China Guangzhou Gesai Intelligent Electronic Technology Co., Ltd. Company News

As an important industrial carrier of the low-altitude economy, industrial unmanned aerial vehicles (UAVs) play a significant role in the daily work of various industries with their unique advantages. So, what are the main application fields of industrial drones?   Exploration and Surveying Unmanned aerial vehicle (UAV) exploration and mapping refers to a comprehensive technology that uses UAVs as carrying platforms, equipped with sensors and positioning systems, to obtain ground information through remote sensing technology, and then process, analyze and apply it. It has the advantages of high efficiency, flexibility, rapidity and low cost, and can quickly obtain high-precision and large-scale geographic information data, providing important data support for survey and design.   1. Regional dynamic monitoring Use drones to regularly photograph the target area or place to form dynamic monitoring. For instance, drones can be used to monitor the safety of construction site operations, which can effectively monitor whether the workers are wearing safety helmets as required and eliminate potential risks and hazards.   2. Monitoring of land and resources Drones, equipped with high-precision GPS receivers and pan-tilt cameras, can obtain terrain data in real time, complete terrain measurement tasks more efficiently, and improve the efficiency of data collection. At the same time, it is also possible to implement monitoring of geological disasters, transmit data to the ground for analysis, predict the occurrence probability of geological disasters, and provide a scientific basis for disaster prevention and control.   3. Engineering exploration By detecting and analyzing specific substances on the surface or underground, unmanned aerial vehicles (UAVs) build high-precision two-dimensional and three-dimensional models to obtain information on surface morphology changes, geological structures, mineral landforms, etc., providing accurate data support for the planning of engineering construction.     Energy Infrastructure The application of unmanned aerial vehicles in energy infrastructure is extensive. They can quickly capture potential problems in energy infrastructure, making the maintenance of energy infrastructure more timely and helping to prevent potential security risks.   1. Grid inspection Unmanned aerial vehicle (UAV) power grid inspection is an efficient and safe method for inspecting power grid facilities and the environment. By using unmanned aerial vehicles (UAVs) equipped with devices, visible light inspection, infrared inspection and Lidar inspection of power grid lines and equipment are carried out, providing guarantees for the safety and reliability of the power system.   2. New energy vehicle inspection Drones rapidly fly over new energy facilities such as wind farms and solar power stations. By carrying equipment, they take photos and monitor key areas. Combined with an AI intelligent recognition system, they quickly analyze the inspection images, promptly identify equipment malfunctions and abnormalities, and generate reports.   3. Pipeline inspection Drones can fly autonomously along preset routes, providing all-round and thorough coverage of oil and gas pipelines without any blind spots, ensuring the completeness and accuracy of the inspection. It not only reduces the safety risks of inspection personnel, but also improves the inspection efficiency.   Logistics and Transportation Drones play multiple roles in logistics transportation, including improving transportation efficiency and speed, reducing logistics costs, enhancing flexibility, environmental protection and energy conservation, as well as technological innovation and intelligence.   1. Material distribution Drones have a significant speed advantage in emergency material distribution and can deliver materials to the designated locations quickly and conveniently. For instance, after a disaster occurs, drones can quickly deliver relief supplies such as food and medicine to the disaster-stricken areas.   2. Express logistics In the express logistics industry, drones can directly deliver goods from warehouses to customers. In Shenzhen, drone delivery of food has become a common sight. So far, it has covered five business districts in Shenzhen and reached 18 communities and office buildings through 11 routes. Compared with traditional delivery, it has improved efficiency by nearly 40%, saving users a lot of waiting time  

Drones have completely transformed industries ranging from film production to search and rescue. But a major limitation still exists: battery life. "Tethered drone" - a game-changing solution that enables continuous and uninterrupted flight How does a tethered drone work? Tethered drones are connected to ground power sources via high-strength cables, providing unlimited flight time (as long as there is power available). Unlike free-flying drones that rely on on-board batteries, tethered drones obtain power directly from the power source and do not need to land frequently. Why Use a Tethered Drone?Unlimited Flight Time ldeal for long-duration missions (security, live broadcasting).StableConnection Secure data transmission, resistant to jamming.Higher Payload Capacity Noheavy batteries = more room for cameras/sensors.Regulatory Benefits Some regions allowextended BVLOS (Beyond Visual Line of Sight) operations with tethered systems.

