore goes beyond renewable energy.
It demonstrates how Abu Dhabi is attempting to use its experience as a major energy producer to build a second global energy business around the technologies expected to dominate the coming decades.
Masdar Was Established Before Renewables Became Obvious
Masdar was created in 2006.
At the time, investing heavily in renewable energy from one of the world’s largest hydrocarbon-producing regions appeared unusual.
Abu Dhabi already possessed enormous oil and gas resources.
It did not need renewable energy because conventional energy had disappeared.
The strategic logic was different.
Energy systems change slowly.
Building expertise after a transition has already happened is much harder than developing it decades earlier.
Masdar allowed the UAE to learn about solar, wind and clean-energy project finance while those industries were still developing.
That early experience is now one of its main competitive advantages.
The Company Has Reached Its Twentieth Anniversary
Masdar marked 20 years of clean-energy development in 2026.
Across those two decades, the economics of renewable power changed completely.
Solar modules became dramatically cheaper.
Wind turbines became larger and more efficient.
Battery costs declined.
Governments introduced stronger decarbonisation policies.
Corporations began purchasing renewable electricity directly.
What once required significant policy support increasingly became one of the lowest-cost ways to build new electricity generation.
Masdar matured alongside that transformation.
The Ownership Structure Brings Together Three Abu Dhabi Energy Champions
Masdar’s current ownership brings together TAQA, Mubadala and ADNOC.
TAQA holds 43 percent.
Mubadala holds 33 percent.
ADNOC holds 24 percent.
Each shareholder brings a different capability.
TAQA contributes experience in electricity generation and utilities.
Mubadala provides global investment expertise.
ADNOC contributes deep knowledge of energy markets, infrastructure and future fuels such as hydrogen.
The combination was deliberately designed to accelerate Masdar’s international expansion.
Masdar City Is No Longer the Same Corporate Asset
The Masdar name is still strongly associated with Masdar City in Abu Dhabi.
However, the corporate structures should not be confused.
Masdar City remained under Mubadala when the clean-energy business was reorganised.
Today’s Masdar is principally the global renewable-energy and green-hydrogen company.
That distinction matters because the business has evolved far beyond the original sustainable-city experiment that introduced the Masdar name internationally.
The Portfolio Reached 66.5GW by the End of 2025
Masdar’s 2025 sustainability reporting showed how quickly the company has grown.
Projects operating or under construction reached 45.8GW.
A further 20.7GW consisted of secured projects or developments approaching final investment approval.
That brought the total portfolio to 66.5GW.
Only a few years earlier, the company operated at a fraction of this scale.
The expansion demonstrates how acquisitions and large greenfield projects can rapidly change a renewable-energy platform.
The Target Is 100GW by 2030
Masdar is aiming for at least 100GW of global renewable-energy capacity by 2030.
That target is important because scale increasingly matters in the power industry.
Larger developers can negotiate equipment purchases more effectively.
They can diversify across electricity markets.
They can access international financing more easily.
They can spread technical expertise across numerous projects.
A 100GW portfolio would place Masdar among the world’s most significant renewable-energy companies.
Around $45 Billion Has Already Been Invested
By early 2026, Masdar said it had invested approximately $45 billion.
The company expects to deploy another $30 billion to $35 billion during the remainder of the decade.
These figures illustrate the capital intensity of the energy transition.
Renewable electricity may have low operating costs once projects are running.
But solar farms, offshore wind facilities, batteries and grid connections require enormous upfront investment.
Becoming a global leader therefore requires access to capital on a scale available to relatively few companies.
Solar Remains One of the Company’s Core Technologies
Masdar has developed solar projects across numerous markets.
The technology is particularly attractive because construction can be relatively fast compared with conventional large power stations.
Solar modules are standardised.
Projects can be scaled from small facilities to multi-gigawatt developments.
In sunny regions, electricity costs can be extremely competitive.
The UAE itself has demonstrated this through increasingly large utility-scale projects.
The Middle East Has Exceptional Solar Resources
Solar irradiation across much of the Gulf is extremely high.
Large areas of land are available.
This creates obvious potential for utility-scale solar.
The region also has growing electricity demand driven by population, industry, cooling and increasingly data centres.
