Two Turbines, One Floating Foundation: Inside China's Revolutionary OceanX Design

The global offshore wind industry has spent the past two decades pursuing a simple goal: build larger turbines farther from shore to capture stronger and more consistent winds. In 2024, China took a significant step in that direction with the deployment of OceanX, an innovative floating wind platform developed by Mingyang Smart Energy.

Unlike conventional offshore wind systems that place a single turbine on a fixed or floating foundation, OceanX mounts two 8.3-megawatt (MW) turbines on a single floating structure, creating a combined generating capacity of 16.6 MW.

The project is more than just a capacity milestone. It introduces a new engineering approach that could influence how future offshore wind farms are designed, especially in deep-water regions where conventional fixed-bottom foundations are impractical.

What Is OceanX?

OceanX is a floating offshore wind power platform developed by Mingyang Group and deployed at the Qingzhou IV offshore wind farm near Guangdong Province in southern China.

The platform carries two MySE8.3-180 hybrid-drive wind turbines arranged on a distinctive V-shaped structure. Together, the turbines deliver 16.6 MW of installed capacity.

The platform travelled approximately 191 nautical miles from Guangzhou to its installation site before beginning operations.

According to Mingyang, OceanX is designed for waters deeper than 35 metres and can generate approximately 54 million kilowatt-hours (54 GWh) of electricity annually, enough to supply around 30,000 households.

Why OceanX Is Different

Twin Turbines on One Platform

Virtually every commercial offshore wind installation today uses one turbine per foundation. OceanX breaks from that convention by supporting two large turbines on a single floating structure.

This design potentially reduces the number of floating foundations, mooring systems and subsea connections needed to achieve a given project capacity. While the long-term economics will require real-world validation, the concept offers a compelling alternative for deep-water offshore wind development.

Counter-Rotating Rotor Design

OceanX's two turbines rotate in opposite directions after start-up. Mingyang says this arrangement takes advantage of a coupled vortex effect that increases the speed of airflow between the turbines and improves energy capture.

The company reports a 4.29% increase in power generation compared with other turbines possessing an equivalent swept area.

Massive Dimensions

• Maximum height: approximately 219 metres
• Maximum width: approximately 369 metres
• Platform displacement: approximately 15,000 tonnes

These dimensions place OceanX among the largest floating wind structures ever deployed.

Advanced Foundation Technology

One of the most notable aspects of OceanX is its foundation construction.

Unlike many floating wind platforms that rely primarily on steel structures, OceanX uses a floating foundation consisting of three floats, concrete arms and connectors.

The platform is also reported to be the first floating wind foundation to employ ultra-high-performance concrete (UHPC) with compressive strength exceeding 115 MPa.

According to Mingyang, this material offers roughly four times the strength of conventional concrete used in similar applications.

The company states that the structure uses a pre-stressed concrete assembly approach intended to facilitate modular manufacturing and reduce construction costs.

Designed for Extreme Weather

One of the greatest challenges facing offshore wind projects in Asia is exposure to tropical cyclones and typhoons.

OceanX has been engineered with a cable-stayed structural system and adaptive single-point mooring arrangement designed to maintain stability in harsh marine environments.

According to Mingyang, the platform can withstand wind speeds of up to 79.8 metres per second and wave heights reaching 30 metres, making it suitable for operation in typhoon-prone waters of the South China Sea.

Twin-Turbine Floating Wind Platform: Technology Explained

OceanX is an innovative floating offshore wind platform that combines two 8.3 MW wind turbines on a single floating foundation, delivering a total capacity of 16.6 MW.

This differs from conventional offshore wind systems, where each turbine typically sits on its own fixed or floating foundation.

Key Technological Innovations

1. Dual-Turbine Architecture

The most significant innovation is the installation of two large offshore wind turbines on one floating platform.

This approach aims to maximise power generation from a single foundation, potentially reducing the number of floating structures, mooring systems and subsea connections required for offshore wind farms.

2. V-Shaped Floating Platform

The turbines are mounted on a distinctive V-shaped floating structure designed to distribute loads efficiently while maintaining stability in deep-water environments.

The platform is suitable for water depths greater than 35 metres, where fixed-bottom foundations become uneconomical.