     The UK Ministry of Defence stated that recently, the Royal Air Force (RAF)'s first "Guardian" RG Mk1 drone was controlled by a controller and completed a series of prescribed flight operations over the Royal Air Force Base in Waddington.      The Guardian drone is a customized model designed by General Atomics for the Royal Air Force based on MQ-9B Skyguard technology, and will play an important role in unmanned combat missions in the future. General Atomics will deliver 16 Guardian drones, which are expected to officially enter service with the Royal Air Force by the end of 2024. The drones are expected to develop initial combat capabilities by 2025 and full combat capabilities by 2026.       The Protector drone technology will belong to the UK, and the fleet will be deployed at the Royal Air Force Base in Wardington. In the future, drones will take off from the base and fly to the Middle East or Africa. After arriving in the theater of war, specialized troops will prepare for drone combat missions. In addition to intelligence, surveillance, reconnaissance (ISR) and strike missions, the Royal Air Force's Guardian drones will also expand a range of applications within the UK, including emergency support and domestic and international maritime surveillance.     

            Mr. Pan participated in the 8th China Unmanned Aerial Vehicle Conference and Exhibition held at the Zhongguancun National Independent Innovation Demonstration Zone Exhibition Center in Beijing in 2015, carrying a self-developed and produced multi rotor all carbon brazing drone. In April 2015, at the age of 31, he brought his product to the attention of the China International Model Expo. At that time, the company's police, forest firefighting, electric power patrol, and urban management quadcopter drones had a carrying and endurance capacity of 90 minutes, ranking first in the industry.        With the development of society and the increasing application of drones, they have played a huge role in various fields of society. Careful Pan Qixiang observed that people's desire for unmanned work was becoming stronger and stronger, prompting him to continue to focus on the field of drones and continuously improve himself, cultivate his research and innovation abilities, and unleash his dream of soaring in his heart.        As the earliest, largest, most academically advanced, and with the highest number of participants and participating companies in the field of drones in China, the "Wings of Sharp Soldiers - China UAV Conference and Exhibition" has always adhered to the concept of "leading, integrating, innovating, and developing". After more than 10 years of accumulation and precipitation, it has become the recognized first brand of drone exhibitions in the industry.

       As technology advances, civilian and military applications of unmanned aerial systems are rapidly increasing. In aerial imaging and data collection applications, unmanned aircraft systems (" UAVs "), especially those with rotorcraft structures, have several advantages over fixed wing systems due to their hover and vertical take-off and landing features. Despite these advantages, their use in the tactical field is limited due to the disadvantage of short hover times. With current technology, the flight time of rotorcraft drones is between 30 and 60 minutes. Especially in applications such as communication relaying, wide-area surveillance and traffic monitoring, rotorcraft drones cannot be used or have limited use due to the need for long-term operation.          Another requirement for drones is that they need to communicate. Data (sensors, images, control, telemetry) communication is provided through a wireless communication network established with the operator. Especially in environments where signal interrupters are used (military applications, gatherings, meetings, etc.), turning off signal interrupters to use drones creates security vulnerabilities. On the other hand, due to the inability to transmit high-dimensional data over wireless data connections, image data in particular is compressed to less usable levels.          This makes it difficult to use for applications that require high-resolution data, such as wide-area monitoring software. Encryption is also used to ensure that wireless communications are not penetrated, but it cannot achieve 100% security.          The tethered drone solution is primarily based on leveraging the advantages of the rotor system, such as hover, vertical take-off and landing, while using cables to connect to the ground unit to transmit data and power, thereby increasing flight time and data security. Unlike conventional drones, tethered drones can stay in the air for a long time, often up to 24 hours, without having to land to replace batteries or refuel. The purpose of this white paper is to provide a comprehensive overview of what tethered drones are, their components, benefits, use cases and applications. We'll also explore why Zenith Aerotech tethered drones are a popular choice for various industries          We are a professional tethered UAV solution provider, always committed to providing customers with efficient and innovative tethered UAV technology and services to meet the diverse needs of customers in the field of tethered UAV. The product line is compatible with DJ1 DJI UAV M30/M350/FC30/ Yu3 (10% of the market) and high-power industrial UAV market above 10kw (90% of the market). Always adhere to independent research and development, and actively expand emerging markets, the current output value of about 20 million/year. So far, there are more than 600 domestic customers, more than 80 customers abroad, the current products have been sold to the United States, Europe, the Middle East, South Africa and Southeast Asia, domestic customers are mainly security, police, emergency customers. New product categories can be customized for customers, whether it is a power supply box or an airborne module or even a drone can be     customized.

