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Industry Trends: Policy and Demand Drive Development According to data from China Report Hall, the market size of automated parking systems in China exceeded 32 billion yuan in 2025, a year-on-year increase of 14.3%, and is expected to reach 58 billion yuan by 2030. On the policy front, the government has included it in the "new infrastructure" initiative, requiring that mechanical automated parking systems account for no less than 30% by 2030, and 23 provinces have introduced subsidies (up to 30% per project). On the demand side, with over 350 million vehicles nationwide and a 30%-60% shortage of parking spaces in cities, automated parking systems are becoming a key to breaking this deadlock. Technological Upgrade: Smart Technology and New Energy Adaptation Become Mainstream The industry is accelerating its transformation towards "intelligentization + new energy compatibility": the equipment connectivity rate has reached 65%, the AI visual recognition penetration rate exceeds 80%, and the failure rate has dropped to below 0.5%; AGV intelligent garages account for 39% of commercial applications, and vehicle storage and retrieval times have been reduced to within 90 seconds. 25% of garages are equipped with charging piles, some of which support V2G, and photovoltaic integration design reduces energy consumption by 25%, becoming a new threshold for commercial property bidding. Corporate Strategy: Full-Chain Service to Seize Market Share As a professional service provider, our products cover a range of models including PSH lifting and traversing systems and PCS vertical lifting systems, suitable for residential communities, hospitals, commercial buildings, and other scenarios. We are ISO9001 certified. We provide full-service solutions from solution planning and investment to operation and maintenance. Our nationwide service network offers rapid response, and many projects have achieved "delivery upon acceptance." The global smart parking market is currently valued at US$5.639 billion, with China accounting for 38.5% of global production capacity. Our company will continue to leverage technological innovation to create green and intelligent solutions, contributing to the construction of smart cities.

As the five-star red flag flutters in the autumn breeze and the bright Mid-Autumn moon illuminates the journey home, the joy of the two holidays converges in time, gently wrapping us with longing and warmth. On this beautiful occasion of family and national celebration, [Company Name] extends our sincerest holiday greetings to all our colleagues, partners, and families!   This year, we have used our expertise as a pen to write a chapter of progress in the industry. From burning the midnight oil to tackle key projects to striving for excellence in customer service, every breakthrough is the product of our colleagues' perseverance and wisdom, and every step forward is inseparable from the trust and support of our partners. You have embraced the care of your "small family" and supported your dreams with the responsibility of the "big family," leaving countless warm and resolute marks in the rings of our company's growth.   The Mid-Autumn moon is a symbol of reunion and a testament to our original aspirations; the red of National Day is the foundation of our country and a medal of our struggle. May the clear sunlight of this moment brush away the fatigue from your shoulders, and let the warmth of reunion dispel the toil of travel. May you count the sweetness of your harvest as you sit with your family to admire the moon; may you feel the grandeur of your homeland as you wander the mountains and rivers.   A pause is a preparation for a better start. When the holiday ends, let us carry with us the energy of reunion and the passion for our country, continue to refine our quality with craftsmanship, forge ahead with innovation, and forge ahead together in the tide of our times.   I sincerely wish you all a joyful Double Festival, good health to your families, and all the best!

