Connect with us
Anglostratits

Business

Mingyang’s OceanX Sets Record: World’s Most Powerful Floating Wind Turbine Successfully Sets Sail

Published

on

Mingyang

GUANGZHOU, CHINA – Media OutReach Newswire – 19 August 2024 – On August 13, OceanX, the world’s largest single capacity floating wind power platform, embarked on its journey from Guangzhou to the Yangjiang Mingyang Qingzhou IV offshore wind farm in Guangdong, China. After a 191-nautical-mile, over 50-hour tow, the platform’s arrival marks the commencement of a new era in green energy, poised to set the standard for offshore wind power technology.

Developed by Mingyang Group, this floating wind turbine platform is arranged in a ‘V’ shape and carries two 8.3 MW offshore wind turbines. With a total capacity of 16.6 MW, it can be used in a wide range of sea areas around the world with water depth of more than 35 metres.

OceanX impeller reaches 219 metres at its highest point and a maximum width of about 369 metres in the air. The whole wind turbine platform has a total displacement of 15,000 tonnes, and a towing draft of 5.5 meters. Once operational, it is expected to produce 54 million kWh annually, enough to power 30,000 three-person households for a year.

  • High-Tech Ingenuity: OceanX Floats on Cutting-Edge Materials

OceanX advances wind turbine innovation by enhancing core component technology, driving both aesthetic and functional refinement in design and manufacturing.

Floating foundation is the key component for floating wind turbines in the deep and distant sea. Unlike traditional steel floating foundations, OceanX’s floating foundation consists of three floats, concrete arms and connectors.

It pioneers the use of ultra-high performance concrete with a compressive strength exceeding 115 MPa for floating foundation construction, a material 4 times stronger than standard concrete, significantly enhancing load-bearing capacity. The floating foundation also utilizes a pre-stressed high-strength concrete assembly structure, facilitating modular and batched manufacturing, thereby substantially reducing construction costs.

Mingyang has leveraged caisson pre-tensioning technology in its precast concrete construction, emphasizing interface sealing and the precision of the pre-stressing process. With 1,500 steel strands expertly threaded through the floating body’s arm, it has meticulously controlled tensioning forces and ensured uniform stress across the end face throughout the construction.

OceanX also introduces a cutting-edge float design, using layered material to replace traditional steel or hybrid materials. The float lightens the floats and accommodates their curved form. The three streamlined ellipsoidal floats offer reduced wave resistance and enable lateral rotation, providing yawing power. Rigorous testing confirms that the streamlined shape strikes an ideal balance between stability and load-bearing.

Notably, housing two wind turbines on a single floating platform can significantly cut down the per-kilowatt cost, as well as reduce the required sea area and operational maintenance expenses.

  • Revolutionary ‘V’ Tower: OceanX Pioneers Wind Turbine Architecture

OceanX, with its robust floating foundation, features the integration of two towers in a ‘V’ configuration, marking a first for offshore wind platforms.

OceanX’s tower, with its elongated elliptical design, maximizes wind exposure along its longer axis, significantly exceeding that on the shorter axis. By aligning the tower with the wind direction at an optimal angle, the wind platform’s area is effectively increased, allowing for swifter alignment to the wind and boosting the efficiency of wind energy capture. Additionally, the towers are fitted with a dual-access system for lifts and ladders, ensuring the comfort and safety of personnel during ascent and descent.

In addition to the evolution of the wind turbine form, Mingyang also expands the boundaries of the application of the cable-stayed system, installing it for the first time globally in a wind turbine.

OceanX has ingeniously harnessed the spatial framework of its tower system, integrating the world’s largest high-stress strand cable-stayed system. A robust network of 13 main and 6 auxiliary cables efficiently tensions the mainframe, tower, and floating foundation, establishing a stable tensioning mechanism across the wind turbine’s components. This innovative cable-stayed design has redefined the load transfer path of traditional wind turbines. Instead of the tower bearing the full impeller and gravity loads, the system distributes the tower’s gravity load to the tension cables, with the tower now only partially supporting the impeller loads. This strategic redistribution significantly lightens the tower’s load, enabling a streamlined and lightweight structural design.