             The multi-rotor UAV takes off through the rotation of the propeller to generate lift, which is completed by the motor on the UAV. The motor drives the rotor to rotate to generate pressure difference, thus driving the UAV to fly.              Motor is one of the core components of UAV. The motor, also known as the motor, can convert electrical energy into mechanical energy, driving the UAV to complete the takeoff, hovering, landing and moving actions. The power and efficiency of the motor directly affect the performance and flight time of the UAV.     The brushless DC motor is mainly composed of a magnetic pole rotor, a multistage winding stator and a Hall effect position sensor (not required). The working principle is based on electromagnetic induction and magnetic field interaction, and the stator consists of multiple coils, usually wound by insulated wires, and fixed to the housing of the motor. The rotor consists of permanent magnets, usually arranged in a specific form. The electronic speed controller (ESC) controls the current in the stator coil, generates a magnetic field, and starts the rotor to rotate. Its advantages include high efficiency, high power density, low noise and long life     The type of motor is generally based on size. For example, the brush 370 motor means that it does not include the length of the shaft is 37mm; The brushless external electronic 2208 motor refers to the diameter of its stator coil is 22mm, excluding the length of the shaft electronic coil is 8mm. The most relevant indicators for UAV dynamic characteristics are speed, current and power. The speed is generally expressed in KV, and KV refers to the speed per minute that can be achieved without load per volt (V). For example, using the KV1000 motor, 11.1V battery, the motor speed should be 1000× 11.1 =11100, that is, 11100 revolutions per minute. The higher the KV value, the higher the motor speed, but the torque provided will be reduced accordingly. Current and power determine the output capacity and load capacity of the motor. The selection should be matched according to the weight and flight requirements of the UAV. Too much current (A) will cause the motor to overheat, and too little current will cause insufficient thrust to be provided. The greater the power (W), the greater the thrust of the motor. Summary: The motor is suitable for low-altitude, low-speed, small UAV to provide power, with simple structure, light weight, easy to use, reduce the noise and infrared characteristics of the UAV, while providing the same specific power as the internal combustion engine, suitable for logistics, plant protection, monitoring and other fields.

     The Drone Innovation Summit will bring together leaders, experts, R&D personnel, and entrepreneurs from the global drone industry to discuss the latest developments and application prospects of drone technology. As an important platform leading the new era of aviation, this summit will showcase the breakthrough achievements of drones in various fields and explore future development directions and potential challenges. 1.Latest technology display Participants will have the opportunity to see the latest UAV technologies and innovations, including high-performance aircraft, new sensors, advanced auto drive system and the application of artificial intelligence in UAVs. These technology demonstrations will cover a wide range of applications from small commercial drones to large industrial drones. 2.Industry expert speeches Experts and industry leaders in drone technology from around the world will share their research findings and experiences, exploring the development trends and future prospects of drone technology. The keynote speech will cover the application cases and successful experiences of drones in logistics, agriculture, construction, emergency rescue, environmental monitoring and other fields. 3. Roundtable discussions and seminars The summit will hold multiple roundtable discussions and thematic seminars, inviting participants to engage in in-depth discussions on hot topics in the drone industry. The topics include regulations and policies for drones, data security and privacy protection, and the integration of drones and artificial intelligence. 4. Innovation and Entrepreneurship Exhibition The summit establishes an innovation and entrepreneurship exhibition area, providing a platform for startups and R&D teams to showcase their latest products and solutions. Attendees can get up close to these innovative projects, learn about the latest developments in the drone industry, and look for potential collaboration opportunities. 5. Interactive Experience Area Visitors can personally experience the operation and functions of drones, participate in flight demonstrations and simulation operations, and gain a deeper understanding of the practical applications of drone technology. The interactive experience area will provide viewers with a comprehensive platform to understand drone technology.