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Comparing Pre & Post COVID IoT Deployments in Smart Buildings

2022-07-14
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The use of IoT technology in smart buildings and facilities management applications is not new. The technology has been around for nearly a decade and was already used in facilities management before the COVID-19 era.

However, the COVID-19 pandemic has ushered in new IoT use cases and helped to unveil the full potential of IoT in facilities management. Therefore, we expect the rate of IoT deployments to be sustained or even increased during the new normal i.e., following the end of the pandemic. 


'Overall, while IoT applications in facilities management have been around for years, COVID-19 has accelerated IoT adoption.' -Disruptive TechnologiesClick To Tweet

IoT Deployments in Smart Buildings Pre COVID-19



In the pre-pandemic era, sensors and IoT technologies were deployed in use cases like energy optimization and intelligent asset management. For instance, temperature sensing was extensively employed in smart buildings towards fine-tuning the operation of HVAC (Heating Ventilation and Air Conditioning) systems in ways that optimized BTUs (British Thermal Units) consumption.

Likewise, facilities managers used to employ different types of sensors to monitor assets and to discover their possible malfunctions. In the pre COVID-19 era, sensors were usually deployed in all modern buildings as part of Building Management Systems (BMS).

On the other hand, several owners of older buildings were reluctant to ride the wave of IoT applications, as this required the installation of new sensors on legacy equipment. Some of them were concerned about the additional CAPEX (Capital Expenditure) investments and the overall ROI (Return on Investment) of their solutions.

IoT Deployments in Smart Buildings During COVID-19

Following the pandemic outbreak, facilities managers had to cope with new challenges stemming from COVID-19 measures and policies, including government-imposed restrictions.

For example, the pandemic disrupted conventional 9-5 working and office occupancy patterns, as most office workers switched to work-from-home. Moreover, physical activities (e.g., asset inspection) had to be transformed into digital ones (e.g., remote monitoring).

This gave rise to novel IoT use cases such as remote occupancy monitoring, remote and automated HVAC optimization, and predictive asset maintenance. These use cases helped employers save costs and boost their compliance with COVID-19 measures and mandates.

Furthermore, they manifested the ROI of IoT applications and created a new wave of IoT adopters, including owners and managers of legacy buildings. 

IoT Deployments in Smart Buildings Post COVID-19

The post COVID-19 normality will introduce novel hybrid working patterns for office workers. These patterns will combine remote work with work at the office. Thus, the need for monitoring and analyzing occupancy patterns will persist. This will be a very good reason for using sensors and IoT technology.

Furthermore, many COVID-19 use cases (e.g., remote inspection and predictive maintenance) have business benefits that extend beyond needs that have arisen during the pandemic. For instance, predictive maintenance improves the utilization of building assets and equipment, beyond any remote monitoring benefits.

Similarly, HVAC optimization is not only about creating a safe and comfortable office environment. It also boosts the ability of building owners and facilities managers to catch ambitious sustainability targets as mandated by emerging “green” regulations (e.g., the 2020 New York City (NYC) Energy Code).

In this context, facilities managers that have already adopted IoT are expected to expand their IoT use cases. At the same time, a new wave of IoT adopters will emerge as IoT is one of the best-suited technologies for realizing the ongoing twin (i.e., digital + green) transformation of modern facilities. 

Bottomline

Overall, while IoT applications in facilities management have been around for years, COVID-19 has accelerated IoT adoption. Moreover, it has unveiled new use cases, including use cases with significant ROI and importance in the new normality.

Some of these use cases will be used to support the safe return to the office. The latter signals a new transitional phase that bridges the COVID-19 era with the post COVID-19 normality.



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  • Automation

  • Smart Building

  • Building Automation

  • Internet of Things

  • Predictive Maintenance



  • Automation

  • Smart Building

  • Building Automation

  • Internet of Things

  • Predictive Maintenance


参考译文
比较新冠疫情前后智能建筑的物联网部署

在智能建筑和设施管理应用中使用物联网技术并不新鲜。该技术在近10年前就已经出现,在新冠肺炎时代之前已经被用于设施管理。然而,COVID-19大流行带来了新的物联网使用案例,并有助于揭示物联网在设施管理方面的全部潜力。因此,我们预计在新常态期间,即疫情结束后,物联网部署的速度将持续甚至增加。在大流行之前的时代,传感器和物联网技术被部署在能源优化和智能资产管理等用例中。例如,温度传感被广泛应用于智能建筑,用于微调HVAC(采暖通风和空调)系统的运行,以优化btu(英国热量单位)的消耗。同样,设施管理人员过去也使用不同类型的传感器来监视资产并发现其可能的故障。在COVID-19之前的时代,传感器通常部署在所有现代建筑中,作为建筑管理系统(BMS)的一部分。另一方面,一些老建筑的业主不愿搭乘物联网应用的浪潮,因为这需要在遗留设备上安装新的传感器。他们中的一些人担心他们的解决方案的额外资本支出(CAPEX)投资和整体投资回报率(Return on Investment)。大流行爆发后,设施管理人员不得不应对COVID-19措施和政策带来的新挑战,包括政府施加的限制。例如,大流行打破了传统的朝九晚五的工作和办公模式,因为大多数上班族转向在家工作。此外,实体活动(如资产检查)必须转换为数字活动(如远程监控)。这带来了新的物联网用例,如远程占用监控、远程和自动化暖通空调优化,以及预测性资产维护。这些用例帮助雇主节省成本,提高他们对COVID-19措施和要求的遵从性。此外,他们展示了物联网应用的ROI,并创造了新一波物联网采用者,包括遗留建筑的所有者和管理者。“后新冠肺炎常态”将为上班族带来新的混合工作模式。这些模式将把远程工作与办公室工作结合起来。因此,监测和分析入住模式的需求将持续存在。这将是使用传感器和物联网技术的一个非常好的理由。此外,许多COVID-19用例(如远程检查和预测性维护)的业务效益超出了疫情期间产生的需求。例如,预测性维护提高了建筑物资产和设备的利用率,而不是任何远程监控的好处。同样,暖通空调优化不仅仅是创造安全舒适的办公环境。它还提高了建筑业主和设施管理者的能力,以实现新兴“绿色”法规(如2020年纽约市能源法规)规定的雄心勃勃的可持续发展目标。在这种情况下,已经采用物联网的设施管理人员有望扩大其物联网用例。与此同时,由于物联网是最适合实现现代设施持续(即数字化+绿色)转型的技术之一,将出现一波新的物联网采纳者。总的来说,尽管物联网在设施管理中的应用已经存在多年,但COVID-19加速了物联网的采用。此外,它还公布了新的用例,包括具有显著ROI和新常态中的重要性的用例。其中一些用例将用于支持安全返回办公室。后者标志着新冠肺炎时代与后新冠肺炎常态之间的新过渡阶段。

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