To seamlessly integrate the 200-meter-long, 18-centimeter-diameter cables between the wind turbine, tower, and floats, OceanX employs a precise combination of graded pre-tensioning, multi-dimensional monitoring, and synchronized tensioning. This ensures that all 13 main cables achieve their individual pre-tensioning specifications and can be pre-tensioned to a maximum force of 350 tonnes, optimizing the structural integrity and performance of the wind turbine system.

  • Dual-Rotor Pioneer: OceanX’s Unparalleled Wind Harvesting Design

On the V-shaped tower, two main engines are equipped with parallel impellers, covering a sweeping area exceeding 52,000 square meters—comparable to the size of seven standard football fields. With the impeller blades’ tips a mere 5 meters apart, this pioneering design optimizes impeller pitch and wind efficiency while leveraging the V-shape of the tower. It ensures impeller safety and enhances both wind capture and structural stability.

Upon startup, the impellers rotate in opposite directions, enhancing wind speed in the central area and boosting electricity generation from air kinetic energy by 4.29% compared to a single, large turbine with an equivalent swept area.

In the context of the entire wind farm, longer blades on a single turbine can significantly affect the turbine downstream. OceanX employs two small-sized wind turbines, leveraging the coupled vortex effect from counter-rotation to mitigate efficiency losses across the farm.

  • Downwind Mastery: OceanX’s Single-Point Mooring Showcases Cutting-Edge Innovation

OceanX utilizes a downwind design, alleviating tower headroom constraints for the blades, allowing greater movement, and enhancing the unit’s power generation efficiency through flexible and efficient wind energy capture.

In the face of extreme typhoon conditions, floating wind turbines must be designed to withstand 360° typhoon loads from the outset to ensure stability and safety. OceanX employs a single-point mooring system, which allows the platform to adaptively yaw with the typhoon’s direction. This ensures that the wind turbine consistently faces the incoming wind, regardless of the typhoon’s path.

In the mooring system, to withstand forces equivalent to a level 17 typhoon, the turret’s high-precision slewing bearings must offer exceptional load-bearing capacity and superior underwater sealing. To guarantee OceanX’s stable maritime operation, Mingyang has meticulously assembled the turret system, adhering to stringent standards and precision demands.

Data reveals that the single-point mooring solution reduces the ultimate load on the support structure by 40%, significantly improving the wind turbine’s safety and stability in typhoon conditions. This technology’s implementation boosts the standardization and efficiency of onshore operations for marine and engineering equipment.

OceanX is also capable of managing total health of the turbine to optimising power generation efficiency and lowering the maintenance cost thus finally cut down Levelized Cost of Energy (LCOE) under different environmental conditions.

  • From MW Giants to Deep-Sea Pioneers: Mingyang’s Unceasing Quest for economical offshore wind power

In April 2020, the 1:10 scale prototype of the OceanX dual-rotor floating wind turbine platform was launched in Lake Quarry, Germany. By October, it had completed a two-month offshore operation in the Baltic Sea, enduring tests equivalent to 72m/s winds and 30-meter waves, and earned a feasibility certificate from DNV.

Mingyang has pushed the boundaries of offshore wind power technology, from typhoon-resistant wind power to large offshore megawatt units, and now to the navigation of deep-sea floating turbines. The latest advancements in deep-sea floating wind power are setting new standards for human exploration of the ocean, while decreasing the cost per kWh to make the offshore wind more affordable.

As a leader in global clean energy innovation, Mingyang is committed to driving breakthroughs in marine energy technology. It aims to lead industry innovation, expedite sustainable offshore wind development and facilitate the green transmission globally.