3. Counter-Rotating Turbines

OceanX's two turbines rotate in opposite directions, creating what Mingyang describes as a coupled vortex effect.

This aerodynamic interaction accelerates airflow between the rotors, increasing wind energy capture.

According to the company, the design improves power generation by 4.29% compared with turbines having an equivalent swept area.

4. Ultra-High-Performance Concrete Foundation

Instead of relying primarily on steel, the floating foundation incorporates ultra-high-performance concrete (UHPC) with compressive strength exceeding 115 MPa.

Mingyang states this material is approximately four times stronger than conventional concrete, enhancing durability and load-bearing performance while supporting modular construction.

5. Cable-Stayed Structural System

The platform uses a cable-stayed support structure that reduces loads on the turbine towers and improves overall structural efficiency.

The tensioned cable network helps distribute forces from wind, waves and turbine operation across the platform.

6. Single-Point Mooring Technology

OceanX employs an adaptive single-point mooring system, allowing the massive platform to align with changing wind and wave conditions while maintaining stability.

This design is particularly important for deep-water offshore installations.

7. Typhoon-Resistant Engineering

The platform was specifically engineered for operation in the challenging conditions of the South China Sea.

According to Mingyang, it can withstand wind speeds of up to 79.8 m/s and waves as high as 30 metres, making it suitable for typhoon-prone regions.

Why the Technology Matters

OceanX represents a shift from the industry's traditional "one turbine, one foundation" model.

By integrating two turbines onto a single floating platform, it seeks to improve energy density, reduce infrastructure requirements and make deep-water offshore wind projects more economically viable.

If successful over the long term, this twin-turbine concept could influence the next generation of floating wind farms worldwide.

How OceanX Compares With Other Floating Wind Projects

While OceanX is unique because of its twin-turbine configuration, it enters a rapidly growing global floating wind market.

Feature	Hywind Scotland	OceanX
Country	United Kingdom	China
Turbine Configuration	Single turbine per floater	Two turbines per floater
Floating Technology	Spar-buoy	V-shaped floating platform
Capacity per Unit	~6 MW	16.6 MW
Deep-Water Capability	Yes	Yes

Hywind Scotland (United Kingdom)

Hywind Scotland, World’s first Floating Wind Farm

Commissioned by Equinor, Hywind Scotland became the world's first commercial-scale floating wind farm in 2017.

China’s OceanX demonstrates how floating wind technology has evolved significantly in scale since the pioneering Hywind project.

Kincardine Offshore Wind Farm (United Kingdom)

Kincardine Offshore Wind Farm in Scotland

Kincardine was among the largest floating wind farms globally when completed and showcased multi-megawatt floating turbine deployment in commercial conditions.

Compared with Kincardine's approach of individual turbines on separate floating foundations, OceanX explores whether multiple turbines can effectively share a common platform.

WindFloat Atlantic (Portugal)

WindFloat Atlantic became the world's first semi-submersible floating wind farm on a commercial scale.

Like most global floating wind projects, WindFloat Atlantic uses one turbine per platform, making OceanX's dual-turbine arrangement a significant departure from industry norms.

TetraSpar Demonstrator (Norway/Denmark)

The TetraSpar project focused on reducing costs through a modular floating structure that could be assembled using existing infrastructure.

OceanX pursues a similar goal of improving economics but through a different route: increasing power generation from each floating foundation by carrying two turbines on a single structure.

OceanX vs India's Dhanushkodi Offshore Wind Demonstration Project

A meaningful comparison can be made between China's OceanX and India's proposed 50 MW Offshore Wind Demonstration Farm at Dhanushkodi, Tamil Nadu, which is currently India's most advanced offshore wind test project.

