Overview
Smart utility systems must maintain dependable connectivity for extended periods of time, frequently in isolated, hostile, and difficult-to-reach regions.
• Battery lives of several years in LPWA models
• MIMO antennas to greatly reduce errors and boost data speeds
• Over-the-air updates to avoid unnecessary field visits
• Wide temperature range to ensure durability in harsh environments
The emergence of the IoT has already drastically changed the utilities industry, which is a perfect fit for linked technology. Utility firms are able to implement more agile, responsive, and automated systems that are located closer to the point of demand thanks to connectivity, which replaces centralised and inefficient practises. The value of dependable connectivity with low power and maintenance requirements is obvious in a sector where assets are commonly located in outlying or difficult-to-reach areas. As a result, utilities already have the most IoT endpoints, accounting for 23.6% of the 5.81 billion devices supplied in 2020. However, there is still room for growth as possibilities increase with the convergence of LPWA, Wi-Fi, and 5G.
Therefore, over the coming ten years, the area's already strong growth is expected to pick up speed. By 2030, there are expected to be 24.1 billion connected devices in use, with utility businesses accounting for 31% of enterprise deployments and 14% of all IoT connections globally. Some researchers predict that between 2019 and 2024, the global IoT utilities market would expand at a CAGR of 13.5%, reaching a total of $53.8 billion.
Role of Smart Meters in Smart Grid
The smart grid provides utilities with the tools they need to handle these difficulties, including technologies for the efficient use and secure administration of transmission and distribution networks, remote data management and monitoring capabilities, automation, and control. The smart grid creates chances for the development of other new low carbon technologies, such as the smart home and digital cities, in addition to enabling utilities to distribute power in a sustainable, affordable, efficient, and secure manner.
The ability to issue energy bills to commercial and residential consumers based on real consumption as opposed to anticipated consumption is the first direct benefit. All billing process improvements result in better cash flow, fewer bad debts, and less questions about billing and payments. New pre-paid energy services that can be provided to customers without the resources for a large down payment or significant prepayments are also made possible by smart metering.
Results:
1.2bn Smart meters by 2024
91.5% Smart meter penetration in EU market by 2030