Renewables therefore do not simply replace existing generation.
They can help satisfy new electricity demand.
This makes the Gulf a particularly attractive market for Masdar.
But Solar Has Always Had One Major Limitation
Solar panels produce electricity only when sunlight is available.
Electricity demand does not stop after sunset.
This creates the intermittency problem.
Historically, grids could manage moderate amounts of solar because conventional power plants filled the gaps.
As renewable penetration increases, that becomes more difficult.
The energy transition therefore increasingly depends on storage.
Masdar’s most ambitious UAE project attempts to address exactly this challenge.
The Round-the-Clock Project Could Change Renewable Economics
Masdar and Emirates Water and Electricity Company are developing an enormous round-the-clock renewable-energy project in Abu Dhabi.
The project combines 5.2GW of solar photovoltaic capacity with 19GWh of battery storage.
Its objective is to provide up to 1GW of continuous clean power 24 hours a day.
The concept is straightforward.
During sunny periods, the solar plant produces enormous amounts of electricity.
Some electricity is delivered immediately.
Excess power charges the batteries.
Stored electricity can then be discharged when solar production falls.
The Numbers Are Enormous
A 19GWh battery system is far beyond the scale associated with ordinary household or commercial batteries.
The project is designed as industrial infrastructure.
It requires enormous quantities of battery cells, power electronics and control systems.
The solar facility itself reaches multi-gigawatt scale.
Together, they form one of the world’s largest solar-plus-storage developments.
If the project performs as expected, it could provide a blueprint for renewable baseload electricity elsewhere.
The Project Reached Financial Close in July 2026
The Abu Dhabi project reached financial close in July 2026.
Total capital investment is approximately $6.1 billion.
A consortium of 13 international and UAE banks provided a $5.1 billion financing package.
Masdar is contributing around $1 billion in equity.
This is significant for more than the size of the transaction.
Banks are willing to finance the project because they believe the underlying technology and commercial structure are sufficiently mature.
That moves round-the-clock renewable electricity from an experiment toward conventional infrastructure finance.
Bankability Is as Important as Technology
Energy projects rarely succeed at scale through technology alone.
They need contracts.
They need lenders.
They need predictable revenue.
Investors need confidence that equipment will perform for decades.
This is one of Masdar’s strengths.
The company has extensive experience structuring projects so that renewable technologies become commercially bankable.
Financial engineering is therefore as important to the business as physical engineering.
AI Is Increasing the Need for Reliable Clean Power
The timing of the round-the-clock project is particularly relevant because artificial intelligence is driving new electricity demand.
AI data centres require enormous amounts of power.
Unlike some industrial processes, computing infrastructure often needs to operate continuously.
This creates demand for electricity that is both reliable and lower carbon.
A renewable system capable of supplying power around the clock could become particularly attractive for future data-centre clusters.
Abu Dhabi is developing both industries simultaneously.
Masdar Could Connect the AI and Energy Strategies
The UAE is investing heavily in artificial intelligence through companies such as G42 and major international partnerships.
That computing infrastructure needs energy.
Masdar can help provide it.
This creates an interesting strategic connection.
One Abu Dhabi ecosystem develops intelligence infrastructure.
Another develops clean electricity.
If AI power demand continues growing rapidly, the two sectors could reinforce each other.
Energy abundance may become a competitive advantage in the global AI economy.
Storage Is Becoming a Major Business in Its Own Right
Battery systems are no longer simply accessories attached to solar projects.
They are becoming independent energy assets.
Batteries can shift electricity from low-demand to high-demand periods.
They can help stabilise the grid.
They can respond extremely quickly to changes in electricity supply.
As renewable penetration increases, these services become more valuable.
Masdar is therefore expanding battery-storage investments across several international markets.
Germany Provides a Major Storage Opportunity
In February 2026, Masdar and RWE agreed to explore major battery-storage investments in Germany.
Masdar may invest in existing RWE projects with capacity of up to 1GW.
The companies will also explore development of another 1GW of projects.
Germany is an attractive market because it already has large amounts of wind and solar power.
More renewable generation creates greater need for flexibility.
Storage becomes one of the ways to provide it.
The United Kingdom Is Another Important Battery Market
Masdar has developed or acquired battery-storage assets in the UK.