Parameter	OceanX (China)	Dhanushkodi Demonstration Project (India)
Status	Operational	Proposed/Test Facility
Developer	Mingyang Smart Energy	NIWE (National Institute of Wind Energy) under MNRE
Capacity	16.6 MW (2 × 8.3 MW turbines)	50 MW (4 turbines)
Platform Type	Floating offshore platform	Offshore wind demonstration facility; foundation type not specified in available sources
Turbine Configuration	Two turbines on a single floating foundation	Four turbines on separate installations
Primary Objective	Commercial-scale power generation and technology validation	Research, testing and offshore technology demonstration
	54 GWh/year	Not specified
Deep-Water Capability	Designed for waters deeper than 35 m	Not specified
Unique Innovation	Twin-turbine floating foundation and counter-rotating rotors	Living laboratory for testing turbine performance, corrosion resistance and maintenance strategies

Technology Comparison

OceanX: Pushing the Frontier

OceanX represents a next-generation floating wind concept.

Instead of mounting one turbine per foundation, Mingyang places two 8.3 MW turbines on a single V-shaped floating platform.

The turbines rotate in opposite directions to improve airflow and energy capture, while the foundation uses ultra-high-performance concrete and a cable-stayed structural system.

The project is focused on proving that floating wind farms can become more cost-effective by increasing the amount of generation capacity supported by each floating foundation.

India's Approach: Building the Foundation First

India is taking a more gradual path.

The Dhanushkodi project is being developed as a research and demonstration facility aimed at gathering operational experience in offshore environments, including turbine performance, corrosion management, installation techniques and maintenance requirements.

India currently has no installed commercial offshore wind capacity, with NIWE and the government continuing resource assessments, offshore measurements and pilot projects to prepare for future commercial deployment.

Takeaway

China's OceanX demonstrates how far floating offshore wind technology has advanced, showcasing a commercially operating twin-turbine floating platform.

India, by contrast, is still in the pilot and demonstration phase of offshore wind development, focusing on developing local expertise, validating technologies and building the regulatory and supply-chain ecosystem needed before scaling up.

In short, OceanX is a technology deployment project, while India's Dhanushkodi project is a technology learning project.

If successful, India's future floating wind projects could eventually adopt advanced concepts similar to OceanX, but the immediate priority is establishing a domestic offshore wind industry and proving offshore technologies in Indian waters.

Why the Industry Is Paying Attention

The offshore wind sector faces a major challenge: the best wind resources are increasingly located in deeper waters where conventional fixed-bottom turbines cannot be installed economically.

Floating wind platforms solve this problem, but they remain expensive. Foundations, mooring systems, installation vessels and maintenance contribute significantly to overall project costs.

OceanX offers a possible pathway to reduce these costs by:

• Increasing generation capacity per floating structure.
• Maximising energy output from a single mooring system.
• Potentially reducing the number of platforms required for a wind farm.
• Leveraging high-strength concrete instead of relying exclusively on steel-intensive designs.

Challenges Ahead

Despite its innovation, OceanX is still an early demonstration of a relatively untested concept.

Several questions remain:

• How will maintenance requirements compare with conventional floating turbines?
• Will the twin-turbine arrangement increase operational complexity?
• Can the design be scaled into larger commercial fleets?
• Will developers in Europe, North America and other Asian markets adopt similar configurations?

The answers will emerge only after years of real-world operation.

The Bigger Picture

OceanX reflects China's increasingly prominent position in the global offshore wind industry. Over the last decade, the country has become one of the world's largest offshore wind markets and a major driver of turbine manufacturing innovation.

By successfully deploying a 16.6 MW floating platform carrying two 8.3 MW turbines, Mingyang has demonstrated a new approach to floating offshore wind development.

Whether OceanX becomes a template for future projects or remains a niche engineering solution, it has already achieved something important: it has challenged one of the offshore wind industry's long-standing assumptions that one turbine must equal one foundation.

In an era where offshore wind developers are searching for every possible gain in efficiency and cost reduction, OceanX may prove to be one of the most closely watched renewable energy experiments of the decade.

Why Digital-First Buyers Are Trusting HDFC ERGO Rather Than Other Agents or Buying Directly Online

Digital services have changed how people research, compare and purchase insurance. For individuals who like managing their financial products online, there is an opportunity to evaluate their insurance cover without relying on physical paperwork. Choosing from reliable agents or buying directly online allows you to examine policy details at your own pace. They can also review available options before making a decision.

HDFC ERGO is one insurer that buyers can choose for online car insurance purchase and renewal.

