“Have you noticed more smart delivery lockers in your neighborhood recently? Is driving out less congested?”
These are actually changes in our lives brought about by ‘high-quality urban development.’”
For instance, in Chengdu’s Chenghua District, Granny Lan presses a smart call button and medical staff arrive at her door within minutes; new mother Wang Ting in Hangzhou consults a community WeChat group about newborn vaccinations at midnight, and the ‘AI grid assistant’ pushes a solution and hospital contact information within three seconds; citizen Xiao Mei in Yangquan commutes daily in an autonomous taxi from ‘Luo Bo Kuai Pao,’ which takes her directly to work at a lower cost than a regular taxi—these real-life scenarios are making the term ‘high-quality development’ transition from policy documents into our daily lives, with the changes in community environments being the most direct evidence.
Chen Qiuhua, a resident of Binjiang Garden Community in Ya’an for 20 years, finally sees the pothole-ridden roads become smooth, with new pavilions and flower beds added, saying, ‘The environment is getting better and better’; after the renovation of Qingyou West Lane in Tianjin’s Heping District, residents found not only the exterior walls refreshed but also the public spaces brightened up.
As of 2025, Ya’an has started renovations on 23 old communities, with a commencement rate of 37.7%. Behind these numbers is the effort to engrain ‘the warmth of people’s livelihoods’ into the fabric of the city, with smart services permeating daily life.
Residents in Hangzhou can obtain a video link for household registration applications in seconds using the ‘Jing Xiao Ai’ AI police assistant; the country’s first mental health expert AI, ‘Hang Hao Meng,’ has served over 1.8 million users in three months, bridging online and offline medical services for 35,000 people with sleep disorders. The robot ‘Shisan Taibao’ in Shenzhen can dance, write calligraphy, and even care for the elderly, which is why citizens exclaim, ‘Technology has warmth.’ Even the ‘face’ and ‘substance’ of the city are being upgraded simultaneously.
In Guangzhou’s Liwan District, the revitalized electric pump station attracted 50,000 visitors in its first month, with 90% of them approving of the ‘fusion of history and modernity’ in its design; residents in Xiong’an New Area can now walk 15 minutes to schools, hospitals, and parks, with taxi driver Fu Xitian smiling, ‘Transportation has improved, and many people are coming to Xiong’an, which has noticeably increased our income!’
Currently, urbanization in our country is shifting from rapid growth to stable development, and urban construction is transitioning from ‘building new houses everywhere’ to ‘improving existing homes.’
These changes at our doorsteps are the most vivid annotations of high-quality development. Next, we will look at five real cases from different cities to see how high-quality development is making life more enjoyable.
Policy Core Points Explained in Simple Terms Overall Requirement: High-quality development is not ’empty talk’; there are concrete goals for 2030. Many people feel that ‘high-quality development’ is an abstract policy term, but when broken down, each official goal hides improvements in our lives that we can genuinely enjoy by 2030.
Using the ‘goal breakdown method’ for comparison, the policy blueprint becomes tangible in our daily lives—’basically achieving socialist modernization’ is not a distant slogan, but rather having a vegetable market, community hospital, and fitness park all within a 15-minute walk from home.
The management has clearly stated that by 2030, urban renewal actions should make ‘cities spaces for high-quality living for the people,’ with significant improvements in living environments and continuous enhancements in service efficiency. This means that in the future, the amenities near our homes will be more complete, eliminating the need to travel across half the city for groceries or medical care, allowing us to spend the saved time with our families.
‘Significant achievements in green and low-carbon transformation’ are not just empty calls for environmental protection; just look at the actions taken across the country to see the direction: Jingmen City in Hubei has set a clear goal to keep PM2.5 levels below 41μg/m³ by 2025, with good air quality days exceeding 81.3%, and heavy pollution days not exceeding six days. By 2035, they aim to achieve a ‘stable reduction’ in carbon emissions. Behind these numbers are smarter waste sorting systems in communities, reducing the hassle of sorting incorrectly, more visible blue skies, less dust in the air, and more days when children can play outside without worrying about smog in winter.
The development of smart technology will also make life more ‘worry-free.’ Xiong’an New Area plans to achieve full L5-level autonomous driving by 2035, with a 90% coverage rate for drone deliveries. Shenzhen aims to have service robots cover 50 billion-level application scenarios in nursing homes and rehabilitation centers by 2027.
Imagine this: in the future, packages will be delivered directly to your doorstep by drones, elderly people can measure their blood pressure at home through service robots, and you won’t have to wait for a taxi—autonomous cars will be available on demand. These scenarios, which sound like science fiction now, are becoming the norm by 2030 under policy promotion.
