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　　世界每天至少有180000人迁往城市生活。基于这一假设，并考虑到预计到2050年世界人口将大幅增加，届时地球上很可能将有大约97亿人居住，而目前为77亿人，其作用更加明确。而智慧城市的出现，不仅是为了提高公民的宜居性，也是为了可持续性问题。 智慧城市(英语：SmartCity)起源于传媒领域，是指利用各种信息技术或创新概念，将城市的系统和服务打通、集成，以提升资源运用的效率，优化城市管理和服务，以及改善市民生活质量。 智慧城市是把新一代信息技术充分运用在城市中各行各业基于知识社会下一代创新(创新2.0)的城市信息化高级形态，实现信息化、工业化与城镇化深度融合，有助于缓解“大城市病”，提高城镇化质量，实现精细化和动态管理，并提升城市管理成效和改善市民生活质量。 事实上，智慧城市面临的关键挑战之一是利用数字化转型对巨大的全球城市化挑战做出具体回应：从人口增长到能源效率，从资源稀缺到减少大气中的温室气体。但是，当今世界上哪些城市可以被定义为最智能的呢？今天，我们一起来共同看看全球6个比较成功的智慧城市案例。 英国首都设有伦敦技术与创新办公室，该办公室专门致力于技术发展，以确保伦敦成为一个日益智能的城市。该办公室开展了许多支持各级研究和技术的项目。伦敦还可以利用SmartLondonBoard，该委员会定期提供更新和提示，使城市变得更智能。为实现其目标，英国首都制定了一项致力于智慧城市的计划，其中包括在不同城市地区实施技术的战略。迄今为止，伦敦正在致力于解决医疗保健、大数据管理、交通、连接、网络安全和能源管理等主要问题。 纽约通过跨越公共和私营部门的举措，这座城市正在经历一场真正的数字化转型，旨在改善所有公民的生活。其中心目标包括安全和成本节约。 新加坡一直以在技术方面居前一步而著称。因此，它是世界上很智慧的城市之一也就不足为奇了。其智能国家计划早在2014年就启动，为在整个城市安装大量传感器提供了条件。这些设备还根据市民的习惯获取了大量有关当地宜居性的信息。事实上，它们能够测量和监控重要方面，从区域的清洁程度到参加活动的人数。通过这种方式，可以实时了解城市中正在发生的事情。 荷兰首都无疑是欧洲最智慧的城市之一，这也归功于阿姆斯特丹智慧城市(ASC)，这是一个公私合作伙伴关系，涉及数字城市、节能、流动性、循环经济、为市民提供宜居性和服务。阿姆斯特丹为自己设定的关键目标之一是到2030年将新原材料的使用量减半并避免浪费。同时，该市正在致力于能源转型和绿色空间优化，以期到2030年将二氧化碳排放量减少55%，到2040年减少75%，与1990年的水平相比。 在全球范围内，波士顿是首批向智能目标开放的城市之一。迄今为止，其创新区已促进了200多家科技创业公司。基于创新的地方政策的核心是公民，他们有机会通过一系列致力于宜居性最多样化方面的应用与互动。通过这种方式，公民可以报告任何持续存在的问题。 巴塞罗那致力于多项举措，使其始终位居全球智慧城市排名的前列。加泰罗尼亚大都市关注的一个重要项目是完全免费的城市Wi-Fi覆盖。如今，您几乎可以在城市的每个角落使用免费Wi-Fi。当地还开发了一系列应用程序，让市民了解城市的各个方面。巴塞罗那还充分利用物联网技术，利用传感器降低能源成本并提高道路安全。目前，在西班牙城市中使用LED传感器来监控交通、空气质量、噪音污染和行人活动。在不同的街区，还可以看到配备真空吸尘器的智能垃圾箱，可将垃圾排放到地下仓库。这种创新有几个目标：尽量减少难闻的气味，减少用于收集垃圾的车辆的移动，并不断监测城市中的垃圾数量。

　　“Billions of better decisions” highlights the role of Industrial IoT solutions in reaching sustainability goals while empowering the industrial workforce