The country has rapidly expanded wind generation, particularly offshore.
Wind output varies according to weather.
Battery systems can help manage that variability.
The UK also has sophisticated electricity markets where storage operators can earn revenue through several grid services.
This makes the country one of Europe’s most developed battery-storage markets.
Offshore Wind Is a Major European Growth Platform
Masdar has built a significant presence in offshore wind.
Unlike solar, offshore wind projects require enormous turbines, subsea cables and complex marine construction.
They also require billions of dollars in investment.
But offshore wind can produce electricity at large scale and often generates strongly during periods when solar output is weak.
Combining multiple technologies helps create a more balanced renewable portfolio.
East Anglia THREE Is One of the Largest Projects
Masdar partnered with Iberdrola on the East Anglia THREE offshore wind project in the United Kingdom.
The transaction involved one of the largest offshore-wind financings of recent years.
Large European offshore projects can supply electricity to hundreds of thousands of homes.
They also require years of engineering, permitting and construction.
Masdar’s participation demonstrates its movement into increasingly complex infrastructure.
Dogger Bank South Adds Even More Potential
Masdar is also involved in the planned Dogger Bank South offshore-wind developments.
The combined capacity is approximately 3GW.
Projects of this size can become nationally significant electricity assets.
They also demonstrate how renewable energy development is changing.
The industry is moving from individual wind farms toward infrastructure projects approaching the scale of conventional power-station fleets.
Germany’s Baltic Eagle Shows the International Footprint
Masdar holds an interest in the 476MW Baltic Eagle offshore wind farm in Germany.
The project forms part of its European renewable portfolio.
Investments such as Baltic Eagle diversify the company away from any single country.
Electricity markets, weather conditions and regulatory systems differ.
Geographic diversification can therefore reduce portfolio risk.
Europe Has Become One of Masdar’s Most Important Regions
The company’s European strategy accelerated significantly through acquisitions.
Perhaps the clearest example is TERNA ENERGY.
Masdar first acquired a controlling interest in the Greek renewable-energy company and then completed acquisition of the remaining shares in 2025.
The transaction valued TERNA ENERGY at approximately €3.2 billion enterprise value.
It was one of the largest renewable-energy transactions ever completed in Greece.
TERNA ENERGY Creates a Southeastern European Platform
TERNA ENERGY had approximately 1.2GW of installed capacity when Masdar acquired control.
Its portfolio includes wind, solar, hydro and other renewable assets.
The company is targeting approximately 6GW by 2029.
Rather than developing every project individually from Abu Dhabi, Masdar acquired an established local organisation.
It gained employees, projects, market knowledge and development pipelines immediately.
This is how acquisitions can accelerate geographic expansion.
Pumped Hydro Adds Long-Duration Storage
TERNA ENERGY is developing the 680MW Amfilochia pumped-storage project in Greece.
Pumped hydro stores energy by moving water between reservoirs at different elevations.
When electricity is plentiful, water is pumped uphill.
When electricity is needed, it flows downhill through turbines.
This is a very different storage technology from lithium batteries.
It can provide long-duration energy storage at large scale.
A diversified future grid will likely require both.
Masdar Is Expanding Rapidly Across Asia
Asia represents another major growth region.
Electricity demand is increasing quickly.
Populations are large.
Manufacturing continues expanding.
Several countries are trying to reduce dependence on imported fossil fuels.
Renewable energy can address both energy security and decarbonisation.
Masdar has been building projects across Central, Southeast and East Asia for years.
The TotalEnergies Partnership Could Transform the Asian Business
In April 2026, Masdar and TotalEnergies agreed to establish a $2.2 billion joint venture combining their onshore renewable-energy businesses across nine Asian countries.
The platform is expected to begin with approximately 3GW of operating capacity and another 6GW in advanced development.
The countries include Azerbaijan, Indonesia, Japan, Kazakhstan, Malaysia, the Philippines, Singapore, South Korea and Uzbekistan.
This instantly creates a large multi-country renewable platform.
Joint Ventures Can Reduce Expansion Risk
Entering nine countries independently would require enormous management resources.
Each market has different regulation, grid structures and commercial practices.
Partnering with an experienced international energy company allows Masdar to share risk and expertise.
