Traditional electricity network management has been based on one single direction of the energy coming from large production units to the end-users. With the energy sector shifting from fossil-based to zero-carbon energy sources connected to medium- and low-voltage, grid operators come across completely new challenges. Moreover, with the electrification of transportation and heating sectors as well as the latest socioeconomic developments, energy demand and energy prices increase dramatically. In this new energy era commercial and industrial meters are called to serve a wider range of applications than energy billing.
Every year, millions of households wait for the manual readings of their water meters, having to stay home or organize friends or neighbors to be present so that the reading can take place. Additionally, for water utilities the annual reading is time-consuming, labor-intensive, and causes high expenses. In the 21st century, with everything going digital or even virtual - from planning and simulation to diagnostics, from offerings-as-a-service to digital twins, and from small IIoT components to AGVs, robotics, and e-mobility, the measurement of water is still largely done in an analogue manner. Why not use the benefits of digitalization to make readings easier, more comfortable, more reliable, and more efficient for all parties involved?
Colorless, odorless, indispensable for life. Arguably the most important, resource on the planet, water is under constant threat from climate change and leaky infrastructure. Ironically, while sea levels are rising on one hand, water shortages are becoming increasingly common on the other.
Energy used to flow one way down the value chain. Power plants generated power, high-voltage lines transmitted it to your neighborhood substations, and wires from poles brought it home. All of this happened behind a meter, with consumers only ever engaging when using electricity or paying a utility bill. They knew nothing of how they got their energy let alone do anything about it. However, this is beginning to change.
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?
Power and quality. Should be familiar words to all of us. But why have I written them here like this, together? Is there something special about them? According to surveys, the cost of poor power quality is over 150 billion euros a year to European business. So, power quality may not be your core business, but your core business is affected by power quality.
