PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2092651
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2092651
Energy Measurement ICs Market size was valued at US$ 6,605.4 Million in 2025, expanding at a CAGR of 7.9% from 2026 to 2033.
Energy measurement ICs are application-specific integrated circuits that measure and calculate voltages, currents, power factors, frequencies, and active and reactive energies and power, in single and poly-phase circuits. The energy measurement ICs market is segmented into standalone metering ICs, system-on-chip, and sensor-interface ICs for smart electricity meters, industrial automation, electric vehicle charging, renewable energy inverters, and building energy management systems. The leading factors driving the energy measurement ICs market include the demand for smarter grids and the digitization of the energy ecosystem. India's Ministry of Power reported more than 2.41 crore smart meters deployed under the Restructured Distribution Sector Scheme (RDSS) as of July 2025 in 28 states and union territories. Moreover, the mandatory use of indigenously developed Meter Data Management (MDM) and Head-End Systems (HES) with 100% local content offers significant growth opportunities for smart meter manufacturers, creating demand for energy measurement ICs that provide reliable and tamper-proof electricity measurement solutions.
Energy Measurement ICs Market- Market Dynamics
Global Expansion of Smart Metering Infrastructure Accelerates Adoption of High-Precision Energy Measurement ICs
The rising need for smart electricity meters is one of the major factors contributing to the growth of the Energy Measurement IC market. These ICs are used in digitized electricity meters to carry out accurate computations of parameters such as voltage, current, power, energy, and power quality, in addition to communication and anti-tamper features. Modern electricity meters require highly integrated ICs with built-in calibration functions, low-power design, and improved accuracy. According to the National Smart Grid Mission India report, as of March 2025, more than 25 million smart consumer meters have been commissioned in the country. The number is expected to grow exponentially during the forecast period, supporting the growth of the Energy Measurement IC market.
The Global Energy Measurement ICs Market is segmented on the basis of Phase Type, Application, Communication Interface, Current-Sensing Method, End User, and Region.
Product differentiation is determined by the accuracy of measurement, the communication flexibility, ease of integration, security, and the environment. In 2025, more electricity utilities specified Energy Measurement ICs for enabling trusted metrology in smart meters, detecting tampering, and digitally communicating with advanced metering infrastructure. Single-phase Energy Measurement ICs ruled the roost in the residential smart metering segment, while their poly-phase counterparts dominated the commercial, industrial, and utility domains. Smart metering adoption was rampant, and electricity measurement ICs were in demand.
Measurement ICs were deployed in renewable energy, automotive EV charging, industrial automation, and smart building applications as OEMs leveraged metrology to maximize power use. The Central Electricity Authority reported that over 1.12 lakh smart meters were being commissioned daily as of May 2025. Meanwhile, a need was identified for cybersecurity and data analytics in smart meters. Semiconductor makers addressed the needs of smart metering networks by offering advanced resolution, harmonic analysis, security, and connectivity solutions.
Energy Measurement ICs Market- Geographical Insights
Asia Pacific was among the leading regions for the energy metering IC market, which was mainly attributed to integrated semiconductor manufacturing, large-scale smart meter production, and a substantial industrial electronics base. Apart from that, a significant proportion of analog and mixed-signal ICs for meters were manufactured in China, Japan, South Korea, and Taiwan. Moreover, India's power grid is undergoing extensive digitization, and over 25 million smart consumer meters are expected to be installed by March 2025. In addition, India's electronics manufacturing industry is growing rapidly and is supported by Semicon India 2025, local foundries and packaging, and semiconductor localization to meet the need for metering ICs for utilities and industrial instruments.
North America was focused on advanced technologies to address the growing need for power grid modernization and industrial automation in 2025. The region was at the forefront of the domestic semiconductor manufacturing and design movement to meet the need for power management ICs for industrial and utility applications. Moreover, North America was among the first regions to adopt advanced power management solutions for EVs, the power grid, and data centers in 2025. Semiconductor manufacturers developed metering ICs with advanced built-in analog front ends, enhanced mixed-signal front ends, inherent security, and AI-driven diagnostics for smart metering applications. In addition, semiconductor manufacturers collaborated with utilities, industrial automation, and Current-Sensing Method companies to develop and commercialize smart metering solutions.
Competition in the Energy Measurement ICs market is intense due to the need for measurement accuracy, secure connectivity, mixed-signal design, and compliance with emerging smart metering standards. At the end of March 2025, Itron and CHINT Global announced the joint development of the first residential smart meter design that complies with the DLMS ACESM Generic Companion Profile (GCP). The solution was designed to provide multi-vendor metering system compatibility for future electricity, gas, and water meters. In addition, India's Ministry of Power mandated a 100% minimum local content for Meter Data Management (MDM) and Head End Systems (HES) under the Read, Download, Send, and Store (RDSS) framework effective 1st January 2025. As a result, the need for energy measurement ICs with standard compliance is surging in the local content smart metering space.
In February 2025, Analog Devices, Inc. expanded its industrial and automotive Current-Sensing Method portfolio while highlighting stronger design activity supporting intelligent energy monitoring, automation, and electrification applications across precision analog semiconductor platforms.
In May 2025, STMicroelectronics N.V. introduced an AI-enabled MEMS sensing platform demonstrating continued investment in intelligent sensing technologies applicable to advanced industrial, smart infrastructure, and connected energy management systems.