With the acceleration of urbanization, the number of cars has been continuously rising, and "difficult parking" has become a core pain point that restricts urban development and affects the quality of life of residents. Whether it is commercial complexes, residential communities, enterprises and institutions, or public venues, they are all confronted with problems such as insufficient parking space supply, tight land resources, and low space utilization rate of traditional parking lots. According to relevant data statistics, the parking space shortage rate in some cities is as high as over 30%. How to efficiently expand parking resources within limited Spaces and achieve intelligent and convenient operation of parking scenarios has become a key issue that the market urgently needs to solve. The three core contradictions of the parking problem To solve the parking predicament, it is necessary to first dissect the core contradiction behind it before targeted solutions can be proposed 1. The contradiction between space and demand: In the core urban areas, land costs are high. Traditional flat parking lots require each parking space to occupy approximately 25 to 30 square meters, with extremely low space utilization rates, making it difficult to meet large-scale parking demands. 2. The contradiction between technology and efficiency: Some parking lots still adopt manual management models, which lead to problems such as difficulty in finding vehicles, slow payment, and high vacancy rates of parking Spaces. They lack intelligent dispatching and automated operation technology support, resulting in low operational efficiency. 3. The contradiction between quality and safety: The stability and safety of parking equipment directly affect the user experience. If the manufacturing process of the equipment does not meet the standards and the after-sales service is not perfect, problems such as frequent malfunctions and untimely maintenance are likely to occur, which cannot ensure long-term stable use.   Jiangsu Fengye's full-chain solution directly addresses the pain points of the industry As a professional enterprise deeply engaged in the field of mechanical multi-storey car parks for 28 years, Jiangsu Fengye Parking System Co., Ltd. takes advantage of the geographical location of Jiangyin in the Yangtze River Delta. With "technological innovation + full-process service" as the core, it has built a solution covering the entire life cycle of parking demands, precisely resolving the above-mentioned contradictions 1. Efficient space utilization: Enhance parking space density through technological breakthroughs Jiangsu Fengye has a 30,000-square-meter modern production base with an annual production capacity of 50,000 units, capable of large-scale production of various types of mechanical multi-storey car parks (such as lift and transfer type, vertical circulation type, vertical lift type, etc.). Through three-dimensional space design, its equipment can increase the utilization rate of parking Spaces by 2 to 5 times. For instance, in a traditional flat parking lot of 1,000 square meters, adopting Fengye's three-dimensional parking garage solution can add 200 to 300 parking Spaces, greatly alleviating the problem of tight land resources. 2. Full-process service: One-stop coverage from design to operation The company's business covers the entire process from creative design, fine processing, precise installation, after-sales maintenance to operation management. It can also be equipped with charging piles and intelligent parking systems (such as license plate recognition, unmanned payment, parking space navigation, etc.), truly achieving "one-stop satisfaction of parking needs". For different scenarios (such as commercial complexes, hospitals, and schools), Fengye will provide customized design solutions. For instance, for residential communities, it will design "lift-and-slide multi-storey car parks", taking into account both the convenience of residents' parking and the landscape planning of the community. Design a "vertical lift intelligent garage" for commercial complexes to meet the high-traffic parking demands and achieve high turnover efficiency. 3. Technology and Quality Assurance: Strengthening core competitiveness through R&D and certification As a high-tech enterprise, Jiangsu Fengye attaches great importance to talent and R&D investment. It has not only recruited over ten technical talents including industry experts and senior engineers, but also deeply cooperated with universities and research institutions. It has accumulated more than 50 patents and continuously worked on key technologies such as intelligent robot parking and automatic dispatching. Promote the development of garages towards "intelligence, automation and greenness". Meanwhile, the company is fully qualified and has passed the ISO9001:2015 quality management system certification. It is also a participating unit of the National Parking Equipment Standard Working Group, and its product quality and industry influence have been officially recognized.   With 28 years of in-depth cultivation and practical verification of serving over a thousand clients With professional solutions and reliable product quality, Jiangsu Fengye has provided high-quality parking services to over a thousand enterprises and institutions, covering multiple core scenarios • Government and public venues: Designed a vertical lift multi-storey car park for a municipal government service center, adding over 300 parking Spaces, solving the parking problem for government officials and the public, and increasing operational efficiency by 40%. • Commercial complex: Equipped a large shopping center in the Yangtze River Delta with an intelligent multi-storey car park and charging pile system, it has achieved unmanned operation of "parking - charging - payment", increased the parking space turnover rate by 35%, and significantly improved customer satisfaction. • Residential communities: For the renovation of several old residential areas in Jiangyin, a lift-and-slide multi-storey car park was installed. Without damaging the original greenery, over 800 new parking Spaces were added, alleviating the residents' predicament of "difficulty in finding a parking space". These cases not only verified the feasibility and practicality of Fengye's solutions, but also demonstrated its responsibility and commitment as an industry benchmark.   Choose Fengye and start a new experience of efficient parking Whether you are a developer looking to address the parking shortage in your community, an operator seeking to enhance the parking efficiency of commercial complexes, or a public institution planning parking facilities for public venues, Jiangsu Fengye can provide you with customized and cost-effective mechanical multi-storey car park solutions. With 28 years of dedicated accumulation, over 50 patents and the recognition of thousands of customers, choosing Jiangsu Fengye is not just about choosing a set of parking equipment, but also about choosing a long-term and reliable partner for parking solutions. For more customized solutions, you can contact Jiangsu Fengye Parking System Co., Ltd. at any time. Let's work together to solve parking problems and promote the efficient development of cities.