Teacher Ou often says, ‘In simple terms, the policy goals are to let us live a life in 2030 that involves ‘less running around, spending less money, and worrying less.’ The 15-minute living circle solves the ‘running around’ problem, green transformation reduces ‘worrying’ issues, and smart technology and industrial upgrades help us ‘save money’—when robots can efficiently complete repetitive tasks and public services become more convenient, the cost of living naturally decreases.
High-quality development has never been a castle in the air; it is tangible progress that can be felt in every aspect of life, from buying groceries and seeking medical care to breathing clean air. Ultimately, the ‘hard goals’ for 2030 are embedded in the daily lives of every family: children will have shorter commutes to school, elderly people will find it easier to see a doctor, and we won’t have to wear masks when going out. Waste sorting will become a simple task, and technology will integrate into our lives like water and electricity without adding burdens.
These specific changes are the most vivid annotations of high-quality development. Urban System Optimization: Urban Clusters Like ‘Team Positions,’ Each City Has Its ‘Role.’ Have you ever thought that the development of urban clusters in China is surprisingly similar to the operational logic of a championship team? If we compare urban clusters like Beijing-Tianjin-Hebei and the Yangtze River Delta to a team striving for the World Cup, each city is like a different position on the field—some are responsible for strategic command, some focus on midfield coordination, and others specialize in scoring goals.
This precise division of labor is the core secret of urban system optimization. Beijing-Tianjin-Hebei: The Golden Combination of Coach, Midfielder, and Star Forward In the ‘G Family Team’ of Beijing-Tianjin-Hebei, Beijing is undoubtedly the ‘coach’ controlling the overall situation, focusing on strategic planning and core functions, such as being the political and cultural center—these are the ‘main businesses’ that cannot be distracted.
Tianjin acts like an experienced ‘midfielder,’ leveraging its strong manufacturing base to play a coordinating role in the industrial chain, transforming Beijing’s innovative resources into actual productivity. The brightest ‘star forward’ is undoubtedly Xiong’an New Area, whose mission is clear—to serve as the ‘concentrated carrier’ for relieving Beijing of non-capital functions, much like a young striker being cultivated by the team, specifically taking on the ‘new industry offensive firepower’ from central enterprises, universities, and research institutions. To ensure this ‘tactical system’ operates smoothly, the transportation network has become the key ‘passing route.’
The Beijing-Xiong Intercity Railway reaches Beijing West Station in 50 minutes, the Tianjin-Xing Intercity takes 1.5 hours to reach Tianjin West Station, and with the ‘four vertical and three horizontal’ highway network, Beijing-Tianjin-Hebei has formed a ‘one-hour transportation circle’—this ‘compression of urban boundaries’ is akin to shortening the passing distance between players, making coordination more natural. Now, Xiong’an is not only a transportation hub but also a testing ground for ‘digital cities,’ with the ’15-minute living circle’ and comprehensive digital road construction, allowing this ‘star forward’ to possess both offensive power and endurance.
Yangtze River Delta: A ‘Technical Team’ Led by the Captain If Beijing-Tianjin-Hebei is a stable traditional strong team, the Yangtze River Delta is more like a ‘Champions League powerhouse’ that emphasizes technical cooperation.
Shanghai, as the ‘captain,’ firmly occupies the core position of ‘financial and technological innovation,’ akin to the team’s organizational core that controls the rhythm, continuously providing capital and technology ‘assists.’
Hangzhou is a typical ‘technical midfielder,’ excelling in the digital economy—from ‘AI grid assistants’ in community governance to international exhibition platforms for ‘artificial intelligence + industry,’ every ‘technological breakthrough’ is like a precise through ball, energizing the entire region’s innovation offensive.
Suzhou’s role is more like an efficient ‘scorer,’ continuously ‘scoring goals’ in the manufacturing sector—thanks to a complete industrial chain and strong production capacity, it transforms Shanghai’s R&D and Hangzhou’s digital technology into tangible ‘economic scores.’
This division of labor is not arbitrary but is a ‘natural selection’ guided by policy: the state clearly supports the Yangtze River Delta in building a world-class urban cluster, promoting ‘positioning misalignment and complementary facilities’ among cities, just like a coach arranges players based on their characteristics to avoid the chaotic scene of ’11 players crowding the penalty area.’ The underlying logic of urban division of labor is why can’t every city strive to be a ‘forward’?
Policy documents provide the answer with ‘building a reasonably laid-out modern urban system.’ Just as a team needs the collaboration of goalkeepers, defenders, and midfielders, urban cluster development also requires super-large cities to ‘strengthen and refine core functions’ (like the strategic positioning of Beijing and Shanghai) and smaller cities to ‘enhance carrying capacity’ (like the development of county economies), forming a ‘group-style, networked’ structure—this is the only way to avoid redundant construction and internal friction, allowing the entire region to ‘play beautiful combinations’ in global competition. From the ‘relief-carrying’ of Beijing-Tianjin-Hebei to the ‘innovation-manufacturing’ linkage of the Yangtze River Delta, the essence of urban system optimization is to help each city find its ‘best position.’