Why Digital-First Buyers Prefer to Buy Car Insurance Online

Most people who want to buy car insurance online have already read about the policy before they reach the checkout page. They want to see what a plan covers, how add-ons work and which documents the insurer needs. HDFC ERGO’s website and mobile app present this information in one place, so a buyer does not have to combine it from different sources.

Policy documents arrive by email, which makes them easy to find when a renewal date or a claim comes up. Time is also one of the factors to consider. A buyer with a free evening can finish the purchase without planning a visit or waiting for a call back.

Plan Choices Offered by HDFC ERGO

The insurer offers three broad types of car cover:

• Third-party car insurance, which covers the owner’s legal liability for injury, death or property damage caused to a third party. The Motor Vehicles Act, 1988 requires every vehicle on the road to carry it.
• Comprehensive car insurance, which adds own damage cover for the insured vehicle to the third-party liability cover, as per policy terms.
• Standalone own damage cover, which suits vehicles that already hold a valid third-party policy.

The right choice depends on the age of the car, how often it is used and what cover the owner already has.

Add-On Covers Buyers Look At

Add-ons let a buyer shape a comprehensive plan around real driving conditions. A person who drives daily in city traffic may look at zero depreciation cover, while a buyer living in a flood-prone area may read the engine and gearbox protection add-on closely.

Return to invoice cover, roadside assistance, consumables cover and no claim bonus protection are also offered. Each add-on carries its own description on the website, and its availability depends on factors such as the age of the vehicle and underwriting guidelines.

Buying the Policy Online Step by Step

The process of buying the policy is simple and easy.

• Visit the HDFC ERGO website and select Car Insurance. Enter your car number and click "Get a Quote", or continue without it. For renewals, select the renewal option.
• Enter your car’s make and model.
• Choose third-party or comprehensive car insurance.
• Enter your previous policy’s expiry date, NCB details, claim history, mobile number and email address.
• Check the premium. For comprehensive cover, you can also select add-ons such as zero depreciation, emergency assistance and return to invoice, subject to availability.

As vehicle and owner details are captured digitally, there is little paperwork to handle. A buyer who is looking for trusted agents or buying directly online at renewal time can review the existing no-claim bonus and add-ons before confirming the new policy.

Claims Support and Cashless Garages

Claims are where an insurer’s service becomes visible, so many buyers read about the process before they buy. HDFC ERGO works with a network of cashless garages, where eligible claims can be settled directly between the insurer and the garage as per policy terms.

Policyholders can inform the insurer about a claim through digital channels and reach customer support for guidance on the next steps. Knowing these steps in advance reduces confusion if a claim ever arises.

Points to Check Before Paying

A short review at the time of purchase saves effort later. Buyers can look at the following-

• The Insured Declared Value (IDV), which forms the basis of a comprehensive plan and should reflect the market value of the car.
• Add-ons that match the age, usage and location of the vehicle.
• Whether the no-claim bonus from the previous policy can be carried forward.
• Documents such as the registration certificate, previous policy details and identity proof.

Conclusion

The digital-first customers look for transparency, control over their choices and accessibility of support. The online portal provided by HDFC ERGO combines plans, add-ons, e-documents and cashless garages under one roof.

A buyer who reviews the vehicle’s needs and reads the policy terms carefully is in a good position to buy car insurance online with clarity.

Adani Enterprises and Jabil Join Hands to Build AI Hardware Manufacturing Ecosystem in India

India's artificial intelligence and data centre ambitions received a significant boost with Adani Enterprises Limited (AEL) and US-based Jabil Inc. signing a memorandum of understanding (MoU) for a proposed 50:50 joint venture to manufacture AI and data centre hardware in the country.

The partnership represents one of the most ambitious attempts to create a domestic AI infrastructure manufacturing ecosystem and could strengthen India's position in the rapidly growing global AI supply chain.

Strategic Partnership Targets AI Infrastructure Boom

According to the companies, the proposed joint venture will focus on manufacturing and assembling a broad range of AI and data centre equipment in India.

The planned product portfolio includes AI racks, servers, storage systems, networking equipment, as well as power and cooling infrastructure required to support modern AI computing environments.

