The follow smart devices are recommended:

Apple

iPhone 11 Pro / 11 Pro Max / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

The follow smart devices are recommended:

Apple

iPhone 11 Pro / 11 Pro Max / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

The follow smart devices are recommended:

Apple

iPhone 11 Pro / 11 Pro Max / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

The follow smart devices are recommended:

Apple

iPhone 11 Pro / 11 Pro Max / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

Apple

iPhone 11 Pro / 11 Pro Max / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

Dive in with FIFISH P3

The follow smart devices are recommended:

Apple

The follow smart devices are recommended:

Apple

iPhone 11 Pro & Above / 11 Pro Max & Above / 11 / SE(2nd) / XS / XS Max / XR / X / 8 Plus

iPad Pro 4 / 3 / 2 / 1

iPad Air 3 / 2 / 1

iPad mini 5 / 4

iPad 7 (2019) / 6 (2018) / 5 (2017)

Samsung

Galaxy S20 Ultra / S20+ / S20 / S10+ / S10 / S9+ / S9

Galaxy Note 10+ / 10 / 9

Galaxy Tab S6 / S5e / S4

Huawei

P40 Pro+/ Pro / P40

P30 Pro / Lite

Mate 30 Pro / 30 / 20 Pro / 20

MatePad Pro / M6 / M5

Equipped with Ambarella^® Camera SoC and FOV 162° ultra wide-angle lens, which support AF & Macro Mode.   

P3 could capture 4K HD Footage & 20 Megapixel photos in underwater environment.

QY-MT's applications span five major scenarios: bridge inspection, water resources and hydropower, underwater infrastructure, ship inspections, and offshore wind power. This heralds the arrival of an intelligent tool for underwater detection in these critical areas.

Powerful AI Solution

Multi-measurement Capabilities

Expanding its capabilities, QY-MT caters to underwater polygonal target objects, enabling precise angle data retrieval through the angle measurement option. Furthermore, it tackles complex irregular underwater objects by harnessing powerful AI computing capabilities, ensuring the capture of area and perimeter data with high precision in a single click.

Redefining Diver x ROV Collaborations – QYSEA Unveils AI Diver Tracking

This cutting-edge feature leverages QYSEA's proprietary AI underwater image filtering algorithm and advanced visual recognition technology. Identifying a diver's movements, it conducts real-time automatic analysis, achieving precise underwater visual tracking and monitoring. This marks the world's first technology applying AI for underwater robot diver tracking, serving as a crucial safety measure and reliable diving companion.

Traditional underwater robot and diver collaboration face complexities, requiring frequent manual operations. QYSEA pioneers the AI Diver Tracking Function, simplifying control through intelligent algorithms, enabling real-time tracking, and enhancing operational efficiency.

The AI Diver Tracking Function finds applications in underwater engineering, ecological conservation, emergency rescue, underwater events, and leisure, marking a new era in intelligent underwater safety!

Key Features

Solo Dive Capture, Varied Perspectives

In single-person mode, the FIFISH intelligently tracks a diver, capturing diverse angles—side, rear, top, and bottom—with varied poses, seamlessly adapting to different environments.

 

Dynamic Group Shots, Expansive Views

In multi-person mode, the FIFISH ROV frames multiple divers for consistent monitoring. As the team disperses, the FIFISH retreats for clear visibility; during synchronized swimming, it adeptly follows from behind, leads from the front, or captures engaging side views of the group.

 

Real-time Monitoring, Synchronized Transmission

AI Diver Tracking supports real-time monitoring, synchronizing underwater and surface views. Activate the QYSEA FIFISH APP, connect to the ROV, and enable the function for easy tracking of diver movements.

Unveiling FIFISH E-GO: The First Modular AI Underwater Robot for Professional Underwater Operations

Leading underwater robotics company, QYSEA Technology, announces the release of its next-generation advanced underwater operations expert, FIFISH E-GO. Delivering an innovative modular design, upgraded power and imaging system, multi-load capabilities, and AI-powered features, FIFISH E-GO stands as QYSEA’s most powerful professional-class underwater robot to date. With versatile functionality, the E-GO excels in missions across a range of challenging subsea environments and applications.

Four Core & Essential Modular Elements

FIFISH E-GO features an all-new modular design with detachable components for its motor, lighting, camera, and battery. Module replacements can swiftly restore the E-GO to its underwater operable state within minutes. With extensive expansion capabilities, FIFISH E-GO can accommodate up to six tools simultaneously, showcasing unprecedented operational strength.