The emergence of multi-storey car parks has alleviated the pressure of urban parking. However, after many people have used mechanical parking Spaces, they have been joking: "It's really hard to park in mechanical parking Spaces." In fact, what the editor wants to say is that it's not that mechanical parking Spaces are hard to park in, but that you haven't mastered these parking tips!   Tip One: Pay attention to the vehicle size   The design of multi-storey car parks is aimed at alleviating the parking pressure in cities, so the dimensions are designed for the use of vehicles by the general public. Generally, mechanical parking Spaces can accommodate vehicles of various sizes such as 4.7m, 5m, and 5.2m. So before parking your vehicle, be sure to choose a parking space that suits your car. It is not recommended to use super-large luxury cars like Hummer and Prado!   Tip Two: Be careful when turning the direction   For common semi-automatic multi-storey car parks, some experienced drivers may feel quite confident when parking their vehicles and are accustomed to doing it all at once. However, mechanical parking Spaces are different from flat parking Spaces. They are surrounded by columns and the parking area is somewhat restricted. When entering the warehouse, you can choose to move the vehicle forward and backward several times and park it in the central area. Tip Three: Utilize auxiliary tools   When parking in a garage, make full use of tools such as rearview mirrors and reversing cameras to observe the situation at the rear of the vehicle. The vehicle must be pushed over the limit bar to be considered parked properly, as the limit bar is a protruding part. Novice drivers must accelerate slowly to prevent stalling or scratching the vehicle.   Knock Four: Choose the right parking Angle   When using flat parking Spaces in daily life, some experienced drivers will also choose a good Angle and park in one go. In fact, it's the same for mechanical parking Spaces. If you are reversing into a parking space and the vertical distance between the vehicle body and the parking space is more than 2 meters, it is relatively easy to park. It will also reduce the risk of scratching the vehicle!   The above are some small tips for parking vehicles in a multi-storey car park. Although they are all minor details, it is often the details that determine success or failure. Only by doing these small details well can the vehicle be parked in the garage more quickly and accurately.

Stereoscopic parking garages are no longer unfamiliar to everyone, as many cities have begun to adopt this type of "car building" to solve the problem of insufficient parking spaces and difficult parking. Due to the fact that the main body of the three-dimensional parking garage is a metal structure, the technical structure has good support and bearing capacity due to its high strength during use. Therefore, the management personnel of the three-dimensional parking garage should adopt the correct methods to regularly maintain and repair the metal structure to ensure that it meets the following requirements.   1. The three-dimensional parking garage company should inspect and maintain the firmness, stability, and reliability of the local and overall connections of the metal structure to ensure that there are no permanent distortions or weld cracks in the metal structure, and that there is no obvious deformation or abnormal noise during loading and operation. 2. The high-strength bolts in the three-dimensional parking garage should be regularly inspected and tightened to meet the specified tightening torque requirements. Fastener flat washers and spring washers should be complete, and any defects found should be immediately repaired. The bolt length should be higher than the nut to ensure reliable fastening and no looseness.   3. Due to the requirements for the verticality of the columns, parallelism between beams, and length difference between the two diagonal lines of the metal structure frame in a three-dimensional parking garage, these aspects should be checked during daily use. If any deviation is found, it should be corrected in a timely manner. In addition, the handling trolley of the three-dimensional parking garage needs to bear a certain load, so the deflection of the midpoint of its longitudinal main beam must meet the requirements.   4. The embedded bolts of the column bottom plate of the three-dimensional parking garage should not be loose or corroded. The straightness of the guide rail should be maintained well, without permanent deformation, and the joints should be uniform and flat without obvious convex or concave points.   Due to the fact that the metal structure is the main component of the three-dimensional parking garage and plays an important role in the access, parking, and lifting of cars, it is not only necessary to ensure that the installation meets the requirements, but also to regularly inspect and maintain it after it is put into use to ensure that the metal structure of the three-dimensional parking garage always meets the requirements.  

The presentation of a three-dimensional garage is mainly due to the rapid increase in the number of cars and the small size of the parking lot. Space is limited, but the three-dimensional garage is infinite. In order to increase parking spaces, people are making efforts to increase the vertical height and use parking equipment to build three-dimensional garages to increase parking spaces. In the design of a three-dimensional garage, designers will choose the type of three-dimensional garage based on the characteristics of the client's project address. Starting from the height and net height requirements of the three-dimensional garage, we will talk about some common problems encountered in the design of three-dimensional garages in terms of floor height. Stereoscopic garages can be divided into 9 categories: puzzle parking, vertical lifting, flat moving, aisle stacking, simple lifting, vertical circulation, horizontal circulation, multi-layer circulation, and car elevators. In open areas, if there is no limit on the floor height, a three-dimensional garage can be built into a tower building with up to 25 floors, which can be either a concrete building or a fully steel structure. If there is a height limit, it can also be built as a 25 story building that combines above ground and underground. The net height required for the construction of a common two-story elevated and horizontally movable three-dimensional garage in the basement is generally 3.65 meters. Most newly-built real estate projects have already taken into account the need for building a three-dimensional garage in their basement design. Some basements reach a height of 3.65 meters, but due to the presence of exhaust ducts, the net height is reduced. Therefore, it is not possible to construct a two-story vertical garage with a net height lower than 3.65 meters.  