　　International survey of 765 decision-makers reveals that while 96 percent believe digitalization is “essential to sustainability,” just 35 percent have implemented Industrial IoT solutions at scale

　　2 percent of companies are increasing investment in Industrial IoT specifically to address sustainability aims

　　ABB today released the findings of a new global study1 of international business and technology leaders on industrial transformation, looking at the intersection of digitalization and sustainability. The study, “Billions of better decisions: industrial transformation’s new imperative,” examines the current take-up of the Industrial Internet of Things (IoT) and its potential for improving energy efficiency, lowering greenhouse gas emissions and driving change. The goal of the new ABB research is to spur discussion within industry regarding opportunities to leverage the Industrial IoT and empower companies and workers to make better decisions that can benefit both sustainability and the bottom line.

　　“Sustainability goals more and more are a crucial driver of business value and company reputation, and Industrial IoT solutions are playing an increasingly important role in helping enterprises achieve safe, smart and sustainable operations,” said Peter Terwiesch, President of ABB’s Process Automation business area. “Unlocking insights hidden in operational data holds the key to enabling literally billions of better decisions throughout industry and acting upon them, with significant gains in productivity, reduced energy consumption and lower environmental impact.”

　　The study, commissioned by ABB, found that an organization’s “future competitiveness” is the single greatest factor – cited by 46 percent of respondents – in industrial companies’ increased focus on sustainability. Yet while 96 percent of global decision-makers view digitalization as “essential to sustainability,” only 35 percent of surveyed firms have implemented Industrial IoT solutions at scale. This gap shows that while many of today’s industrial leaders recognize the important relationship between digitalization and sustainability, the adoption of relevant digital solutions to enable better decisions and achieve sustainability goals needs to accelerate in sectors like manufacturing, energy, buildings and transport.

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　　Win-win scenarios with the Industrial IoT

　　With 63 percent of executives surveyed strongly agreeing that sustainability is good for their company’s bottom line, and 58 percent also strongly agreeing it delivers immediate business value, it’s clear that sustainability and traditional priorities of Industry 4.0 efforts – speed, innovation, productivity, efficiency, customer-centricity – are increasingly intertwined, opening up win-win scenarios for companies looking to drive efficiency and productivity while making strides on climate change.

　　“The International Energy Agency2 estimates that industry accounts for more than 40 percent of global greenhouse gas emissions today,” said Terwiesch. “If we are to reach climate objectives such as the UN’s Sustainable Development Goals and the Paris Agreement, industrial organizations need to implement digital solutions as part of their sustainability strategies. Embracing these technologies at all levels – from the boardroom to the facility floor – is key, as every member of the industrial workforce can become a better decision-maker when it comes to sustainability.”

　　ABB innovations for sustainability

　　ABB is committed to leading with technology to enable a low-carbon society and a more sustainable world. Over the past two years, ABB has reduced greenhouse gas emissions from its own operations by more than 25 percent. As part of its Sustainability strategy 2030, ABB expects to be fully carbon neutral by decade’s end and to support its global customers in reducing their annual CO2 emissions by at least 100 megatons by 2030, the equivalent of removing 30 million combustion cars from the roads each year.

　　ABB’s investments in digital capabilities are core to this commitment. With more than 70 percent of ABB’s R&D resources dedicated to digital and software innovations, and a robust ecosystem of digital partners, including Microsoft, IBM and Ericsson, the company has established a leading presence in Industrial IoT.

　　The ABB AbilityTM portfolio of digital solutions enables a host of industrial use cases to power improvements in energy efficiency, resource conservation and circularity, including condition monitoring, asset health and management, predictive maintenance, energy management, simulation and virtual commissioning, remote support and collaborative operations. Examples of ABB’s more than 170 Industrial IoT solutions include ABB AbilityTMGenix industrial analytics and AI suite; ABB AbilityTM Energy and Asset Manager; ABB AbilityTMCondition Monitoring for Powertrains; and ABB AbilityTM Connected Services for industrial