For more information, please visit https://www.myse.com.cn/en and https://www.linkedin.com/company/mingyangsmartenergy/

Business

Port Community Systems (PCS) as the crisis backbone: how trade disruption makes digital port infrastructure non-negotiable (By Alioune Ciss)

Published

on

Port Community Systems

With PCS, ports can dynamically allocate resources, adjust workflows, and reprioritize cargo flows using real-time data and coordinated processes

DUBAI, United Arab Emirates, May 19, 2026/APO Group/ —By Alioune Ciss, Chief Executive Officer, Webb Fontaine (https://WebbFontaine.com).

When global trade flows normally, Port Community Systems (PCS) are often viewed as efficiency tools. They digitize paperwork, connect stakeholders, reduce delays, and improve visibility across port ecosystems. However, the true impact and strategic importance of PCS become most apparent when a crisis hits.

Whether caused by geopolitical conflict, canal restrictions, rerouted shipping lanes, cyber risk, labor disruption, or sudden regulatory shifts, modern supply chain shocks remind us that ports without strong digital coordination struggle to adapt, whereas ports with robust PCS infrastructure are better positioned to keep cargo moving. In today’s environment, PCS has become a critical infrastructure.

Disruption is not an exception anymore

Global maritime trade has entered a more volatile era where disruption is structural. Let’s review the recent events to understand the scale of impact:

  • Around 2,000 ships were reportedly stranded during the recent Strait of Hormuz (https://apo-opa.co/4dii0lb) crisis.
  • The Red Sea crisis (https://apo-opa.co/4dz5gFA) led to more than 190 attacks on vessels by late 2024, forcing widespread rerouting and increasing transit times by up to two weeks.
  • The Suez-linked corridor (https://apo-opa.co/4dz5gFA), which carries roughly 10–12% of global maritime trade, experienced sharp volume declines during the disruption.
  • Supply chains across the Middle East, Africa, and Europe faced cascading effects, including congestion, cost increases, and schedule instability.

At the same time, the global port industry itself is undergoing rapid transformation. According to the International Association of Ports and Harbors (IAPH), ports are accelerating digitalization and strengthening resilience capabilities in response to geopolitical and operational uncertainty. This is the new reality: routes shift, volumes spike, and conditions change faster than traditional systems can handle.

Why PCS matters most during a crisis

When vessel schedules collapse, or cargo volumes suddenly spike, physical infrastructure alone is not enough. Cranes, berths, gates and yards also need coordination. That is where PCS becomes the backbone of resilience.

A PCS is not just a digital tool; rather, it’s a shared operational layer. It connects shipping lines, terminals, customs, freight forwarders, transport operators, and authorities through a single data environment, enabling synchronized decision-making across the ecosystem.

Instead of exchanges through emails, phone calls, Excel files, or siloed systems that generate delays and errors, the PCS enables seamless and real-time coordination.

1. Real-time visibility across the ecosystem

When vessels are delayed or rerouted, fragmented communication becomes a liability.

PCS enables real-time visibility across:

  • vessel arrivals and berth planning
  • cargo status and documentation
  • customs readiness and inspections
  • gate operations and inland logistics

Instead of fragmented updates, stakeholders operate from a shared, trusted data environment.

When shipping lanes shift overnight, policies change, and when uncertainty increases, the strongest ports are the ones that are the most ‘connected’

In a crisis, the speed of information becomes the speed of recovery.

2. Faster decision-making under pressure

Sudden disruptions create immediate operational stress:

  • surges in transshipment volumes
  • yard congestion risks
  • inspection bottlenecks
  • inland transport delays

Without digital coordination, responses are reactive and slow.

With PCS, ports can dynamically allocate resources, adjust workflows, and reprioritize cargo flows using real-time data and coordinated processes.

3. Customs and border continuity

Cargo cannot move if border agencies cannot move.

According to joint guidance from the World Customs Organization (WCO) and International Association of Ports and Harbors (IAPH), interoperability between Customs systems and PCS is essential for coordinated border management, risk control, and secure data exchange (https://apo-opa.co/3PLcs9P).

