
China Unveils Urban Renewal Plan to Enhance Quality of Life
China has announced an urban renewal plan for 2026-2030, aiming to improve citizens' quality of life through the renovation of aging housing and infrastructure, and the promotion of digitalization. Emphasis is also placed on utilizing industrial land and preserving historical sites.
Home - China - What Will China’s Cities Become in the Next Five Years? BEIJING – Stand in a metropolis like Beijing, China, and the visual contrast is immediate. Ancient cultural relics sit alongside hyper-modern skyscrapers, compressing centuries into a single frame. But step away from the tourist tracks and into the ordinary neighborhoods framing these monuments, and that romance quickly fades. In China, over 60% of residential compounds in the central districts of premier cities like Beijing and Shanghai were built before 2000, when urbanization started to accelerate. A similar reality is evident in Western cities, from New York, where 70% of residential units predate 1960, to London’s wealthy Kensington and Chelsea, where nearly half of the housing stock was built before 1900. Troubles like deteriorating concrete, pipeline leaks, missing elevators, and jammed parking spaces often disrupted residents’ daily life. Also, legacy structures were not engineered for today’s environment, much like the historic apartments of Europe that lack pre-designed cooling systems to withstand modern heatwaves this summer, Against this backdrop comes the latest urban renewal plan for 2026–2030, released this June. It is a precise continuation of the country’s ongoing five-year planning cycle, updated to tackle the urban hangover of aged communities in line with today’s realities. For the residential sector, the plan builds on a momentum that has already seen over 240,000 older communities renovated, stepping further to upgrade another 115,000 neighborhoods to improve daily life for millions of households nationwide. The priority is given to homes built before 2000, where the structural wear-and-tear is now most acute. The strategy is far beyond cosmetic. One key move is underground. That is approximately 770,000 kilometers of pipelines for gas, water, sewage, and heating. Once done, this massive pipeline network will not only make kitchens and bathrooms stronger, but also give cities the “breathing room” to absorb severe rainfall and prevent flash flooding that is getting more intense due to climate change. Along with the physical upgrade is digital infrastructure. This represents a functional smartness driven by an Internet of Things ecosystem, where embedded smart meters and neighborhood pressure sensors track water flow, gas levels, and fire safety in real time, feeding data directly into municipal command centers. As a result, cities can shift from reactive emergency repairs to predictive, data-driven maintenance. They are also the very infrastructure that is essential to enhancing the level of efficiency in the use of energy and water. The blueprint also targets public spaces and historic architecture and extends into the fabric of everyday urban life. Over the next five years, the plan aims to renovate 5,000 neighbourhoods nationwide, with an emphasis on stitching public services—elderly care, childcare, and shared facilities—back into neighbourhood life. The idea is not just better housing, but better blocks: more pocket parks, more green space, more room for daily interaction in cities. It also targets surrounding infrastructure of daily life—reworking road networks to improve flow, adding parking capacity, and making short-distance movement within cities more efficient and predictable. For industrial land, one focus is called “industry going upstairs”, which dismantles the traditional assumption that manufacturing requires sprawling, single-story suburban sheds. In hyper-dense manufacturing hubs where new land is extremely scarce, local governments are helping enterprises expand vertically rather than horizontally. For instance, in Anhui