The Internet of Things (IoT) is revolutionizing the way we interact with the world by embedding intelligence into everyday objects and enabling seamless communication between devices.Our Landis+Gyr webinar discussed key aspects of IoT, including its definition, communication methods, typical use cases, and Landis+Gyr's contributions to this transformative field.
In today's technologically advanced world, smart water metering is revolutionizing how consumers interact with and manage their water usage. This innovative approach goes beyond the simple recording of water consumption, it empowers individuals by providing them with detailed insights into their water use patterns, enabling them to identify inefficiencies, conserve resources, and potentially lower the bills.
In the age of data-driven decision making, industries are constantly looking for innovative ways to use information for efficiency and sustainability. The water distribution sector is no exception. Traditional water meters have long served their purpose in measuring consumption for billing purposes, but the advent of smart water meters has ushered in a new era of optimization and insight. These advanced meters are not only revolutionizing billing processes, but also providing a wealth of real-time data that can transform distribution networks and curb water loss.
The communication technology landscape for AMI and smart grids is rapidly evolving, with a rise in Radio Frequency (RF) mesh networks due to their reliability and long-range capabilities. This agility is crucial for finding and capitalizing on new opportunities while providing stable and sustainable energy supply. But what is the best technology for the increasingly demanding digitalization of energy grids?
Communication is a core component of any smart grid or AMI implementation. Depending on application use cases, geography, rural/urban areas, or existing infrastructure, however, a grid operator may choose PLC, mesh, or cellular communications. With an increasingly diverse and active consumer base that now includes prosumers, electric vehicle charging, renewables, and more, how can utilities ensure that all these segments are served without disrupting their AMI?
In the 1970s, it became urgent for companies to improve flow monitoring as Europe and the rest of the world were suffering from the explosion in oil and energy prices. Sensing the urgency for accurate energy measurement, Landis+Gyr introduced their very first ultrasonic meters 2WR2 which could be directly used for billing. Due to their accuracy, durability, low maintenance and robustness, these meters became the future of heat and cooling measurement. Today they are the foundation of our smart heat and water meters.