In the eyes of many people, a mechanical parking space is a large three-dimensional transportation space, which mainly relies on the exchange between the lifting operation system and the space to achieve the goal of improving parking space utilization. The information regarding the electrical construction requirements and land construction methods for mechanical parking spaces is particularly popular. Now, let's briefly explain the specific requirements for civil engineering for mechanical parking spaces   1. Determine the depth of the foundation pit based on the total load-bearing capacity of the mechanical parking space. Mechanical parking spaces need to determine their load-bearing requirements at the beginning of design. If a parking garage wants to be stable for a long time, it must have a stable and solid foundation pit, and the stability of the foundation pit is closely related to its depth. Therefore, the builder needs to determine the depth of the foundation pit based on the total load-bearing capacity of the mechanical parking space, in order to avoid the instability of the foundation pit caused by the overweight of the mechanical parking space. 2. Accurately calculate the length and width of the top surface of the civil foundation pit after slope excavation. Mechanical parking spaces not only include the construction of drainage and electrical facilities, but also the construction of lighting and other fire-fighting equipment. Therefore, in the design and production process, it is necessary to accurately calculate the length and width of the top surface of the civil engineering foundation pit after slope setting, in order to ensure that the foundation pit has sufficient bearing capacity to bear the weight of all equipment above the civil engineering, and its top surface length and width are to ensure higher stability.   3. The waterproof and drainage functions of civil foundation pits must meet the application requirements. During the construction of the civil foundation pit for mechanical parking spaces, special attention should be paid to the requirements of waterproofing and drainage construction. Because if the waterproof and drainage function of the parking space is not up to the standard, the vehicles on all mechanical parking spaces may be soaked in rainstorm, which is not conducive to vehicle protection. Therefore, in order to avoid this phenomenon, the waterproof and drainage function of the civil foundation pit must meet the standard construction.   The excavation and support of mechanical parking spaces are very important construction requirements, which is also one of the important reasons why the construction of mechanical parking spaces requires advance design and planning drawings. For example, in the design process, the depth of the foundation pit should be determined based on the total load-bearing capacity of the mechanical parking space. At the same time, the length and width of the top surface of the civil foundation pit after sloping should be accurately calculated, and the waterproof and drainage functions of the civil foundation pit should meet the corresponding functional requirements.  

In the modern fast-paced working life, the time we spend on commuting affects the speed of work to a certain extent. On the other hand, the increase in our salary level has also led to an increase in the total number of vehicles, and the increase in the total number of vehicles has also caused the problem of parking problems, and the demand for garages is also facing a shortage of supply. Therefore, mechanical garages came into being, alleviating the problem of difficult parking in big cities. So what are the advantages of mechanical parking systems?   Mechanical garages belong to a type of three-dimensional parking equipment, which is a special equipment with the characteristics of convenient storage, economical operation, convenient maintenance, and small floor space. It is a solution to the current situation of more vehicles and less parking area. Mechanical garages occupy a small area and have low construction costs, which can reduce congestion. When the lower garage is parked, the whole road is congested like a natural garage. When the top garage is parked and taken out, the road will not be congested, because the rotating garage only occupies 2.3 meters of road until it falls to the road, and it will not affect the driving of other motor vehicles. Compared with the second-floor ascending and descending horizontal moving intelligent three-dimensional garage, it can save less than 20% of the construction area of ​​the site, and the construction cost is low. Mechanical garages can be divided into ascending and descending transverse type, vertical lifting system, plane movable type, vertical push type, simple lifting system, double-layer push type, inclined shaft stacking mechanical type, etc. according to their structure. Storage is convenient, eliminating the worry of parking for novice drivers. Secondly, its safety factor and stability are high. One garage has one system software, and the equipment failure rate is less than 1/5 of the second-floor ascending and descending transverse parking garage. It has a simple structure, high safety factor and stability, and extremely low equipment failure rate; even if a common failure occurs, the top car can be manually retrieved before recovery.