FIFISH E-GO supports hot-swappable batteries, enabling rapid replacement without the need to shut down, and boasts fast charging to reach 90% capacity within 50 minutes. The accompanying portable intelligent charging system offers multiple charging modes, providing power to other external smart devices as well.

Advanced Imaging & Enhanced Power

The FIFISH E-GO is equipped with an industry-first 176° ultra-wide fisheye lens, delivering a 146° ultra-wide field of vision underwater to capture a greater range of elements in a single frame. With an extreme macro adjustment capability, the FIFISH E-GO focuses underwater at a mere 10cm distance, allowing for clear observation at extremely close distances. Additionally, the FIFISH E-GO features 10,000 lumens of underwater lighting and a 160° wide illumination angle, ensuring clarity under dark and turbid oceans.

FIFISH E-GO’s ring-wing motors provide added power, enabling the machine to achieve underwater speeds of over 3 knots while maintaining rugged resistance to underwater currents.

Award-winning Design & Build
The all-new biomimetic design of the FIFISH E-GO, inspired by the formidable hammerhead shark, has earned it the prestigious Good Design Award 2023, reflecting a unique and industry-defining design philosophy.

The E-GO's design delivers enhanced stabilization for the machine during underwater operations, minimizing water flow disturbances. Additionally, the ergonomic T-shaped tail fin design enhances operator mobility, enabling swift one-handed handling and rapid deployment.



AI-driven Underwater Operations
QYSEA’s self-developed AI Vision Lock function enables the FIFISH to achieve adaptive stabilization and locking of target objects underwater with a simple touch on the control screen. Furthermore, the AI plankton filtering algorithm automatically optimizes visuals, ensuring clearer underwater scenes for professional underwater monitoring tasks across aquaculture, search and rescue, hull check-ups, and beyond.

With the addition of add-on tools, FIFISH-EGO can utilize traditional laser scaling and innovative AI automation to accurately and efficiently measure underwater dimensions of objects, identifying damaged areas in underwater structures -such as ship ports, bridge pillars, and wind farm structures- with high precision.


FIFISH E-GO is now available across QYSEA and QYSEA partner platforms and channels. Please click below to learn more about the FIFISH E-GO:

FIFISH E-GO Website: Please Click Here
FIFISH E-GO Showcase Video: Please Click Here

5G + Ocean Ranch Successfully Applied! FIFISH AI Underwater Robots Boost Asia's Aquaculture Industry

In recent years, with technological advancements, China's smart ocean construction has been rapidly developing. Currently, it is driving the digitization, greenification, and intelligence upgrade of traditional marine industries. QYSEA Technology is leading the way in this era and, in collaboration with partners like China Mobile, has combined AI-powered underwater robots with 5G networks to launch the new "5G+ Ocean Ranch" intelligent farming solution. This leverages the power of technology to initiate a new era in offshore farming and support the development of the marine economy.

Disrupting Tradition, Real-time 5G Remote Technology

QYSEA Technology, in close collaboration with partners such as China Mobile, has ensured robust network compatibility for QYSEA’s FIFISH underwater robots, fully adapting them to China Mobile's 5G network signal. In operational scenarios, the FIFISH underwater robot seamlessly connects to China Mobile's network channel without requiring additional network adjustments. Leveraging the characteristics of 5G network solutions such as high-speed and low latency, operators can control the FIFISH underwater robot from data centers or on land. Through 5G remote monitoring and control technology, comprehensive observation and recording of offshore ranches can be achieved.

In Sando Town, Fujian, which is the core production area for large yellow croaker aquaculture in China, over 80% of the country's large yellow croakers are produced here. For many years, traditional cage aquaculture has been employed, with manual diving observation, maintenance, and net lifting being the primary means of cage monitoring and management. This operation method not only incurs high costs and low efficiency but also presents significant challenges to the physical and mental health of underwater workers.

According to the head of the fish farm, a skilled underwater robot operator can complete extensive farm observation and inspection tasks within a day. There is no need for divers to go underwater; instead, image sensors carried by the FIFISH underwater robot provide data that is rapidly transmitted back to land via 5G networks with an ultra-low latency of only 0.1 seconds. This data is then identified and processed in data centers, making the process highly efficient and convenient.

Through the new "5G+AI intelligent underwater robot" solution, local fishermen can not only monitor cage conditions in real-time and efficiently perform underwater tasks but also save costs amounting to millions of yuan.