When Beijing no longer gets distracted by non-capital functions, when Xiong’an can focus on cultivating new industries, and when Shanghai, Hangzhou, and Suzhou can each showcase their strengths, these urban clusters can truly perform like a championship team, ‘playing exciting matches’ in the arena of high-quality development.
In the future, as regional strong teams like Chengdu-Chongqing and the middle reaches of the Yangtze River rise, the ‘league pattern’ of urban development in China will become even more exciting—after all, football is a team sport of 11 players, and urban development is also a ‘team competition’ that requires everyone’s cooperation.
Five Major Cases Analyzed in Depth: These Cities Have Turned ‘Policies’ into ‘Daily Life’ Hangzhou’s Smart Assistant: A ‘City Manager’ That Never Sleeps, Handling Insomnia Consultations and Gas Safety Inspections Have you ever found yourself awake at 3 AM wanting to consult a doctor, only to discover that hospital appointments are booked until next week?
Hangzhou residents can now simply pull out their phones to chat—this is the ‘Hang Hao Meng’ smart assistant, essentially a 24-hour online ‘sleep expert assistant.’
As the country’s first expert AI in the field of mental health, ‘Hang Hao Meng’ is modeled after the director of the city’s sleep disorder diagnosis and treatment center, capable of simulating real doctors to provide evidence-based medical guidance, covering sleep problem assessments, behavioral training suggestions, and even links to digital therapies. As of March 2025, this ‘never-closing sleep clinic’ has served over 2 million people, covering 342 cities nationwide, handling an average of 17,000 consultations daily, with a peak of 20,000 consultations—equivalent to the outpatient volume of 50 top-tier hospitals, making previously ‘hard-to-get’ sleep expert resources accessible.
Even more astonishing, it can help mild patients self-regulate and accurately identify complex conditions: over 7,400 people have sought offline consultations based on system recommendations, and Ms. Wang from Shaanxi got to know a doctor through it and specifically came to Hangzhou for treatment, truly allowing medical resources to transcend geographical limitations. Meanwhile, in unseen corners of the city,
another ‘AI assistant’ quietly guards safety. Gas leak points that previously took an hour for manual inspections to discover can now be pinpointed by Hangzhou Urban Investment Group’s intelligent system in just six minutes, with an accuracy rate of 98%. This ‘rapid perception + rapid response + rapid handling’ gas safety governance system, through leak inspection vehicles, pressure drop models, and drone inspections, has increased the self-inspection rate of pipeline leaks to over 90%, with average emergency repair response times shortened by 10 minutes.
Even more considerate, once a leak is detected, the system can automatically shut off the valve—if your community also installed this system, gas leaks at night could be responded to in seconds, instantly boosting your sense of safety.
Overview of Smart Assistant Public Services Hang Hao Meng: Over 2 million service users, equivalent to the outpatient volume of 50 top-tier hospitals, covering 342 cities nationwide, mild sleep issues can be adjusted online. Gas Safety AI: Leak detection time reduced from 1 hour to 6 minutes, accuracy rate of 98%, automatic valve shut-off + emergency repair speed increased by 10 minutes, self-inspection rate over 90%. From late-night sleep consultations to early morning gas warnings, the 3.0 version of Hangzhou’s urban brain is nurturing over 10 unique smart assistants, reconstructing urban service logic with a ’24/7 online’ approach.
When ‘Hang Hao Meng’ trains an AI model that understands Chinese people’s sleep better with 3 million question data, and when the gas AI compresses a 1-hour risk window to 6 minutes, these technological evolutions hidden behind the numbers are all aimed at providing every ordinary person with a bit more ‘always-online’ sense of security. Just like the arc-shaped LED screen embedded in the city’s fabric, the flickering data streams behind it represent a city writing the ‘temperature of people’s livelihoods’ with technology. Shenzhen Robots: From ‘Factory Assembly Lines’ to ‘Folding Clothes at Home,’ the 200 Billion Behind the Robot Industry’s Livelihood Account Can you believe it?
Shenzhen’s household robots can already cook soft-boiled eggs—UBTECH’s Walker X not only folds clothes more neatly than your mom (with an 80% efficiency rate compared to humans) but also masters the cooking time for eggs more reliably than your husband (with a 92% success rate). By 2024, 10,000 units will be sold, meaning that every neighborhood will have about 10 families employing an ‘AI nanny.’ But that’s not all; the Stardust Intelligent Astribot S1 can autonomously peel cucumbers, stir-fry, and the elderly care robot ‘Yibao’ can monitor falls and chat with seniors, while even the security robot ‘Anbao’ can autonomously patrol—Shenzhen households are quietly changing their life rhythms with these ‘steel members.’
