市场调查报告书
商品编码
1522949
到 2030 年,美国智慧水錶解决方案的成长机会预测Growth Opportunities in Smart Water Metering Solutions in the United States, Forecast to 2030 |
节水政策和提高公共事业收益效率的需要推动成长
过去五年,美国水务公司的数位转型步伐显着加快。随着都市化趋势增加用水需求和水资源供应成为人们关注的问题,各种规模的水务公司都在转向国家法规和政策,以改善节水和减少水损失。公共也面临基础设施老化和劳动力老化的问题,这两个问题都在消耗资源,并迫切需要提高经济和环境的永续性。这就是为什么公共事业采用智慧水錶解决方案作为提高经济和环境永续性的第一线工具。低功耗广域网路 (LPWAN) 连线的成本在过去五年中有所下降,随着越来越多的物联网设备透过 LPWAN 连接解决方案传输资料,成本可能会进一步下降。
网路即服务 (NaaS) 和软体即服务 (SaaS) 等创新经营模式正在获得认可,因为它们可大幅降低水务公司的智慧电錶资本支出。报告中介绍的主要细分市场包括智慧水錶、网路解决方案、仪表资料管理(MDM)/客户资讯系统(CIS)收费、客户参与入口网站(CEP)/资料分析、计划管理等。调查期间为2022年至2030年,以2023年为基准年。
Water Conservation Policies and Utilities Need for Improved Revenue Collection Efficiencies Drive Growth
The pace of digital transformation by US water utilities has significantly increased in the last 5 years in response to water stress caused by unprecedented droughts and heat waves across the country. Water utilities of all sizes are responding to state-level regulations and policies to improve water conservation and reduce water loss as the urbanization trend has led to an increase in water demand and water availability has become a cause for concern. Public utilities also face aging infrastructure and an aging workforce, both of which have strained resources and forced the need to improve their economic and environmental sustainability. As such, utilities are adopting smart water metering solutions as a frontline tool to improve economic and environmental sustainability. Automated metering infrastructure (AMI)-based smart water metering solutions are witnessing strong adoption as the cost of low-power wide area network (LPWAN) connectivity has decreased in the last 5 years and is likely to drop further as many more IoT devices transmit data via LPWAN connectivity solutions.
Innovative business models, such as Network as a Service (NaaS) and Software as a Service (SaaS) approaches, are gaining acceptance as they significantly reduce water utilities' smart metering CAPEX. The key market segments presented in this report include smart water meters; network solutions; meter data management (MDM) and customer information system (CIS) billing; customer engagement portal (CEP) and data analytics; and project management. The study period is 2022 to 2030 using a base year of 2023.