With the increasing demand for urban parking and the increasing shortage of land resources,  mechanical parking systems have become a key tool to solve parking problems. The deep integration of intelligent technology and smart parking concepts is bringing disruptive changes to stereo garages, improving users' parking experience in all aspects and redefining modern parking service standards. ​ Mechanical parking systems cover a variety of types, including vertical circulation, plane movement, aisle stacking, and vertical lifting. Different mechanical parking systems have their own advantages in space utilization, parking capacity, and access efficiency due to their unique technical principles and structural designs. Today, with the support of intelligent technology, the advantages of these mechanical parking systems have been further magnified, and the user experience has made a qualitative leap. ​ Intelligent control systems are the core engine for improving the user experience of stereo garages. Taking the aisle stacking mechanical parking system as an example, under the command of the intelligent control system, the stacker can accurately complete the vertical and horizontal movement of the vehicle in the aisle, and store the vehicle quickly and safely in the designated parking space. This process does not require manual operation, which greatly reduces the possibility of human error and also improves the efficiency of vehicle access. The car owner only needs to stay at the entrance and exit for a short time, and the system will automatically complete the subsequent operations. The whole process is smooth and efficient, which greatly saves the car owner's time. ​ Vehicle automatic identification and access technology is also an important application of intelligent technology in stereo garages. When the vehicle enters the entrance of the stereo garage, the license plate recognition system will quickly capture the license plate information. Combined with the owner's reservation information, the intelligent scheduling system will immediately plan the optimal access path. Taking the plane mobile mechanical parking system as an example, the system will control the aisle stacker and the transverse movement device to quickly and accurately take out the vehicle in the corresponding parking space and send it to the entrance and exit. The whole process is done in one go, and the car owner does not need to look for parking spaces or vehicles in the garage, which truly realizes "park and go, pick up and arrive", significantly improving the convenience of parking. ​ The construction of the smart parking platform has brought users a full range of convenient services. Through mobile phone APP or applet, car owners can not only view the parking space status of nearby stereo garages in real time, make reservations for their favorite parking spaces in advance, but also obtain navigation routes and easily reach their destinations. During the parking process, the smart parking platform can also provide real-time billing information, so that car owners can see the parking fees at a glance. When leaving the garage, it supports functions such as contactless payment and electronic invoice issuance, avoiding the tediousness of queuing to pay fees and achieving quick departure. For example, in some vertical circulation stereo garages equipped with smart parking systems, car owners can remotely operate the vehicle storage and retrieval program through their mobile phones. After arriving at the garage, they can directly pick up the car and leave without waiting, which greatly improves travel efficiency. ​ In addition, the remote monitoring and fault warning system provides a solid guarantee for the stable operation of the stereo garage. Smart technology allows garage managers to grasp the operating status of the stereo garage in real time through the remote monitoring system. Once the equipment is abnormal, the system will immediately issue an alarm and accurately locate the fault location. Technicians can carry out repairs in time according to the warning information, reduce the impact of equipment failures on user use, ensure that the stereo garage is always in good operating condition, and further enhance users' trust and satisfaction with the stereo garage. ​ The deep integration of smart technology with mechanical parking systems and smart parking has comprehensively improved the user experience of stereo garages from multiple dimensions such as convenience, efficiency, and safety. With the continuous development of technologies such as artificial intelligence and the Internet of Things, multi-story parking garages will become more intelligent and user-friendly in the future, continuously injecting new impetus into urban parking services and bringing users a better and more comfortable parking experience.

Today, with the increasing shortage of land resources, mechanical parking equipment has become an important solution to the problem of urban parking by virtue of its advantage of efficient use of space. However, safe and standardized use is the key to its effectiveness. Whether it is a car owner or a property manager, understanding the precautions for the use of mechanical parking equipment can effectively avoid risks and extend the service life of the equipment. Next, we will explain to you the 6 core points that must be kept in mind during the use of mechanical parking equipment. ​ 1. Detailed inspection before the vehicle enters​ Before driving the vehicle into the mechanical parking equipment, be sure to conduct a comprehensive inspection. First, check whether the vehicle size meets the equipment requirements. Mechanical parking equipment has restrictions on the length, width, height and weight of the vehicle. Taking the common puzzle parking equipment as an example, the height limit is generally 1.55-1.95 meters and the weight limit is 2-2.5 tons. If the vehicle exceeds the limit, forced parking may not only cause equipment failure, but also threaten the safety of the vehicle. Secondly, check the appearance of the vehicle, put away protruding parts such as rearview mirrors and antennas to avoid scratches; at the same time, confirm that there are no leftover items in the car to prevent items from falling during the lifting or moving of the vehicle, causing personal injury or equipment damage.​ 2. Standardize operation and strictly follow the process​ It is very important to park strictly according to the equipment operation process. The owner should carefully read the operation guide and safety tips next to the equipment before parking. After inserting the parking card or entering the parking space number, wait for the equipment to run to the appropriate position, and then drive in slowly. During driving, keep a low speed and straighten the body to avoid colliding with the equipment frame. After the vehicle stops, pull the handbrake, put it in neutral, turn off the engine, remove the key, open the door gently when getting off the car, and confirm that there is no equipment running around before leaving. For property management personnel, regular equipment operation training and familiarity with the location of the emergency stop button and the fault response process are the basis for ensuring the normal operation of the equipment. ​ 3. Children and pet management cannot be ignored​ There are certain dangers when mechanical parking equipment is running. Be sure to take care of the accompanying children and pets. Children are curious and easy to play in the equipment operation area. Parents should accompany them throughout the process. It is strictly forbidden for children to operate the equipment alone or run and play nearby. Pets may be frightened and run around in an unfamiliar environment. Car owners need to lead their pets when getting off the car to prevent them from rushing into the equipment operation track and causing accidents.​ 4. equipment maintenance and daily inspections​ Regular maintenance is the key to ensure the safe and stable operation of mechanical parking equipment. The property should formulate a detailed equipment maintenance plan, check the chain, wire rope, pulley and other parts of the equipment every month to check whether there is wear, breakage, etc.; test the electrical system and brake device of the equipment every quarter to ensure its sensitivity and reliability. At the same time, keep the equipment clean and clean up the debris in the track in time to prevent foreign objects from affecting the operation of the equipment. If the owner finds that the equipment has abnormal noise, jitter and other abnormalities, he should stop using it immediately and report to the management. ​ 5. special weather countermeasures​ Different weather conditions will have different effects on mechanical parking equipment. In heavy rain, check whether the drainage system of the equipment is unobstructed to avoid water accumulation and electrical short circuit; in heavy snow, clean the snow on the equipment in time to prevent the snow from affecting the operation accuracy of the equipment; in windy weather, reinforce the equipment and suspend its use if necessary. In addition, pay attention to the heat dissipation of the equipment in hot weather, and take antifreeze measures for the equipment in low temperature weather to ensure that the equipment can still operate normally in extreme weather. ​ 6. correct handling of emergencies​ Mastering the handling methods of emergencies can effectively reduce losses. When a fault occurs during the operation of the equipment, such as the vehicle cannot be lifted or moved normally, do not attempt to repair it without authorization. Press the emergency stop button immediately and contact professional maintenance personnel. In the event of a major accident such as a fire, quickly evacuate the surrounding personnel and activate the fire emergency plan. In normal times, the property can organize emergency drills to improve the emergency handling capabilities of car owners and staff. ​ While mechanical parking equipment brings us a convenient parking experience, safe use is of paramount importance. Keeping in mind the above 6 precautions, whether it is the standardized operation of the car owner or the scientific management of the property, the mechanical parking equipment can be maximized to provide safer and more efficient protection for urban parking.