What does a 200 billion output value mean? It’s equivalent to Shenzhen adding 20 ‘robot industrial parks’ every year, and behind this is a tangible livelihood account: in 2024, Shenzhen added 14,534 new robot companies, a year-on-year increase of 39.64%, with the collaborative industrial chain creating 12,000 new jobs—perhaps the recent graduate from your neighbor’s house is debugging a ‘dexterous hand’ at Zhaowei Electromechanical or developing the ‘eyes’ (optical modules) of robots at Sutech. From 2021 to 2024, Shenzhen’s robot industry has achieved leapfrog growth, with core data witnessing how ‘high-end’ industries take root in people’s livelihoods: Indicator 2021 2024 Growth Rate Industrial Added Value 8.9 billion yuan 200 billion yuan 2147% Number of Enterprises 320 1200 275% Core Component Self-sufficiency Rate 35% 78% 123%. This ‘livelihood account’ reflects Shenzhen’s full-chain layout from ‘robot valley’ to every household.
Here, there are not only complete machine giants like UBTECH and Yujian Technology (with over 80,000 collaborative robots shipped globally to over 100 countries) but also ‘invisible champions’ like Leisai Intelligent’s joint motors and Zhaowei Electromechanical’s bionic fingers, forming a complete ecosystem from core components to complete machine applications. Just like self-variable robots are equipped with ‘AI brains,’ allowing them to autonomously fold polo shirts and water flowers, these technological breakthroughs are making ‘robots replacing humans’ truly step into living rooms and kitchens. Although humanoid robots are currently mainly active in industrial workshops and university laboratories, Shenzhen has already paved the way for household scenarios at the policy level.
The ‘Action Plan for Innovation and Industrial Development of Embodied Intelligent Robot Technology (2025-2027)’ clearly states that in the next three years, 50 billion-level application scenarios will be implemented, focusing on key technologies like bionic dexterous hands and multi-modal AI large models. With a 7 billion yuan special fund injected, and 34 listed companies and 9 unicorn enterprises continuously innovating, perhaps in a few years, your ‘AI nanny’ will not only be able to cook eggs and fold clothes but also help children with homework and assist the elderly with remote consultations—behind this 200 billion output value lies Shenzhen people’s yearning for a ‘more relaxed and warmer’ life.
Livelihood Perception Points: Life Convenience: Robots like UBTECH’s Walker X and Stardust’s Astribot S1 have achieved household functions like cooking eggs, folding clothes, and security, with household service robot sales expected to exceed 10,000 units in 2024, covering over a thousand neighborhoods in Shenzhen. Employment Opportunities: 12,000 new jobs span core component R&D (like Zhaowei Electromechanical’s dexterous hands), complete machine manufacturing (UBTECH), and scenario applications (elderly care robot ‘Yibao’), covering the entire chain, with an average of 0.8 jobs created for every new robot company. Technological Independence: The self-sufficiency rate of core components has jumped from 35% to 78%, meaning that the ‘heart’ (motor) and ‘eyes’ (optical modules) of robots no longer rely on imports, making household robot prices more affordable in the future. Xiong’an Transportation: 1-hour direct access to Beijing, autonomous buses ‘react 10 times faster than you,’ digital roads with centimeter-level control. ‘Working in Beijing and living in Xiong’an, it used to take me 2 hours of driving, making me question life; now I can reach it in 1 hour via the Beijing-Xiong Highway—what’s even better is that the smart lanes on the highway can control ‘to the centimeter,’ if you slightly veer off, the system will alert you in 0.3 seconds, 10 times faster than my husband in the passenger seat!’ This dual-city life of workers is being completely rewritten by Xiong’an New Area’s smart transportation.
As the first region in the country to build a fully digital road, Xiong’an is using a combination of ‘1-hour transportation circle + AI drivers + digital neural networks’ to make future travel a reality.
1-Hour Commute Circle: From ‘Torturous Roads’ to ‘Smart Paths’ The Beijing-Xiong Intercity Railway reaches Beijing West Station in 50 minutes, the Beijing-Xiong Highway connects Beijing’s southwestern Fifth Ring Road in 1 hour, and the Tianjin-Xing Intercity takes 1.5 hours to reach Tianjin West Station—Xiong’an has built a ‘four vertical and three horizontal’ highway network and a ‘four vertical and two horizontal’ high-speed railway network, achieving seamless connections in the ‘one-hour transportation circle’ of Beijing-Tianjin-Shijiazhuang.
Even more hardcore is the ‘second-level response’ of the smart highway: the Beijing-Xiong Highway is the first smart highway in the country with full 5G coverage, with emergency lane violations taking only 30 seconds from detection to dispatch, with a system accuracy rate of 95%, and handling time reduced from 1 hour to within 30 minutes. The Rongwu Highway’s new line achieves ‘centimeter-level lane control’ based on a digital twin system, with vehicle deviation warnings being 10 times faster than human reactions.