Province, eastern China, Ma’anshan Shangdian Electrical Co consolidated its old plots and built upward, structurally reinforcing upper floors to withstand heavy industrial machinery loads of one metric ton per square meter. This engineering feat successfully doubled their usable floor space on the same geographic footprint. Another key focus of the blueprint involves breathing life into underutilized industrial zones by transforming them into vibrant tourism or recreational hubs. Inspired by the pioneering success of Beijing’s Shougang Park, where a massive, century-old steel mill was transformed into a bustling hub for sports, culture, and major exhibitions, the ArxanTaikang Art Center in Inner Mongolia follows a similar playbook. Once an abandoned thermal power plant, the local government creatively adapted the idle state asset by preserving its raw industrial elements rather than erasing them. Today, the old industrial shell breathes new life as a vibrant lifestyle landmark, housing contemporary exhibition halls, lecture spaces, a music venue, immersive science displays, and even a cozy café embedded directly within its historic machinery. While some former industrial sites unlock value through tourism-led reinvention, others hold historical and cultural significance that calls for preservation and continuity. In eastern China’s Jingdezhen, a city with over a thousand years of porcelain-making history and a dense legacy of historic kilns and traditional workshops, its Taoxichuan District has built on this manufacturing heritage to incubate more than 4,500 independent ceramic brands, drawing a vibrant community of over 33,000 young creators from across the country. Jingdezhen is far from an isolated case; it is a vital part of a vast national tapestry that includes 145 designated historic cities, over 1,300 cultural districts, and some 72,000 recognized historic buildings across China. To manage a legacy of this scale without turning these vibrant areas into sterile, open-air museums, the overarching strategy has shifted toward what urban planners call “holistic preservation.” The goal is to protect not just an isolated ancient temple or a standalone monument, but the entire historic fabric—the centuries-old street grids, the tight networks of traditional alleyways, and the broader skyline of the old town itself, ensuring that urban renewal honors historical continuity while fueling cultural prosperity. Ultimately, the goal of China’s vast and complex urban renewal plan over the next five years is simple: to make transformation tangible in everyday life, and to ensure that the changing city delivers greater dignity, security, and a sense of belonging to its residents. By Wang Yangyang, CGTN journalist based in Beijing covering China and global affairs.
多角的分析
中国の都市再生計画は、老朽化したインフラの更新とデジタル化推進を通じて、経済の持続可能性と効率性を高めることを目指している。特に、地下パイプライン網の更新は、水害リスクの低減と都市機能の安定化に寄与し、長期的な経済的損失を防ぐ。スマートシティ技術の導入は、エネルギーと水の効率的な利用を促進し、運用コストの削減につながる。また、工業用地の垂直活用や遊休資産の再開発は、限られた土地資源の有効活用と新たな経済活動の創出を促す。これらの取り組みは、中国経済の構造転換と内需拡大に貢献すると考えられる。
この都市再生計画は、インフラ関連企業、建設業、スマートシティ技術を提供する企業にとって、新たな投資機会をもたらす。特に、地下インフラの更新やデジタル化関連のプロジェクトは、長期的な収益が見込める。また、歴史的建造物や工業用地の再開発による観光・文化施設の創出は、不動産投資や関連サービス産業への投資を刺激する可能性がある。ただし、計画の実行には巨額の資金が必要であり、地方政府の財政状況やプロジェクトの進捗管理が、投資リスクとなる可能性もある。
都市再生計画は、老朽化した住宅の改修や公共サービスの再統合を通じて、数百万人の市民の日常生活の質を向上させる。劣化した建物の安全性向上、インフラの信頼性向上は、住民の安心感に直結する。また、緑地の増加や交流スペースの整備は、地域コミュニティの活性化に貢献する。一方で、再開発に伴う立ち退きや地域住民との合意形成が課題となる可能性もある。歴史地区の保存と開発のバランス、そしてスマートシティ化におけるプライバシー保護なども、社会的な議論を呼ぶ可能性がある。
中国の一般市民、特に老朽化した住宅に住む人々や、インフラの老朽化による生活の不便を経験している人々にとって、この計画は生活環境の劇的な改善をもたらす可能性がある。例えば、劣化した水道管やガス管の交換は、漏水や事故のリスクを減らし、より安全で快適な生活を保障する。また、スマートメーターの導入は、光熱費の管理を容易にし、効率的なエネルギー利用を促す。しかし、再開発地域に住む住民にとっては、移転や生活様式の変化への適応が求められる場合もあり、そのプロセスにおける地域住民の声の反映が重要となる。
背景・歴史的文脈
中国の都市化は1980年代以降急速に進み、多くの都市で人口が急増した。それに伴い、住宅建設やインフラ整備が急ピッチで行われたが、その多くは都市計画や建築基準が未熟な時代のものであった。特に2000年以前に建設された建物は、老朽化が進み、耐震性や安全性、快適性に課題を抱えるケースが多い。近年、中国政府は都市の持続可能性と住民の生活の質向上を重視するようになり、老朽化した都市インフラや住宅の改修、スマートシティ化を推進する政策を打ち出してきた。今回の計画は、こうした流れをさらに加速させるものと言える。
原文ソース
Chiang Rai Times