Salute to the workers and embark on a new journey together   On the occasion of May Day, we extend our most sincere respect and holiday wishes to all employees and their families! ​ Behind every achievement, your wisdom and sweat are condensed. The focused figures in the workshop, the flying fingertips on the keyboard, the footsteps running around the project site... Countless ordinary daily efforts have jointly built a solid foundation for the development of the company. Labor creates value, struggle achieves dreams, and you interpret the true meaning of "love your job and dedication" with your actions. ​ This festival for workers is not only an affirmation of the past, but also the starting point of a new journey. May we continue to build our original intentions with ingenuity, shine in our respective positions, and work together to write more wonderful things! ​ I wish all my family a happy May Day and a happy family! ​   Human Resources Department of Jiangsu Fengye Parking System Co., Ltd. April 30, 2025

Shenzhen and Dongguan Policies Implemented Shenzhen officially released the "Mechanical Parking Lot (Garage) Construction Management Measures" in July 2024, which clearly simplified the approval process and exempted qualified mechanical parking facilities from the procedures of construction project planning and land use permits. Dongguan City simultaneously launched the "Mechanical Stereoscopic Parking Facility Construction Management Measures", encouraging the use of self-owned construction land and idle land to build stereoscopic parking facilities, and allowing residential communities to build temporary parking lots through owners' votes. Policy significance: The policies of the two places have lowered the investment threshold for enterprises by simplifying approvals and clarifying property registration, and are expected to accelerate the popularization of mechanical parking equipment in old communities and commercial areas. Innovative pilot projects in Beijing and Shanghai The "Motor Vehicle Parking Regulations" issued by Beijing in May 2024 encourage the upgrading of flat parking lots to mechanical or self-propelled stereoscopic garages, allow the use of idle land to set up temporary parking facilities, and put forward detailed requirements for sound insulation and vibration reduction, fire safety, etc. Shanghai is promoting full coverage of smart road parking lots by 2025, plans to add 4,500 new public parking spaces, and pilot "caisson-type" parking garages to improve land utilization through vertical shield technology.

On April 15, our company participated in the first mobile robot smart parking launch event in Suzhou. The event was themed "Gathering Strength and Empowering the Future with Wisdom", attracting many guests and media from the industry.   At the event, the host focused on introducing this AGV parking robot. This innovative product marks a major breakthrough in the field of smart parking. The AGV robot parking system uses advanced mobile robot technology and has the characteristics of high efficiency, precision and intelligence. Through the automatic scheduling and handling of AGV robots, flexible allocation of parking spaces and rapid access to vehicles can be achieved, effectively solving the problems of low space utilization and difficulty in parking in traditional parking lots. Compared with traditional parking methods, this system can increase parking efficiency several times while reducing labor costs.   The launch of this new product has injected new impetus into the development of the industry and is expected to push the smart parking industry to a new level.  