The accident rate has directly decreased by 62%. AI drivers have been on duty: 20 autonomous buses have safely operated 150,000 kilometers, equivalent to circling the Earth 3.75 times without a single accident. These ‘AI drivers’ are equipped with over 20 sensing devices, capable of perceiving road conditions within 240 meters, with decision-making response speeds within 100 milliseconds—10 times faster than humans.
When encountering pedestrians and obstacles, they will slow down 20 meters in advance, and can even instantly brake to avoid suddenly entering the lane. The 901 smart connected bus has been integrated into the regular bus system, connecting the north and south traffic of the Rongdong area daily, and in the future, when picking up children from school, you might really have to say goodbye to the ‘AI driver.’
Digital Roads ‘Green Wave Band’: Morning peak stop counts reduced from 7 to 2. The Rongdong area is the first large-scale regional digital road in the country, with 153 kilometers of roads embedded with ‘digital nerves’—smart lamp posts integrating laser radar, cameras, and other devices, collecting data in real-time and transmitting it to a unified cloud platform. Through AI algorithms, traffic lights are dynamically adjusted, with the evening peak ‘green wave band’ allowing vehicles to travel at 40 kilometers per hour with ‘green lights all the way,’ reducing morning peak stop counts from 7 to 2, improving traffic efficiency by 300%, and decreasing congestion index by 67%.
The ‘Traffic Facility Digital Operation Management System’ developed by China Telecom Digital City has also achieved full lifecycle management of assets, centralized control of cross-vendor equipment, and intelligent dispatching, allowing roads to ‘think and self-heal.’ The future transportation landscape: by 2025, full-area unmanned bus connections will be realized, with underground logistics pipelines, ground BRT express lines, and aerial drone routes forming a three-dimensional transportation system, with fresh produce arriving in 30 minutes, twice as fast as traditional cities.
By 2035, Xiong’an plans to achieve full-area L5-level autonomous driving, becoming the world’s first ‘zero traffic accident death’ city. From ‘1-hour direct access’ to ‘centimeter-level control’ for safety, to ‘AI drivers’ providing daily services, Xiong’an’s transportation is redefining urban travel with digitalization—here, there are not only technological models for future transportation but also the ‘temperature of people’s livelihoods’ when picking up children from school without worry.
Old Community Renovation: From ‘Wearing a Cotton Jacket to Watch TV in Winter’ to ‘Room Temperature 20°C + Elderly-Friendly Handrails,’ the ‘Reverse Growth’ of Old Houses. ‘In previous winters, my home was 16°C, and I had to wrap up in a cotton jacket to watch TV; now I can just wear a sweater—this renovation is more considerate than my children!’ said Aunt He from Lixingli, who has lived in her old house for 40 years. After the renovation in 2024, her home temperature is consistently above 20°C.
This detail reflects the vivid microcosm of the ‘reverse growth’ of old communities nationwide: it is not just a ‘facade project’ of wall painting but a ‘revolution of substance’ concerning the daily lives of millions of elderly people. From ‘freezing’ to ‘warm homes’: the ‘heating revolution’ of old houses. Aunt He’s temperature rise is due to two key renovations: adding a 10cm thick graphene insulation layer to the exterior walls, equivalent to giving the house a ‘down jacket,’ reducing building energy consumption by 30%, saving each household about 500 yuan in heating costs annually; and replacing aging heating pipes, improving heat transfer efficiency by 40%. In the Shui Xian Yuan community in Tongzhou, Beijing, similar renovations have allowed 1,128 households to say goodbye to ‘wearing cotton jackets to watch TV in winter,’ with room temperatures generally rising by 4-6°C, and residents reporting, ‘Now a sweater is enough.’
From ‘Hidden Dangers’ to ‘Peace of Mind’: The ‘Detail Temperature’ of Elderly-Friendly Renovations. More important than warmth is safety. In Shui Xian Yuan, over 700 elderly households have had L-shaped handrails installed in their bathrooms, ensuring stability when bathing; the floors of 112 households with residents over 70 have been replaced with medical-grade non-slip tiles, with emergency call response times controlled within 3 minutes.
These renovations are not arbitrary—before construction, the Hongqiao District conducted household surveys through grid workers to transform the elderly’s most concerning issues, such as ‘slipping while bathing’ and ‘bumping into things at night,’ into specific renovation plans. As Grandma Yang, a 90-year-old resident of the Xicha Fang community, said, ‘The construction team not only removed the pigeon cage but also helped me clean the putty off the windowsill; these small details are more thoughtful than my own children.’
From ‘Old and Broken’ to ‘Happy Homes’: The ‘Comprehensive Renewal’ of Community Functions. The ‘reverse growth’ of old houses goes beyond individual changes. The wasteland on the east side of Lixingli has been transformed into a 5,300-square-meter ‘pocket park,’ preserving familiar old trees while adding slow-moving paths and fitness equipment; the prominent yellow fire lane markings at the community entrance and the black iron gate adorned with golden patterns contrast warmly with the red building and yellow balconies.