Both companies contribute assets of comparable value.
The combined platform can then pursue growth jointly.
Large renewable developers increasingly use this type of partnership to scale globally.
Uzbekistan Has Become a Signature Masdar Market
Masdar has developed several major renewable projects in Uzbekistan.
The country has significant electricity demand and strong solar and wind resources.
It is also modernising its power sector.
Masdar entered relatively early and developed deep relationships with the government and utilities.
Projects now span solar, wind and battery storage.
This demonstrates the value of establishing a position before a renewable market becomes highly competitive.
Nur Bukhara Combines Solar and Batteries
The Nur Bukhara project combines 250MW of solar capacity with a 63MW/126MWh battery system.
It is one example of the transition from standalone renewable generation toward integrated energy systems.
Solar provides low-cost electricity.
The battery adds flexibility.
Future projects are likely to use increasingly sophisticated combinations of generation and storage.
Kazakhstan Adds Gigawatt-Scale Wind
Masdar is developing a 1GW wind project in Kazakhstan with 600MWh of battery storage.
Kazakhstan has large land areas and strong wind resources.
It is also attempting to diversify an electricity system historically dependent heavily on fossil fuels.
Gigawatt-scale projects can accelerate that transition significantly.
For Masdar, Central Asia has become one of its most important emerging-market growth regions.
Azerbaijan Is Developing Into Another Large Platform
Masdar’s renewable portfolio in Azerbaijan has expanded beyond 1.2GW.
Projects include large solar developments and the Absheron-Garadagh onshore wind project.
The company is also exploring future round-the-clock renewable-energy opportunities there.
This is strategically interesting because Azerbaijan itself is a major hydrocarbon producer.
Like the UAE, it is looking to build a larger renewable-energy industry alongside conventional energy.
The United States Is Also Part of the Portfolio
Masdar has invested in renewable-energy projects in the United States.
Its portfolio includes solar and battery assets.
The U.S. is one of the world’s largest electricity markets and remains central to global energy technology.
Projects there provide exposure to a sophisticated power market with growing demand from data centres, manufacturing and electrification.
Geographic diversification also reduces dependence on European or Middle Eastern regulatory environments.
BigBeau Combines Solar and Storage in California
Masdar and EDF power solutions co-own the BigBeau solar-plus-storage project in California.
The facility combines a 128MW solar plant with a 40MW/160MWh battery system.
In 2026, the owners signed new 15-year power purchase agreements covering project output.
California is one of the world’s most developed solar markets.
It also demonstrates why storage is necessary.
Massive solar output during daytime hours needs to be shifted toward evening demand.
Green Hydrogen Is the Second Major Strategic Frontier
Renewable electricity addresses many parts of the economy.
But some industries are difficult to electrify directly.
Steelmaking.
Shipping.
Aviation.
Certain chemicals.
Heavy transport.
Green hydrogen is one potential solution.
Hydrogen can be produced by using renewable electricity to split water through electrolysis.
If the electricity is renewable, the resulting hydrogen can have very low associated carbon emissions.
Masdar Has a One-Million-Tonne Hydrogen Ambition
The company’s green-hydrogen strategy targets up to one million tonnes of annual production capacity by 2030 across the UAE and international projects.
This is ambitious.
The global green-hydrogen industry remains at an earlier stage than solar or wind.
Production costs are high.
Transport is difficult.
Customers need long-term supply agreements before developers can finance large projects.
Masdar is therefore entering a market with significant technological and commercial uncertainty.
Hydrogen Could Link Renewable Power With Industry
Green hydrogen becomes particularly attractive when converted into derivatives such as ammonia, methanol or sustainable fuels.
These products can be easier to transport.
They can also be used directly by existing industries.
Abu Dhabi already has substantial expertise in chemicals, shipping and energy exports.
That creates a potential advantage.
Masdar can combine renewable electricity with capabilities developed across ADNOC and the wider UAE industrial system.
Shipping Is One Potential Customer
International shipping needs alternatives to conventional marine fuel.
Battery-electric vessels are impractical for many long-distance routes.
Hydrogen-derived fuels such as green methanol or ammonia may provide part of the solution.
Masdar has explored partnerships with major shipping companies around future low-carbon fuels.