AI Empowerment, Unmatched Capabilities

In the offshore ranch of Sando Town, Ningde, the robot used by the staff is the QYSEA FIFISH Underwater Robot. It features a streamlined appearance and compact size.

Unlike other bulky underwater robots, FIFISH Flying Fish boasts remarkable underwater operational capabilities, suitable for professional-grade underwater tasks. FIFISH Flying Fish's robust AI capabilities bring intelligence to underwater ranch operations. QYSEA Technology's self-developed AI de-fogging algorithm, through AI calculations, provides operators with a clearer view of the fish farm environment. The AI visual locking function automatically counters the influence of ocean currents, maintaining the robot's stability and assisting operators in locking onto underwater targets. Additionally, QYSEA Technology has introduced an industry-first AI fish quantity recognition feature that uses powerful AI computing capabilities to intelligently identify the quantity of fish in the image, significantly improving aquaculture efficiency.

In terms of scale, the offshore ranch in Sando Town is extensive, with a large number of cages closely arranged. Large, traditional underwater robots struggle to operate effectively in this environment. However, the compact 4kg size of the FIFISH Flying Fish allows it to move freely between the cages, observe cage conditions in a 360° non-obstructed manner, and help aquaculture personnel quickly grasp underwater information.

Furthermore, the FIFISH Flying Fish is equipped with a 4K ultra-clear camera, capable of capturing 4K ultra-clear underwater images. Compared to traditional underwater robot 1080P images, the FIFISH Flying Fish's image clarity is increased fourfold, allowing for detailed observations of cage conditions and providing exceptionally clear underwater visuals.

The FIFISH Flying Fish also possesses strong expandability, as it can carry underwater tools for various tasks commonly used in aquaculture. Mechanical arms and grippers can be easily operated to retrieve items from the water. Fishing nets can be used to retrieve dead fish carcasses, preventing larger-scale infections in fish populations. Net repair tools can assist fisheries personnel in repairing cages and plugging leaks, helping to recover economic losses for offshore ranches. Additionally, it can be equipped with water quality detectors for rapid assessment of water acidity, alkalinity, and enrichment, providing great convenience to aquaculture operations.

FIFISH AI underwater robot aquaculture solutions are going global. Two years ago, QYSEA’s FIFISH underwater robot achieved real-time remote control of underwater operations via 5G for the first time worldwide. In April 2021, QYSEA Technology joined forces with Japan's largest carrier, Docomo, to remotely control FIFISH underwater robots at remote fishing grounds using the QYSEA AI edge computing box, connected via 5G/4G networks. They achieved 4K-level ultra-clear image transmission with ultra-low latency, transmitting underwater imagery from Hiroshima's remote fishing grounds to a data control center in Tokyo in real-time. This facilitated the rapid assessment of fishing ground changes and provided a scientific basis for decision-making by aquaculture personnel.

In practical applications, the "5G+ Ocean Ranch" can simultaneously achieve remote control, remote monitoring, remote measurement, remote sampling, and a series of other operations, integrating multidimensional functions into one, bringing unprecedented convenience to the aquaculture industry. This case has been successfully implemented in marine aquaculture farms in Japan, significantly improving local farm decision efficiency, reducing operational costs, and achieving "double harvest" of reduced costs and increased efficiency!

FIFISH Underwater Robot aquaculture solutions have been successfully applied in cases such as AFE in Australia, pearl farming in Alaska, and salmon farming in Norway, bringing about a new level of upgrade in aquaculture. QYSEA Technology's underwater robot actively explores the new "5G+ Ocean Ranch" track, accelerating the integration of 5G with the marine industry, leveraging technology research and development to support a new ecological model for aquaculture, providing convenience and new opportunities for aquaculture, and propelling China's marine economy toward high-quality development!

Recently, the FIFISH Underwater Robot has made big the news again!

In a collaborative project between QYSEA Technology and the globally-renowned Japanese company NTT Docomo, together with Professor Sato Noriyuki's team from the Okinawa Institute of Science and Technology, a breakthrough has been achieved in marine coral conservation. Their research findings were published in the Proceedings of the Royal Society, and the FIFISH Underwater Robot -accompanied by the research team- was interviewed by the popular Japanese entertainer Haruka Ayase, receiving countless praises!

#1: Shared Vision of Collaboration

#2: Urgent Need to Protect Coral

#3: QYSEA · FIFISH Demonstrating Its Abilities

The newly-developed QYSEA AI Platform includes a range of adaptive position and vision locking systems for all FIFISH ROVs. Among these dynamic features, the AI Vision Lock system can visually secure onto selected targets across any underwater environment with ease and precision. The user needs to simply press on the area of interest on their APP screen and the ROV then intuitively adjusts its position, locking the target at the screen center.