On a larger scale, the 12 old community renovation projects initiated by Hongqiao District in 2025 will cover 80 buildings and 430,000 square meters, benefiting nearly 7,000 residents who will gradually welcome new changes: 61 motor vehicle parking spaces will alleviate ‘parking space’ conflicts, 4 non-motor vehicle sheds will address charging hazards, and even the water supply and drainage pipelines will be completely replaced—residents say, ‘This is not just a renovation; it’s like giving the old house a new ‘organ.’
Renovation is not just ‘wall beautification’ but truly bringing old houses ‘back to life.’ From a temperature increase from 16°C to 20°C, from ‘wearing cotton jackets’ to ‘wearing sweaters’ in daily life, from ‘fear of slipping’ to ‘being able to bathe,’ these changes confirm that the underlying color of high-quality urban development is the daily comfort of millions of people like Aunt He and Grandma Yang.
Now, walking in the renovated community, the red buildings stand out in the sunlight, clothes drying on balconies sway in the wind, and elderly people chat on newly built benches—these scenes filled with human warmth are the most touching annotations of the ‘reverse growth’ of old houses. Green Travel: Worker Wang in Jingmen Saves 200 Yuan/Month on Commuting, Free Bicycles in Jiawang Reduce Carbon by 1,200 Tons Annually, Low Carbon is Not ‘Asceticism.’ Master Wang from Changcheng Industrial Park in Jingmen recently calculated: it used to take him 40 minutes to take the bus to work, costing over 300 yuan monthly; now, riding a shared electric bike with Beidou positioning, he reaches the factory in 25 minutes, saving an average of 200 yuan monthly—just enough to buy two boxes of imported milk for his grandson.
In 2025, Jingmen will deploy 5,000 smart electric bikes, equipped with explosion-proof solid tires and reinforced baskets, with over 95% vehicle availability, allowing workers to commute without scrambling for bikes. The green travel in Jiawang District of Xuzhou is even more ‘inclusive.’
Here, the free bicycle + assisted bike system is ridden 5,000 times daily, equivalent to 20 people choosing low-carbon travel every 3 minutes. The most astonishing part is that this system can reduce carbon emissions by 1,200 tons annually, equivalent to planting 60,000 trees, while also boosting foot traffic to nearby shops by 25%. Local resident Aunt Li says, ‘Riding a free bike to the supermarket takes just 10 minutes, much more convenient than driving and looking for parking!’
Don’t think of low-carbon travel as ‘asceticism.’ Now, charging at community charging stations costs only 1 yuan for 4 hours, making commuting by electric bike 70% cheaper than driving; a survey by Hengchang Public Welfare shows that over 60% of respondents prefer green electric travel, with 34.84% relying on two-wheeled electric vehicles for commuting. When ‘saving money’ and ‘environmental protection’ are intertwined, green travel becomes a tangible aspect of ‘high-quality living.’
From Master Wang’s ‘200 yuan for milk powder’ to Jiawang’s ‘60,000 trees,’ these cases reveal the truth about low-carbon living: it is not about sacrificing comfort but about using technological innovation (like Beidou positioning and smart operations) and policy support (like free rides and low-cost charging) to allow ordinary people to save money while reducing their burden on the planet.
Just like the residents of Xiong’an New Area discovered: ‘Charging the electric bike after 10 PM costs only 1 yuan for 4 hours, cheaper than taking the bus!’ This ‘pocket-friendly benefit’ is the most vivid annotation of green development.
Outlook for Life Scenarios in 2030: In 6 Years, This is How We Will ‘Live.’ At 7 AM: AI Assistant Wakes Up, Autonomous Bus ‘Door-to-Door.’ On a morning in 2030, your sleep monitoring wristband gently vibrates—not with a harsh alarm but with the gentle voice of the ‘Hang Hao Meng’ AI assistant: ‘Master, you had 2 hours and 18 minutes of deep sleep and 3 hours and 42 minutes of light sleep last night. The air quality is good today; I suggest leaving at 8 AM to enjoy an extra 10 minutes admiring the hydrangeas in the community garden.’
This personalized wake-up service comes from the smart assistant technology nurtured by Hangzhou’s ‘urban brain,’ which can capture your sleep cycles and physical condition in real-time through smart terminals and health monitoring networks, just like the ‘one person, one file’ health records in Chengdu’s Shuangshui Dian Street. After going downstairs to the community entrance, the autonomous bus is quietly waiting. This bus, integrated with Xiong’an New Area’s vehicle-road collaborative technology, has solar panels on its roof absorbing morning sunlight, forming an ‘energy dual circulation’ with the station’s photovoltaic system, achieving zero emissions throughout the journey. After facial recognition verification, the AR screen inside the bus automatically lights up: ‘Detected that your favorite coffee shop near your office is offering a 10 yuan discount for new users today; would you like me to reserve a latte for you at 9 AM?’