Recently, our company's representative attended the 9th China Urban Parking Conference held in Changsha, Hunan. At the conference, we listened to industry experts' cutting-edge insights into the smart parking ecosystem. 5G+AIoT technology is reshaping the parking scene, and innovative solutions such as AGV robots and intelligent processing workshops have broadened our horizons. Even more surprising was the in-depth communication with peers from various regions, which revealed that the demand in the sinking market is much stronger than expected, and the blue ocean of supporting facilities for new energy vehicles has quietly opened up. The parking industry is evolving from functional infrastructure to experiential services. Returning with a wealth of practical knowledge, we firmly believe that under the "new infrastructure+dual carbon" strategy, every technological breakthrough we make is making the city smarter and life more relaxed!

1. Main circuit system   1.1 Mechanical parking equipment should adopt dual-circuit power supply, and can rely on ATS automatic switching device for reliable switching; single-circuit power supply should be equipped with generator.     1.2 The wiring method of parking system should be AC380V three-phase five-wire system, and the wire color should meet the standard; the wiring should be neat and not loose, not exposed, and the wire number marking should be clearly visible.     1.3 The main isolating switch and main contactor should work sensitively, and the contacts should not stick or make abnormal noises.     1.4 The inverter should work normally, and its cooling fan should work normally without abnormal noises.     1.5 Motor     1.5.1 The motor should not overheat or make abnormal noises when working.     1.5.2 The brake system of the motor should meet the technical requirements of 5.4.5 in GB17907-2010.     1.5.3 The motor should use a thermal relay protector that meets the power requirements of the motor and can be manually reset.     1.5.4 When running at full load, the voltage loss at the motor end shall not exceed 15% of the rated voltage.     1.5.5 When the cable is aged, cracked, severely scratched, or exposed, it should be replaced in time.     2. Electrical control system     2.1 Operation panel     2.1.1 The panel should be clean, the buttons and indicator lights should be intact, the indication signals or switches should be normal, there should be no failure or loss of control, and the terminal crimping wires should be tight.     2.1.2 The outdoor LCD operation screen should be waterproof and the facilities to prevent strong light should be safe and reliable.     2.2 Electric control cabinet     2.2.1 The electric control cabinet should be kept clean, without water accumulation or dust accumulation, and dust should be removed at least once a quarter.     2.2.2 The relay, contactor, and switch power supply should work normally, and the terminal crimping wires should be tight.     2.2.3 When the power is on, the power light (POWER), the running light (RUN) and other indicator lights of the main controller should be in normal state.     2.2.4 The phase sequence protector should be effective.     2.2.5 The wiring meets the requirements, the lines and joints are neat, without exposure, looseness or damage, the protective cover is intact, and the line number marking is clearly visible.     2.3 Switches     2.3.1 Reliable, without looseness or misalignment.     2.3.2 Proximity switches installed vertically upward should ensure that there are no foreign objects that affect the normal signal.     2.4 Lighting facilities should work normally.     III. Electrical safety protection     3.1 The protection level of the housing of the electric control equipment shall comply with the technical requirements of Article 5.6.6.2 of GB 17907-2010.     3.2 The metal structure and the metal housing of all electrical equipment, pipe troughs, cable metal protective layers and the low-voltage side of the transformer shall be reliably grounded, and the grounding wire connection shall comply with the provisions of GB 50169-2006.     3.3 The grounding wire and grounding flat steel are intact and without defects, and the grounding resistance of the protective grounding system should not be greater than 4Ω.     3.4 The lightning protection facilities of open-air parking equipment should be intact and reliable, and should be checked at least once a year. The grounding resistance should not be greater than 10Ω.     3.5 The insulation resistance measured when 500V (d.c) is applied between the power circuit conductor and the protective grounding should not be less than 1MΩ.     3.6 The controller should dynamically track the parking equipment and should have protection functions such as overtime, undertime, and false operation protection. The equipment should alarm when abnormal operation occurs.     3.7 It should have short-circuit protection, overcurrent protection, overvoltage protection, undervoltage protection, zero position protection, phase failure protection, overload protection, interlocking protection, limit protection and other functions.     3.8 All electrical equipment should be fixed reliably, and the sound and light signal devices should work normally.