The agreement outlines plans to build a multi-gigawatt AI infrastructure platform that would serve both domestic and international customers.

The venture intends to cater to hyperscalers, neocloud providers, data centre operators and enterprises seeking advanced AI infrastructure solutions.

The proposed venture remains subject to definitive agreements, regulatory approvals and customary closing conditions, as the current arrangement is based on a non-binding MoU.

Why the Partnership Matters

The AI revolution has dramatically increased demand for specialised computing infrastructure worldwide.

As organisations invest heavily in generative AI, machine learning and cloud computing, the need for high-performance servers, networking equipment and advanced cooling systems has surged.

In their announcement, the companies estimated the global market opportunity for AI compute infrastructure at more than $3 trillion over the next seven years, reflecting the scale of investments expected across the sector.

For India, the partnership aligns with broader efforts to build domestic manufacturing capabilities in high-technology sectors.

By combining Jabil's manufacturing expertise with Adani's infrastructure capabilities, the companies aim to create a local ecosystem capable of supporting India's growing AI and cloud requirements.

India's Fast-Growing Data Centre Market

The timing of the announcement is closely linked to the rapid expansion of India's digital infrastructure sector.

The companies cited industry forecasts projecting India's data centre capacity to reach between 5 GW and 8 GW by 2030.

They also highlighted expectations of more than $50 billion in planned hyperscaler spending across data centres, cloud services and AI ecosystems in the coming years.

The expansion is being driven by increasing cloud adoption, growth in digital services, demand for AI workloads, rising internet consumption and government initiatives supporting digital transformation.

As data centres grow in scale, demand for locally manufactured hardware infrastructure is also expected to increase.

What Each Partner Brings

Adani Enterprises

As the flagship company of the Adani Group, Adani Enterprises has established a significant presence in infrastructure, energy and data centres.

The company sees the partnership as an opportunity to move further up the AI value chain, extending beyond powering and hosting digital infrastructure into manufacturing critical AI systems.

Gautam Adani, Chairman of the Adani Group, stated that the AI revolution would require the convergence of energy, hyperscale infrastructure, advanced computing and precision manufacturing.

He described the venture as a strategic step towards building the physical backbone of the global AI economy.

Jabil Inc.

Jabil is a global engineering, supply chain and manufacturing company with extensive experience in electronics production and complex technology systems.

Through the proposed venture, Jabil would contribute manufacturing know-how, engineering capabilities and global supply-chain expertise.

The company views India as an increasingly important market for both domestic and global AI infrastructure demand.

According to statements released with the announcement, the MoU marks the next stage in efforts to establish a scaled AI infrastructure manufacturing platform in the country.

From Strategic Alliance to Joint Venture

The MoU builds on a previously announced strategic alliance between the Adani Group and Jabil.

The companies had revealed in June 2026 their intention to collaborate on developing an AI and data centre infrastructure manufacturing ecosystem in India.

The newly signed MoU provides the framework for translating that strategic intent into a formal joint venture structure.

Potential Impact on India's AI Ambitions

The proposed venture could contribute to several national priorities:

• Strengthening domestic manufacturing of advanced technology infrastructure.
• Supporting India's rapidly growing data centre industry.
• Enhancing supply-chain resilience through local production capabilities.
• Positioning India as a potential export hub for AI infrastructure products.

The companies stated the goal is to create infrastructure that is "Made-in-India for India and for the world."

Looking Ahead

The proposed 50:50 joint venture between Adani Enterprises and Jabil reflects the growing strategic importance of AI infrastructure manufacturing.

As countries compete to develop AI ecosystems, access to servers, networking systems, power equipment and advanced cooling technologies is becoming as crucial as software innovation itself.

If the venture receives the necessary approvals and progresses to completion, it could emerge as a significant player in India's AI infrastructure landscape, supporting the country's digital economy while contributing to global AI supply chains.

Source: Official announcements from Adani Enterprises Limited and Jabil Inc.

India Unveils Massive Earthquake Monitoring Expansion with 100 New Seismic Observatories

Representative Image

India is preparing for one of the most significant expansions of its earthquake-monitoring infrastructure in recent years. The Ministry of Earth Sciences (MoES) has announced plans to establish 100 additional seismological observatories across the country, a move aimed at substantially improving the detection and monitoring of earthquakes, particularly low-intensity tremors that often go unnoticed.