At this moment, you remember that this bus is using centimeter-level positioning technology to avoid congested routes during the morning peak, stopping automatically at red lights, and slowing down in advance when elderly people cross the road—these ‘reservation-style precise passage’ scenarios, which were piloted in Xiong’an, have now become the norm for urban commuting. From ‘fighting for seats’ to ‘enjoying life,’ the commuting revolution: in the past, you needed to leave 40 minutes early to squeeze onto the subway, keeping an eye on the route; now, the AI assistant dynamically adjusts your departure time based on sleep quality, and the autonomous bus achieves ‘door-to-door’ delivery through ‘vehicle-road collaboration + intelligent scheduling,’ even helping you reserve breakfast.
This change is backed by the technological collaboration of Hangzhou’s ‘urban brain’ and Xiong’an’s ‘smart transportation network,’ transforming commuting from a physical drain into enjoyable moments of leisure. As the bus smoothly arrives at the dedicated lane in front of your office building, you open the ‘Xiong’an Travel’ app to check the real-time location—there are still 20 minutes until clock-in, enough time to redeem that AR-pushed coupon at the coffee shop. Sunlight streams through the bus window onto the AR screen, reflecting your relaxed smile: those days of being squeezed into the subway really feel like a thing of the past.
At 12 PM: Robots Deliver Takeout, Community Rainwater Recycling Waters Plants, Low Carbon Integrates into ‘Daily Life.’ At noon, the takeout bell rings, and standing at the door may not be a delivery person but a ‘running robot’ from Shenzhen—it can flexibly climb stairs, accurately ring the doorbell, and when handing over the meal box, it will say in a gentle tone, ‘Enjoy your meal.’
This scene is not from a sci-fi movie; Shenzhen’s AlphaBot2 robot already possesses autonomous service capabilities, and UBTECH’s delivery robots have also landed in institutional scenarios. The surge of 40.1% in industrial robot production in Shenzhen in the first quarter of 2025 is making ‘robot delivery’ transition from pilot projects to daily life. When you go downstairs to pick up a package, you will find the roses in the community flower bed are drinking ‘recycled water.’
In the Changshouyuan community in Chengdu, three rainwater collection systems save nearly 50 tons of water annually for residents’ plant irrigation, equivalent to the water usage of an average family over 10 years. Meanwhile, the Juluan Bay community in Guangzhou converts 80% of rainwater for irrigation, achieving a daily water-saving of 200 tons, and the upgraded rainwater recycling system in the old community in Kunming has made ‘using rainwater for watering plants’ a habit for residents.
These details reflect the real appearance of low-carbon living in 2030: it is not an intermittent slogan of ‘driving less for a day’ but is embedded in the daily life of ‘robot delivery + rainwater irrigation.’
Just like the Changshouyuan community in Chengdu not only saves water through rainwater but also transforms 80% of kitchen waste into fertilizer using eco-friendly enzymes, generating nearly 30 tons of carbon reduction annually through photovoltaic power generation. Residents in Guangzhou’s Juluan Bay are participating in a silent ‘green relay’ in the mundane aspects of ‘daily life.’ When technological innovation meets community wisdom, low carbon truly becomes a visible and tangible lifestyle.
The core logic of low-carbon daily life: it is not about sacrificing convenience but about using technology to allow ‘environmental protection’ and ‘comfort’ to coexist. While robot delivery improves efficiency, it also reduces traffic carbon emissions; rainwater recycling systems achieve resource circulation without increasing living costs. This ‘silent change’ is the most vivid annotation of high-quality urban development in 2030. At 8 PM: Old Communities Transform into ‘Smart Communities,’ Elderly People Use AI Fitness Mirrors in ‘Pocket Parks.’ As night falls, the ‘pocket park’ in the community is already bustling.
Your parents are standing in front of a half-height AI fitness mirror, following along with Tai Chi, and the mirror suddenly lights up with a red prompt: ‘Raise your left arm 30 degrees, slightly bend your knees for better joint protection’—this fitness mirror, integrated with smart algorithms from Hangzhou Lingban Technology, can not only correct movements in real-time but also recommend rehabilitation training plans based on the elderly’s blood pressure and blood sugar data, truly achieving ‘health management at your doorstep.’ Nearby, in the unmanned convenience store, Aunt Zhang pays for a bottle of sugar-free yogurt with facial recognition, taking less than 10 seconds.
Not far away, on a bench, 72-year-old Grandpa Zhang just returned after helping Grandma Li pick up her blood pressure medication, and he opens the community app to log 2 hours of volunteer service time in the ‘time bank.’