Activating the AI Vision Lock unleashes a range of smart capabilities that ensure selected subjects are at the main focus, improving operating efficiency and resistance against currents for the FIFISH user. Once locked onto the selected target and if the posture of the ROV -such as its pitch, direction, and rolls- is changed from outside elements or thought the controller, the FIFISH will intuitively re-adjust its position towards the original point of focus.

The key technology behind QYSEA's AI platform is the Dead Reckoning Inertial Navigation System (DR-INS). FIFISH ROVs utilize their built-in accelerometer and gyroscope to measure the acceleration and angular velocity of objects, as well as their computing systems to actively estimate and calculate the position, attitude, and velocity of objects in motion which results in a stabilized and smooth real-time target locking. The technology has been mainly used through aircraft, submarines, missiles, and space shuttles, where its technical threshold can be quite high. As a creative breakthrough within the marine industry, the QYSEA R&D team has taken the lead in applying this technology to ROVs for the first time, successfully launching the AI Vision Lock platform following numerous trials and iterations.

QYSEA’s AI Platform and Vision Lock system brings disruptive and essential changes across the marine industries, further enhancing the capabilities for the needs of both professionals and enthusiasts.

Emergency Search & Rescue

Underwater emergency rescue operations are often time-critical, where it would be key to locate the rescue targets with optimal efficiency and precision. QYSEA's FIFISH Underwater Robots, equipped with the 2D imaging sonar and AI Vision Lock function, allow the ROV to secure its visuals with swiftness and accuracy, allowing divers to execute their rescue missions with higher efficiency. During a life-saving and vital mission where every second counts, the AI Vision Lock uses automation to effectively track the necessary objects, removing the time and costs wasted from performing manual tracking.

Highway & Bridge Inspections

Highways and bridges are a vital part of national transportation, and thus is necessary to conduct regular inspections of their internal and external structures to ensure safety for daily operation. Traditionally, bridge inspection required much manpower and resources to be complete. The FIFISH ROV can be seamlessly deployed into waters for inspections and -with the AI Vision Lock system- easily lock onto a damaged area along with the piles and coordinate a quick repairing operation. Combined with the AR Ruler attachment, operators achieve greater efficiency in identifying and measuring the size of damages and other elements through the FIFISH APP.

Offshore Wind Power

Offshore wind is one of the newest and most promising sources of energy, with yearly rising industry demand on a global scale. As a result, offshore wind power equipment requires frequent maintenance and inspections to maintain its operations, with ROVs having been a largely beneficial solution for these tasks. Utilizing the AI Vision Lock platform, operators can inspect an offshore wind structure's pile and detect problematic areas with great detail and ease. Under heavy and strong currents that frequent in offshore environments, the AI Vision Lock system keeps the position of the FIFISH ROV highly secured and locked onto its target.

Aquaculture

Aquaculture in China has developed rapidly, ranking first in the world for more than 20 consecutive years and accounting for nearly 70% of the world's total output. However, its rapid development has also been accompanied by various challenges; traditional fish farming operations have relied on labor-intensive methods for inspections, as well as harmful breeding practices to manage its efficiency. Deploying compact ROVs into the world of aquaculture has greatly reduced human-based and fish-breeding risks. With the recent AI Vision Lock upgrade, the FIFISH can quickly locate and lock onto damaged areas around the fishing net, and execute a quick repair with the Net Patch Kit add-on tool. Through these modernized methods, the marine industry is able to experience immense improvements in its standards and operations.

The marine applications and scenarios where the FIFISH can benefit the user are not only limited to the ones listed above. The QYSEA's AI Vision Lock platform introduces a new level of operational efficiency and capabilities for its ROV users. From underwater filming and discovery missions to advanced operational tasks, QYSEA's latest comprehensive APP upgrade pushes the industry of compact ROVs to new and exciting heights.

In recent weeks, Japanese telecommunications operator KDDI, commercial drone manufacturer PRODRONE, and underwater robotics firm QYSEA unveiled the world’s first ‘Sea-Air Integrated Drone’ during a flight showcase at the Hakkeijima Sea Paradise in Yokohama. The revolutionary drone aims to modernize offshore and marine operations with its intelligent capabilities, high working efficiency, and minimized manpower required.