In crisis conditions, this becomes critical. Governments must introduce new controls, risk filters, or emergency procedures quickly, without disrupting trade flows. PCS enables this  balance.

4. Trust and transparency for the market

Importers, exporters, and carriers can tolerate disruption more than uncertainty. What they need is visibility.

PCS provides transparency across the supply chain, allowing stakeholders to track cargo status, anticipate delays, and plan accordingly. This transparency builds trust and reduces the systemic risk of panic-driven inefficiencies.

Operational resilience is the key

As we all know, the classic PCS discussions focus on key KPIs such as:

  • reduced turnaround time
  • fewer documents
  • lower administrative cost
  • faster truck processing

But today, the most important KPI is “readiness”: If a major trade corridor shifts tomorrow, can your port ecosystem adapt in real time?

To answer “Yes” to this question, a future-ready PCS should include:

  • real-time event management
  • integrated stakeholder communication
  • predictive congestion alerts
  • interoperability with customs and regulatory systems
  • scalable architecture for demand spikes

“For years, ‘efficiency’ was key when it comes to PCS. However, today, the key is ‘resilience’… When shipping lanes shift overnight, policies change, and when uncertainty increases, the strongest ports are the ones that are the most ‘connected’… Therefore, we should treat PCS as a crisis backbone of trade, not an IT efficiency initiative.
[Alioune Ciss, CEO, Webb Fontaine]

The Next Evolution: Intelligent PCS

PCS is now entering a new phase. Next-generation systems are evolving into data-driven platforms that support predictive analytics, AI-enabled decision-making, and proactive risk management (https://apo-opa.co/4eQ93Rg).

In other words, today, ports need systems that help orchestrate responses. Solutions such as Webb Ports (https://apo-opa.co/42F3gqq) from Webb Fontaine reflect this shift. By connecting all port stakeholders through a unified platform, anticipating congestion before it happens, simulating operational scenarios, and optimizing resource allocation dynamically, we enable faster coordination, better visibility and more agile responses when disruptions occur.

Distributed by APO Group on behalf of Webb Fontaine.

 

Continue Reading

Energy

Rand Refinery Joins African Mining Week (AMW) as Silver Sponsor Amid Regional Market Expansion Strategy

Published

on

Energy Capital

African Mining Week 2026 will showcase lucrative investment, partnership, and knowledge-exchange opportunities across Africa’s gold downstream sector, as Rand Refinery intensifies its investment and expansion strategy across the continent

CAPE TOWN, South Africa, May 19, 2026/APO Group/ –Amid a strategy to expand from a South Africa-focused refiner into a pan-African downstream leader, Rand Refinery has joined African Mining Week (AMW), an Influential African Mining Conference, scheduled for October 14-16, 2026 in Cape Town, as a silver sponsor.

Rand Refinery’s participation reflects a broader strategic alignment between the company’s expansion agenda and AMW’s focus on supporting and enabling local beneficiation and promoting artisanal and small-scale mining (ASM) responsible sourcing frameworks.

 

In terms of volumes, the latest market information indicates that Africa produces 1000tpa of mined gold (more than any other continent), with large-scale mining (LSM) and ASM being almost evenly balanced (500tpa production each). On its current trajectory, African ASM volumes are expected to eclipse those of LSM.

 

The focus on ASM as a transformational imperative is valid, and Rand Refinery is an active participant in the precious metals supply chain, working alongside other upstream and downstream actors to ensure that the communities and countries with gold resources benefit in a sustainable manner.

 

Under the theme Mining the Future: Unearthing Africa’s Full Mineral Value Chain, AMW 2026 offers a critical interface between refiners, miners, regulators, and financial institutions, as African countries intensify efforts to capture more value from responsible mineral production.