The expansion is expected to lower India's earthquake detection threshold to magnitude 2.5, enabling scientists to capture much smaller seismic events and gain deeper insights into the country's tectonic activity.

A Major Expansion of the National Seismological Network

India's earthquake-monitoring capabilities have expanded considerably over the past decade. According to Srinivasa Kumar Tummala, Secretary of the Ministry of Earth Sciences, the National Seismological Network has grown from 84 stations in 2014 to 183 stations at present.

The announcement was made during the inauguration of India's 183rd seismological observatory in Kishtwar, Jammu and Kashmir, by Union Minister Jitendra Singh.

The proposed addition of 100 observatories would represent another substantial leap in India's seismic monitoring capacity, creating a denser network capable of capturing more detailed data from across the country.

Why Detecting Smaller Earthquakes Matters

One of the most important outcomes of the planned expansion is the ability to detect earthquakes as small as magnitude 2.5. Currently, India's network has the capacity to detect earthquakes of approximately magnitude 3 and above, an improvement from the magnitude 4 threshold achievable in 2014.

Although earthquakes of magnitude 2.5 rarely cause damage, they are scientifically valuable. Such low-magnitude tremors help seismologists:

• Identify active fault systems.
• Track seismic patterns before and after larger earthquakes.
• Improve seismic hazard assessments.
• Understand stress accumulation within tectonic plates.
• Refine earthquake risk models for vulnerable regions.

By recording a greater number of small seismic events, scientists can build a more comprehensive picture of how Earth’s crust behaves across India’s diverse geological settings.

Focus on the Himalayan Region

The Ministry has confirmed that four of the new observatories will be established in Jammu and Kashmir and another four in Ladakh.

These regions lie within the seismically active Himalayan belt, one of the world’s most earthquake-prone zones. The Himalayan region is formed by the ongoing collision between the Indian and Eurasian tectonic plates, a process that generates frequent seismic activity and has historically produced some of South Asia’s most powerful earthquakes.

A stronger observational network in these regions can improve the monitoring of earthquake activity in mountainous and border areas, where seismic data coverage has traditionally been more challenging. The National Seismological Network already monitors earthquakes around the clock across the country, including the Himalayan region and border zones.

Modern Technology Replacing Legacy Systems

The newly inaugurated observatory in Kishtwar highlights the technological upgrades underway within India's seismic infrastructure. According to the Ministry, the facility is equipped with digital recording technology, replacing earlier analogue systems.

Digital seismic stations offer several advantages:

• Higher-quality recordings.
• Faster transmission of earthquake data.
• Improved event location accuracy.
• Better integration with national and global monitoring systems.
• Enhanced real-time analysis capabilities.

Such technological improvements are critical as India modernises its disaster-monitoring capabilities.

Strengthening Disaster Preparedness

The observatory expansion is part of a broader effort by the Ministry of Earth Sciences to improve earthquake preparedness and risk assessment. The ministry is also supporting seismic microzonation studies, which help identify earthquake-prone areas and assess local risks.

According to ministry officials, the National Centre for Seismology has completed seismic microzonation studies in five cities, including Srinagar, while studies for eight additional cities are expected to be released soon.

Microzonation studies are an important tool for urban planning because they help authorities understand how different soils and geological conditions may influence earthquake impacts during future seismic events.

Public Access to Earthquake Information

India has also expanded public access to earthquake information through digital platforms. The Ministry uses the National Centre for Seismology website and the "BhuKamp" mobile application to provide real-time earthquake information. Updates are additionally disseminated through SMS alerts, email notifications and social media channels.

Real-time communication is increasingly important for disaster management agencies, researchers and the public, ensuring that seismic information is rapidly available after an event occurs.

What This Means for India

The planned network expansion reflects India's growing emphasis on scientific monitoring and disaster resilience. While the new observatories will not predict earthquakes, they will significantly improve the country's ability to detect, locate and analyse seismic activity.

A denser network of observatories provides richer data for researchers, strengthens seismic hazard assessments and supports better-informed policy decisions regarding infrastructure, urban planning and disaster preparedness.

