Ensuring quality of supply and grid resilience is vital to reliable and efficient supply of electricity. However, maintaining high-quality power delivery and a resilient grid can get tricky in an increasingly complex and dynamic grid that needs to accommodate renewables, EV charging and high activity from prosumers. How can grid planners and network operators achieve their goals of maintaining a safe, reliable and resilient grid ? In this blog, we highlight seven ways how a grid monitoring service can help.
As the world moves towards a more sustainable and decentralized energy future, grid operators face increasing challenges in maintaining grid resilience, asset and energy management, grid balancing, safety, and security. What are these challenges and how can they be addressed?
Utilities today face unprecedented challenges and opportunities as they strive to meet the increasing demands of their customers and stakeholders. To meet these demands, they need an advanced metering infrastructure (AMI) ecosystem that can provide reliable and accurate data, support multiple use cases, and generate actionable insights to help them optimize their operations and customer service. But what should be taken into account when building your metering ecosystem? Here are 7 things to consider when building your AMI:
We spent the final week of November at Frankfurt attending Enlit Europe 2022, a major European energy event following COP27 focused on stories of people, projects, and technologies driving the energy transition. From the various conversations, hub sessions and summit keynotes and panels we take a lot of learnings back with us. Here is a quick snapshot of our top takeaways.
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.
The convergence of information and communication technologies (ICT) and operational technologies in smart grids is a double-edged sword. On the one hand, ICT makes it possible to significantly improve grid reliability, security, and efficiency by facilitating information exchange, managing distributed generation and storage sources, while also enabling active participation of the end consumer. On the other hand, attackers can exploit the vulnerabilities of communication systems for financial or political gain.