The most important point that the three-dimensional mechanical parking equipment has won the favor of the majority of car owners is its intelligence. As a professional three-dimensional parking equipment, the most different thing from the traditional parking equipment is that it combines the needs of car owners and allows car owners to experience a more simplified operation process. So, where is the intelligence of the three-dimensional parking equipment reflected?   1. IC card smart parking and pick-up   The three-dimensional parking equipment is a special equipment for the rental of three-dimensional parking equipment through acceptance, which realizes the smart parking and pick-up function. After the car owner swipes the card, the system will automatically determine the action of parking or picking up the car, and automatically read the time of parking and picking up the card, and display the time and parking and picking up the car through the LCD. At the same time, the equipment also has the function of SMS reservation of parking spaces, which allows car owners to park with confidence. 2. Real-time monitoring of electronic maps   Many car owners will be very distressed about the problem of parking spaces when commuting to and from work, fearing that there is no place to park. The three-dimensional parking equipment can monitor the car owner in real time. The car owner can provide information to the parking equipment manager to understand the internal situation of the parking equipment, such as parking guidance, parking information query, and peak hours, etc., so that the car owner can find a satisfactory parking space.   3. Reasonable administrator operation authority setting   Generally speaking, even if the car owner parks the car in the parking lot, he will still worry about whether there will be any problems with the car. The three-dimensional parking system has the function of time authority setting and administrator operation authority setting. The system can set a certain user to use the parking space only within a certain time, otherwise he cannot enter. At the same time, the system of the three-dimensional parking equipment can grant different permissions to administrators of different levels, so as to avoid conflicts between managers and car owners to a limited extent, so that car owners can have a more pleasant experience.   In short, after reading the above discussion on the intelligence of three-dimensional parking equipment, the needs of the majority of car owners can be basically met. Furthermore, with its IC card intelligent parking and pick-up, electronic map real-time monitoring, and reasonable administrator operation authority setting, the three-dimensional parking equipment can enable car owners to grasp more information and re-plan according to the actual situation, thus truly realizing intelligence.

Composition of plane mobile stereo garage:   At present, cars are entering families at a fast pace, and with it comes the problem of parking difficulties and crowded traffic in cities. The emergence of smart parking garages has effectively alleviated the negative impact of the rapid growth of cars. However, with the increasing number of smart garages, parking management and safety hazards of smart garages have also become issues that cannot be underestimated.   1. In the planning stage, a reasonable diversion plan for the traffic and pedestrian flow of a smart garage should be designed. The roads inside and outside the garage should be designed as wide enough one-way lanes as much as possible (drawing on foreign garage design specifications) to avoid road traffic accidents.   2. Monitoring devices should be installed at the entrances and exits of the smart garage and key locations inside, and electronic registration should be carried out to effectively prevent vehicle theft.   Parking management   3. Regularly check the fire-fighting facilities in the garage. Although there are reasonable fire partitions and sprinkler fire extinguishing systems inside the smart garage. In order to prevent accidents before they happen, fire-fighting facilities should be fully prepared in advance and fire drills should be carried out. 4. Regularly maintain and maintain the relevant devices such as the frame, transmission system, control system, and safety device in the stereo garage. With the development of smart garage technology, although the protection measures have been very perfect. However, mechanical failures are inevitable inside the garage. Regular maintenance and care of the relevant devices in the garage can minimize the probability of safety accidents.   5. Purchase liability insurance for smart garages.   Although we have taken many measures to avoid accidents, what should we do if an accident occurs? Accidents in mechanical garages will not only damage the car, but may also endanger personal safety. In order to reduce losses after accidents and transfer accident risks, the best way is to buy insurance.   In summary, the safety management issues of smart garages are very complicated, but the most important thing is to ensure the safety of people and cars. At the source, we must attach importance to the understanding and cognition of the safety factors of smart garages, so as to provide wholehearted and thoughtful protection for people and cars.

Mechanical garages are built with many mechanical equipment. It is inevitable that noise will be generated during the lifting and operation process. Since parking spaces are often in short supply in many areas with heavy traffic, these garages are built in densely populated areas. In order not to affect the surrounding living environment, how should we reduce the noise of the garage? 1. Add some noise-proof guardrails at the installation location of the mechanical parking garage to prevent the noise from spreading outward. The garage can also be installed underground and in a sealed building environment. In some warehouse-style sealed environments, the noise generated by the garage can be well alleviated.   2. With the continuous improvement of the level of social and economic development, the number of vehicles per capita has also increased significantly, and the parking problem is particularly serious. This type of garage is a garage equipment developed in recent years. Since it is still in the early stages of development, there are still many deficiencies in the structural design. For the noise generated by the garage, the performance can be improved to achieve better noise reduction effects.   3. Since the garage often performs lifting and lowering actions, it is normal for friction to occur. It is also possible to replenish lubricating oil in time at the location where friction occurs and regularly check the safety performance of the equipment, which can also alleviate noise pollution to a certain extent.   4. Regular maintenance measures should be taken for the mechanical parking equipment, and the parts of the equipment should be checked in time to avoid loosening. Due to the loss of the motor, huge vibrations will be caused. Therefore, in order to reduce the noise, it is necessary to solve the problem from the root and repair and replace the equipment in time.