As India continues to expand its National Seismological Network, the ability to detect earthquakes as small as magnitude 2.5 could mark an important step forward in understanding the country's complex seismic landscape and enhancing preparedness in one of the world's most geologically active regions.

SoftBank Sells 1.65% Meesho Stake for ₹1,885 Crore, Cuts Holding to 5.19%

Japanese investment giant SoftBank Group has offloaded a 1.65% stake in Meesho for ₹1,885.17 crore, marking another significant step in its ongoing strategy of monetising investments in India's technology and consumer internet sector. The transaction, executed through SoftBank affiliate SVF II Meerkat (DE) LLC, saw the sale of 7.64 crore shares via block deals on the National Stock Exchange (NSE).

Details of the Transaction

According to NSE block deal data, SoftBank's affiliate sold 7.64 crore shares of Meesho at an average price of ₹246.75 per share, resulting in a total transaction value of ₹1,885.17 crore. Following the sale, SoftBank's shareholding in the Bengaluru-based e-commerce company declined to 5.19% from 6.84%.

The deal attracted strong institutional participation from both domestic and global investors, highlighting continued confidence in Meesho's growth prospects despite SoftBank's partial exit.

Who Bought the Shares?

A diverse group of institutional investors participated in the block deal.

Among the largest buyers was Societe Generale, which acquired more than 1.47 crore shares, representing around 0.32% of Meesho, for approximately ₹364.65 crore.

Separate market disclosures also showed that Fidelity Investments emerged as the largest buyer overall, purchasing 2.32 crore shares, equivalent to a 0.5% stake, through multiple investment schemes for ₹573.07 crore. 

Other notable participants included:

• Morgan Stanley
• Goldman Sachs
• BNP Paribas
• Motilal Oswal Mutual Fund
• HDFC Mutual Fund
• Edelweiss Mutual Fund
• Aditya Birla Sun Life Mutual Fund
• Bajaj Allianz Life Insurance
• Monetary Authority of Singapore
• Government Pension Fund Global (Norway)
• Government of Singapore

The participation of several large global institutions indicates sustained investor interest in India's fast-growing digital commerce ecosystem.

Market Reaction

Meesho's stock responded positively to the development. The shares rose approximately 1.5% to close at ₹257.99 on the NSE after the transaction was completed. The gain suggested that the market comfortably absorbed the large block sale and viewed institutional demand as a positive signal.

Part of SoftBank's Broader Portfolio Monetisation

The Meesho stake sale is not an isolated event. It forms part of SoftBank's broader effort to monetise holdings across its Indian portfolio.

According to reports, the Japanese investor has recently reduced stakes in several prominent Indian companies, including Lenskart and Ola Electric. Earlier in November, SoftBank sold a 1.56% stake in Lenskart for approximately ₹1,896 crore. The investor had also undertaken multiple stake sales in the eyewear retailer during previous months, alongside a reduction in its holding in Ola Electric earlier this year. 2

SoftBank had previously sold another 1.7% stake in Meesho in September, indicating a gradual reduction rather than a complete exit from the company.

What It Means for Meesho

While SoftBank's stake sale reduces its ownership in the company, the transaction does not necessarily reflect weakening confidence in Meesho's business. Large venture and growth investors frequently monetise portions of their holdings after years of investment, particularly when companies achieve scale and attract strong public-market interest.

The fact that multiple domestic and international institutions absorbed the entire block deal underscores the market's continuing appetite for exposure to Meesho.

Meesho has emerged as one of India's leading e-commerce platforms, particularly in value-focused online retail, and remains a key player in the country's rapidly expanding digital commerce market.
Conclusion

SoftBank's ₹1,885-crore sale of Meesho shares marks another milestone in the investor's ongoing portfolio rebalancing strategy in India. The transaction reduced its stake from 6.84% to 5.19%, while attracting strong demand from leading global and domestic institutional investors.

For Meesho, the successful absorption of such a large block deal and the participation of investors such as Fidelity, Societe Generale, Morgan Stanley and Goldman Sachs highlight continued confidence in the company's long-term growth story and in India's broader e-commerce market.