World’s first Sea-to-Air integrated drone by QYSEA & KDDI

A Joint Collaboration & Breakthrough in Drone Technologies

The world's first sea-to-air drone is jointly manufactured by telecommunications operator KDDI and underwater robotics manufacturer QYSEA Technology, featuring the combination of a heavy-duty aerial drone and QYSEA’s industrial-class FIFISH PRO V6 PLUS ROV. This ambitious project had been set out by KDDI six years earlier, who had sought to combine advanced mobile communication networks with drone technologies that would deliver extended flying distances and lengths.

Main elements & compartments of the Sea-Air Integrated Drone

Seamless Operation from Land, Air & Sea

The technological achievement between KDDI and QYSEA has resulted in the first commercial drone capable of operating seamlessly through land, sea, and air. Through long-range mobile communications, the drone is operated remotely to fly to its preset route at sea. After landing at its designated location, the FIFISH ROV is released and deployed to work.

The pilot is then able to remotely operate with the ROV from a safe working location, and perform a variety of inspection, maintenance, and repair work underwater.

Visual reference of operations by the Sea-Air Integrated Drone

Elevating Upon Traditional Methods

Traditional and widely-used methods in underwater inspections often involve challenges with time, energy, monetary costs, and human risks, where workers would need to use boats to drive out to offshore platforms and make multiple dives for their inspections.

The KDDI and QYSEA jointly-developed ‘Sea-Air Integrated Drone’ provides a breakthrough within remote marine-based operational work. Without the need to leave their onshore working location, the operator can deliver inspections with real-time visual feedback and operate through underwater environments with a variety of sampling, measurement, and manipulation tools, as well as be able to live-stream operations for multi-person collaborations.

The Sea-Air Integrated Drone takes off on its preset route

The Sea-Air Integrated Drone lands onto the waters before the FIFISH ROV is deployed

Essential Marine-Based Applications

The ‘Sea-Air Integrated Drone’ has shown it will have far-reaching applications across the various marine-based industries. In offshore wind power, the drone can be deployed to perform complex inspections and maintenance work on its frames and foundations to greatly reduce human risks. In the world of aquaculture, the drone is able to fly out to monitor its livestock and crops, as well as perform maintenance and repair work through the ROV’s multitude of add-on tools. Other marine-based applications include operations involving search and recovery, hull inspections, and various other subsea infrastructures.

With further details of its release coming in early 2022, the ‘Sea-Air Integrated Drone’ will undoubtedly lead an essential path towards the development of a sustainable ocean economy and the global goal of carbon neutrality.

Visual reference of operations by the Sea-Air Integrated Drone

Additional Vehicle Integrations with the FIFISH

In China’s Shandong province, QYSEA has recently teamed up with local technology scientists to debut the nation’s first unmanned drone and ship for mariculture operations. Utilizing remote communication technologies, aquaculture farmers and scientists can sail out to farms to monitor livestock and crops from a safe onshore location.

Through the technological collaboration of ocean robotics and artificial intelligence, the unmanned sea vehicle delivers seamless surface-to-underwater control, ultra-clear and real-time imaging feedback, as well as remote autonomous operational capability. With fewer required costs, manpower, and energy, the emergence of compact unmanned ROVs is a great breakthrough in efficiency and sustainability, compared to the traditional methods used in mariculture operations.

The nation’s first unmanned mariculture drone and ship makes its sea trial debut

FIFISH PRO V6 PLUS ROV

FIFISH PRO V6 PLUS is a compact sized expert in advanced underwater solutions. With a diving depth of 150 meters, a intelligent interface to add on a variety of add-on tools, and the all-new integration of a Q-motor stabilization system, small-scale underwater operations can be fully optimized.

The FIFISH PRO V6 PLUS delivers 6 degrees of freedom, allowing the operator to achieve any posture and angle of movement. With the intelligent distance and altitude lock systems, the ROV adapts to unpredictable environments to move with boosted stability.

The FIFISH PRO V6 PLUS ROV by QYSEA Technology

As the country pays more and more attention to issues surrounding energy conservation and environmental protection, wind energy has garnered growing importance as a clean and renewable global power source. Under China's '30·60' decarbonization goal, renewable energy -especially wind power- is on course to become the nation's mainstream energy source, a vital path in lowering carbon emissions and eventually achieving the goal of carbon neutrality.

01 World Leader in Offshore Wind Energy Development

Incentives to innovate, tax reductions, financial subsidies... the implementation of these support policies and measures have led to the comprehensive recovery of the nation's marine-based economy. In particular, the rapid development of marine-based energy sources has become an essential pathway in achieving China's dual-carbon goals.