This could create an entirely new energy-export market for the UAE.
Aviation Creates Another Opportunity
Long-haul aircraft are also difficult to electrify.
Sustainable aviation fuels produced using low-carbon hydrogen could help reduce emissions.
The UAE operates some of the world’s largest airlines and airports.
That creates domestic demand potential.
A future clean-fuel ecosystem could connect Masdar with Emirates, Etihad and international airlines using UAE hubs.
Green Hydrogen Still Needs Better Economics
The biggest challenge is cost.
Producing renewable hydrogen currently requires significant electricity, electrolysers and supporting infrastructure.
Customers are unlikely to switch from conventional fuels unless the price becomes competitive or regulation requires lower-carbon alternatives.
Masdar’s challenge is therefore similar to the one it faced with solar two decades ago.
It needs to develop projects while the technology is still moving down the cost curve.
Masdar’s Financial Model Depends Heavily on Partnerships
Renewable-energy projects are commonly financed through project-finance structures.
A special project company owns the asset.
Banks provide large amounts of debt.
Equity investors provide the remainder.
Electricity is often sold through long-term contracts.
Masdar frequently works with utilities, governments and international energy companies.
This allows enormous projects to be built without one company carrying every risk alone.
Green Bonds Provide Another Funding Source
Masdar has developed a green-bond financing programme to support renewable projects.
In 2025, it issued a $1 billion green bond that was heavily oversubscribed.
International investors purchased the majority of the issuance.
Demand from global bond investors demonstrates confidence in the renewable-energy financing model.
It also gives Masdar another source of capital beyond conventional bank lending.
The Energy Transition Requires Enormous Capital
The world needs trillions of dollars of investment in power generation, grids, storage and clean fuels.
Governments cannot finance everything themselves.
Private capital therefore needs investment vehicles capable of deploying money into large infrastructure.
Masdar is effectively becoming one of those vehicles.
Its role is partly technical and partly financial.
It identifies projects, structures contracts, raises capital and manages assets over decades.
The 2025 Portfolio Generated 40.2TWh of Clean Electricity
Masdar’s operating projects generated approximately 40.2 terawatt-hours of clean electricity during 2025.
That was 38 percent more than the previous year.
The generation avoided an estimated 19.5 million tonnes of carbon dioxide equivalent.
These figures demonstrate why portfolio capacity alone does not tell the entire story.
What ultimately matters is how much electricity the assets actually generate.
Operating Performance Determines Investment Returns
A wind farm can have impressive headline capacity but underperform if turbines are unavailable.
Solar plants lose revenue when equipment fails.
Grid restrictions can limit output.
Renewable developers therefore require sophisticated asset-management capabilities.
As Masdar’s operating portfolio grows, maintaining performance across dozens of countries becomes increasingly important.
A global asset base requires global operational systems.
Renewable Power Is Becoming a Data Business
Modern power plants contain thousands of sensors.
Operators monitor output from individual turbines and solar arrays.
Weather forecasts influence expected generation.
AI can identify patterns indicating potential equipment failure.
Maintenance can be scheduled before problems become serious.
Data analytics therefore becomes increasingly important to renewable economics.
Even a one-percent improvement in availability across tens of gigawatts can create significant value.
AI Can Improve Renewable Forecasting
Wind and solar output depend on weather.
Electricity systems need forecasts to balance supply and demand.
Machine-learning models can combine satellite information, historical performance and weather data to improve predictions.
Better forecasts reduce balancing costs.
They also improve battery scheduling.
Masdar’s future round-the-clock systems will depend heavily on software optimising when electricity should be stored and released.
The Company Is Moving From Renewable Generation Toward Clean-Power Systems
This is perhaps the most important strategic shift.
Masdar’s early projects were primarily individual solar or wind farms.
The next generation combines several technologies.
Solar.
Wind.
Batteries.
Grid services.
Potentially hydrogen.
The objective is no longer simply to produce the cheapest renewable electron when weather permits.
It is to provide reliable clean power when customers actually need it.
That is a much more valuable product.
Reliable Clean Electricity Could Command a Premium
A customer purchasing intermittent solar power still needs backup electricity.
A data centre may require continuous supply.
An industrial plant cannot simply stop operating when clouds appear.
