Smart electricity meters enable the systematic collection of high-resolution electricity consumption data, supporting enhanced visibility and management of energy use across residential, commercial, and industrial premises. The adoption of smart metering technologies aligns with Singapore’s Smart Nation initiative and national energy efficiency objectives, particularly in the built environment.
In Singapore’s tropical climate, electricity consumption within buildings is strongly influenced by cooling demand. Air-conditioning systems account for a significant proportion of total electricity usage in households and commercial buildings, making accurate monitoring and demand management critical to achieving meaningful energy efficiency improvements.
The deployment of smart electricity meters supports the following key outcomes:
Facilitation of renewable energy integration, including improved monitoring of on-site solar photovoltaic generation and consumption matching
Improved peak demand management through real-time identification of load patterns and consumption peaks
Reduction of non-essential and standby power consumption via enhanced usage transparency
Optimisation of energy performance in commercial and industrial facilities through data-driven operational adjustments
In the context of the Singapore Green Plan 2030, smart electricity metering supports national objectives related to energy efficiency, carbon emissions reduction, and sustainable infrastructure development. By enabling improved demand management and consumption transparency, smart metering systems contribute to more efficient electricity use and support long-term decarbonisation pathways within the built environment.
Statement on the Role of Smart Electricity Metering in Supporting National Sustainability and Smart Infrastructure Objectives
Smart electricity metering systems enable the continuous and high-resolution collection of electricity consumption data, supporting improved visibility and management of energy use across residential, commercial, and industrial premises. The adoption of such systems aligns with Singapore’s Smart Nation initiative, which emphasises the use of data and digital technologies to enhance urban infrastructure efficiency and resource optimisation.
Smart electricity metering also complements the BCA Green Mark framework by providing verifiable and granular energy performance data to support building benchmarking, continuous operational improvement, and sustainability reporting.
Overall, smart electricity metering serves as a key enabler of data-driven energy management, contributing to cost efficiency, system resilience, and Singapore’s long-term sustainability objectives.