To achieve carbon neutrality, we must first reduce the use of coal-based thermal power in exchange for clean and renewable energy sources, such as solar, nuclear, wind, and hydro power.

China has become the world's second-largest wind power market in recent years. According to the latest data, the country's new offshore wind power capacity has led the world for three consecutive years. As of the end of June 2021, the cumulative installed capacity of offshore wind power throughout the nation has exceeded 11.1 gigawatts. The International Energy Agency predicts that China’s installed offshore wind power capacity will be equivalent to that of the EU by 2040, and where emission reduction capabilities will be further improved.

02 Challenges in Traditional Operational Methods of Offshore Energy

As an emerging industry, offshore wind power is almost is limited in terms of a solidified guide to underwater operations and maintenance. After the rush to install many of these structures in recent years, there will inevitably be various structural problems that will appear. Only through frequent professional inspections and assessments is it possible to maintain the structural quality and avoid any major issues.

Offshore wind power operation and maintenance tasks are mainly divided into inspections of monopile frames, pile foundations, structural scours, submarine cables, and more. The traditional method of assessments would mainly involve sending divers into the dark and narrow spaces to operate, which is costly, timely, as well as risky.

Main Factors & Challenges of Traditional Operating Methods

Environment: The underwater working environment is complex and unpredictable, resulting in potentially harmful risks for divers during their operations.

Time: In addition to human risks involved, the time and energy required for each dive are not optimal and likely to result in delays and added costs to the project.

Data: At present, underwater construction operations are lacking real-time feedback visualizations and data collection systems. In addition, the ability to make collective decision-making is limited.

Led by QYSEA, the industry has seen underwater robots are equipped with high-definition cameras and sonar systems to provide first-hand information for workers onshore to help assess the engineering accuracy, improve the engineering efficiency, and reduce construction costs of the project.

03 Heavy Duty Capabilities: Breaking Through the Waves & Industry Barriers

A Multifunctional Enterprise Class ROV Platform

FIFISH PRO W6 is an industrial-class ROV platform, equipped with an all-new powerful and patented Q-Motor system, a diving depth of 350 meters, powerful operating features and tools, as well as intelligent stabilization systems against strong currents. The W6 uses an innovative modular design and interface that enables seamless attachments, replacements, and removal of parts and accessories for a range of industrial underwater applications. Operate with power, precision, and efficiency.

A new benchmark in industry-level underwater robots, FIFISH PRO W6 has unparalleled advantages in its compact size, long-lasting power and expansive capabilities.

Safety: With a water depth of up to 350m and a speed of up to 4 knots, underwater operations can be carried out onshore with high safety, stability, and precision to avoid the high risks of physically working in harsh subsea environments.

Efficiency: With a water depth of up to 350m and a speed of up to 4 knots, underwater operations can be carried out onshore with high safety, stability, and precision to avoid the high risks of physically working in harsh subsea environments.

Robust & Reliable: The ROV body adapts a carbon fibre bracket structure, producing a light and rugged build. The power and communication cable is made from a rugged Kevlar material, with the ability to withstand a pulling force of up to 200kg.

Expansion of Capabilities: FIFISH adopts and streamlined and modular design-build. The FIFISH is equipped with a range of professional-quality accessories, easily attachable with the ROV's Q-interface ports, and suitable for a range of industries and applications

The FIFISH PRO W6’s 3D Station Lock algorithm is an adaptive and intuitive system, locking the ROV position underwater and precisely returning to its locked position against any interferences from the underwater environments. Execute and deliver inspections with exceptional stability, smoothness, and precision.

FIFISH PRO W6’s Dual 4K Camera System delivers an ultra-wide field of view, facilitates greater efficiency for inspection tasks, as well as provides operators a complete picture of the surrounding underwater environments. The system allows for comprehensive inspections to be performed and, with the FIFISH patented software, the collection of a great range of data beneficial for professional organizations and teams.

An Effective & Integrative Solution

1. The FIFISH is equipped with optical, acoustic, and water quality sensors to systematically inspect and assess pile foundations, structural scours, and underwater cables;

2. Respond promptly to emergencies, work underwater for prolonged lengths, complete subsea inspections quickly and efficiently;

3. In routine inspections and maintenance operations, FIFISH's multi-dimensional sensors provide comprehensive visual data of depth, terrain types, erosion level, structural sizes, and more.