‘When I can no longer move, I can exchange this time for home haircut or grocery shopping services.’ This mutual assistance model is being promoted nationwide, with Chengdu’s Chenghua District’s ‘district-street-community-grid four-level service model’ even extending to nighttime management, where grid workers dynamically visit to ensure the safety of elderly people living alone at night. The ‘Elderly-Friendly Code’ of Smart Communities • Technology for the Elderly: Shenzhen’s robot ‘nursing companion’ provides 24-hour companionship, and Xiong’an’s family remote care device allows children to check on their elderly parents’ status at any time. • Space Renovation: Tianjin’s Hongqiao District has added green spaces and fitness equipment through ‘micro-renovations,’ while the old dormitories in Wang District have been transformed into a 2,000-square-meter garden, with details like non-slip tiles and aluminum alloy drying racks everywhere. • Governance Upgrade: Hangzhou’s Shangcheng District’s ‘AI grid assistant’ covers 203 communities, automatically generating lists for visiting elderly people, and the ‘AI social worker master’ can provide emergency plans for sudden illnesses. These changes did not occur in a vacuum.
Management documents clearly require ‘increasing community parks and pocket parks near the people,’ while various places are integrating smart genes into old community renovations: Kunming has introduced Shenzhen’s AI rehabilitation robots, Qingdao’s government service machines cover the elderly population, and Chengdu’s Changshouyuan community has even achieved ‘zero-carbon community’ operations through a drifting book house and recycling station.
In Tongzhou District, the emergency call bells added through the ‘Party Building + Project’ model, and the QR codes for residents to supervise construction in Zhongshan West Garden New Village, have given the renovated old communities the confidence of ‘being more considerate than high-end communities.’ At 8 PM, your parents are exercising with the AI fitness mirror in the community ‘pocket park,’ the mirror correcting their ‘arm height,’ while the unmanned convenience store allows them to buy a bottle of yogurt with facial recognition; Grandpa Zhang helps Grandma Li pick up her medication, logging 2 hours in the ‘time bank’ for future ‘exchange’ of services—look, in 6 years, the old community will be more considerate than today’s high-end communities; this is the ‘ultimate answer’ of high-quality development: allowing everyone to live with dignity and warmth.
High-quality development is not just ‘the government’s business’; it is our personal ‘good life checklist.’ Don’t think that ‘high-quality urban development’ is a term in government work reports; it is actually the new job for your son in Shenzhen’s robot industry, the 200 yuan saved by Jingmen’s shared electric bike, the reduced commuting hassle thanks to Xiong’an’s highway, and the doctor found by Hangzhou’s smart assistant when you suffer from insomnia—put simply, the good life in 6 years is not something to wait for; it is accumulated bit by bit through every community renovation, every green trip, and every support for local tech companies.
Look at the examples around you: residents of the Changshouyuan community in Chengdu have become ‘beauty ambassadors,’ engaging in parent-child green activities that turn 80% of kitchen waste into fertilizer for flowers; the old neighbors in Zhongshan West Garden New Village have shared renovation suggestions in WeChat groups, supervising construction progress with QR codes, ultimately moving into a ‘renovated community that touches the heart.’ Students and elderly residents in Shunchang County have formed volunteer service teams, teaching 198 people how to turn waste into treasure through 9 training sessions, with struggling resident Fan Meizhen exchanging idle items for a rice cooker, saving hundreds each month. Aunt Tan from the old bus station dormitory in Wang District took the initiative to dismantle her illegal construction after seeing officials squatting down to clear the sewage pipes.
In these stories, where is the ‘grand narrative’? It is all the tangible lives that we ordinary people have built with our own hands.
The ‘account’ of high-quality development has long been calculated clearly: how many nights have been saved for cross-province patients by the 1,456 expert surgeries at Xuanwu Hospital in Xiong’an? Have complaints in Qingdao’s community decreased by 30%, and are there more smiles among neighbors? Did the 1,671 exhibitors at the Hangzhou Digital Trade Fair bring new wonders, lighting up children’s eyes?
From Granny Lan in Chengdu pressing the smart call button to get help, to Shenzhen’s robots keeping lonely elderly people company; from the ‘reverse growth’ of old houses in Kunming becoming internet-famous check-in points, to residents in Anhui receiving rewards for saving electricity—these changes hidden in the mundane aspects of life are not just entries in the ‘good life checklist.’
Ultimately, the comfortable life of 2030 is hidden in the choices of every ordinary person: the vote cast today for community renovation plans, the fuel money saved by riding a shared electric bike to work, and the thumbs-up given to local tech products.
As the management documents say, ‘the people’s city concept’—we are both the answerers and the graders. Just think, on a morning six years from now, as you ride an autonomous bike to work, passing by the newly renovated community garden, receiving a gift bought with your son’s robot company salary, will you suddenly slap your thigh and laugh, ‘Those things back then were really worth it!’