If Masdar can provide renewable electricity with firm delivery guarantees, it can compete in a different market.
Storage transforms renewables from a variable energy source toward dispatchable infrastructure.
This could fundamentally change project economics.
Masdar Is Also an Instrument of UAE Economic Diplomacy
Energy projects create relationships between countries.
A wind farm may operate for thirty years.
Governments sign agreements.
Banks participate.
Local workers are trained.
Utilities become partners.
Masdar’s investments therefore deepen the UAE’s economic ties with countries across Central Asia, Europe, Africa and Southeast Asia.
Renewable investment becomes a form of long-term international engagement.
Clean Energy Gives the UAE a Different Global Identity
The UAE will remain an important conventional energy producer for many years.
Masdar creates another narrative.
It allows Abu Dhabi to participate directly in both sides of the global energy system.
ADNOC continues supplying oil and gas.
Masdar invests in the technologies expected to expand as the world decarbonises.
This dual strategy reduces the risk of depending on only one possible energy future.
The Company Can Use Expertise From the Existing Energy Industry
Building large energy infrastructure requires skills the UAE already possesses.
Project finance.
Engineering.
Contract management.
International energy trading.
Government partnerships.
Large-scale construction.
Masdar can apply these capabilities to renewables.
The underlying technology changes, but many commercial and operational skills remain relevant.
This is one reason traditional energy economies can potentially become successful renewable-energy investors.
The Biggest Risk Is the Pace of Expansion
Growing from approximately 20GW in 2022 to more than 65GW only a few years later is extraordinary.
Rapid growth creates execution risk.
Acquisitions need integration.
New projects require financing.
Construction delays can increase costs.
Power markets change.
Interest rates affect returns.
Management complexity increases as operations spread across more countries.
Masdar needs to grow without sacrificing investment discipline.
Not Every Renewable Project Is Automatically Attractive
The energy transition does not guarantee profit.
Developers can overpay for assets.
Electricity prices can fall.
Construction costs can rise.
Grid connections can be delayed.
Regulation can change.
Masdar has emphasised that its growth strategy will remain focused on commercially resilient returns.
That discipline becomes increasingly important as competition for renewable assets intensifies.
Supply Chains Create Another Risk
Solar modules, batteries, wind turbines and power electronics depend on global manufacturing networks.
Trade restrictions can affect equipment prices.
Critical minerals may become scarce.
Shipping disruptions can delay projects.
Masdar’s global scale can provide purchasing power, but it does not eliminate these risks.
Diversifying suppliers will become increasingly important.
Interest Rates Matter Greatly to Renewable Energy
Renewable projects require large upfront capital investments.
A significant portion is often financed with debt.
Higher interest rates therefore increase the cost of electricity produced by new projects.
This is different from fuel-based generation, where ongoing commodity costs may dominate economics.
For Masdar, access to competitive financing is one of its most important advantages.
Its shareholders and strong track record can help reduce financing costs.
The Transition Is Also Becoming More Politically Complex
Energy policy changes when governments change.
Subsidies can be reduced.
Permitting rules can shift.
Trade policies can affect equipment.
Renewables have become part of geopolitical competition between the United States, China, Europe and other powers.
A company operating across more than 40 countries therefore needs sophisticated political and regulatory expertise.
International diversification creates opportunity, but also complexity.
Why Masdar Matters
Masdar is one of the most important examples of long-term strategic investment in the UAE.
Abu Dhabi created the company in 2006, when renewable energy was far less commercially established.
Twenty years later, its portfolio has reached approximately 66.5GW.
Projects operate or are being developed across more than 40 countries.
Clean electricity generation reached 40.2TWh in 2025.
The company has invested about $45 billion and plans to deploy tens of billions more.
Its 100GW target for 2030 would place it among the world’s largest renewable-energy platforms.
But the 5.2GW solar and 19GWh battery project in Abu Dhabi may reveal the more important direction.
Masdar is no longer interested only in generating renewable electricity when the sun shines or wind blows.
It wants to make renewable power reliable enough to serve factories, cities and AI data centres around the clock.
That changes the ambition entirely.
Masdar began as an Abu Dhabi experiment in what clean energy might someday become.
It is now trying to help define what the global power system becomes next.
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