 

A key pillar of Rand Refinery’s 2026 strategy is its expansion into high-growth gold markets beyond South Africa. In January 2026, the company partnered with Ghana’s Gold Coast Refinery (GCR) to support the Ghana Gold Board to locally refine artisanal and small-scale (ASM) gold and elevate responsible sourcing standards in West Africa. The partnership also positions Rand Refinery in a rapidly growing and historically fragmented supply segment: ASM operations, enabling the company to enhance traceability and strengthen compliance with global standards for ethical sourcing and anti-money laundering.

 

The partnership potentially allows the monetization of ASM supply streams in the formal gold ecosystem, complementing Rand Refinery’s established role in refining output from responsible large-scale producers. AMW 2026 represents a timely platform for the company to provide an update on its projects and contribution to Africa’s gold sector.

 

As demand for regional refining capacity expands, along with central bank buying programs, companies such as Rand Refinery will be crucial.

 

Central bank gold purchases are projected to average around 585 tons per quarter in 2026, underscoring sustained global demand. In Africa, gold now accounts for approximately 17% of total reserves – up from less than 10% in 2022–2023 – while physical holdings increased from 663 tons in 2022 to an estimated 738 tons in 2025.

 

This upward trajectory is driving demand for trusted refining and value addition services, positioning Rand Refinery as a key partner in the region. Against this backdrop, AMW provides a strategic platform for central banks and gold buyers to engage directly with one of the world’s largest integrated single-site precious metals refining and smelting complexes and strengthen regional beneficiation and national reserve strategies.

 

At AMW, Rand Refinery executives will participate in panel discussions and networking sessions, engaging stakeholders on partnership opportunities that support a more integrated, transparent and value-driven African gold ecosystem.

Distributed by APO Group on behalf of Energy Capital & Power.

Continue Reading

Business

Applications open for the 2027 Meltwater Entrepreneurial School of Technology (MEST) Africa AI Startup Program

Published

on

Meltwater

Join a global community of AI entrepreneurs

ACCRA, Ghana, May 19, 2026/APO Group/ –The Meltwater Entrepreneurial School of Technology (MEST) (https://Meltwater.org), has opened applications for the second edition of the MEST AI Startup Program, a fully-funded, immersive experience designed to equip Africa’s most promising AI entrepreneurs with the technical, business, product, and leadership skills to build and scale globally competitive AI startups.

Over a seven-month training phase, the MEST AI Startup program will provide founders with hands-on instruction, technical mentorship, and business coaching from global experts to develop AI-powered solutions. The top startups will then advance to a four-month incubation period to refine products, sharpen go-to-market strategies, and secure market traction. At the end of incubation, startups have the opportunity to pitch for pre-seed investment of up to $100,000 and join the MEST Portfolio.

We are excited to support the next generation of African AI founders through training delivered by some of the most knowledgeable experts in the industry

The inaugural cohort brought together founders from seven African countries who are already building transformative AI solutions across industries. Building on the momentum of the first edition, the 2027 intake reflects MEST Africa’s continued commitment to ensuring African entrepreneurs play a defining role in the future of artificial intelligence.

According to Emily Fiagbedzi, AI Startup Program Director, the urgency of investing in African AI talent has never been greater.

“AI technology is advancing at an extraordinary pace, and meaningful participation in the global AI economy requires more than access to tools, it requires the ability to build,” she said. “This program is designed to help talented African founders develop solutions to real challenges while positioning them to compete globally. We are excited to support the next generation of African AI founders through training delivered by some of the most knowledgeable experts in the industry from organizations including OpenAI, Perplexity, Google, and Meltwater”

For the 2027 intake, the program is open to African founders based in Ghana, Nigeria, Senegal, and Kenya aged 21–35 with software development experience who want to start their own AI startup.

Apply now at https://apo-opa.co/3ReIQSI

Distributed by APO Group on behalf of The Meltwater Entrepreneurial School of Technology (MEST Africa).

 

Continue Reading

Trending