Meet our Lead Partner Kalmar Energi

We streamline connections/disconnections of electricity meters and have also created an architecture to process millions of rows of data every month (about one billion per year) so that we can generate analyses. We do this using the latest technology where we have built an architecture containing technologies such as Kafka, Kubernetes, Dapr, PostgreSQL, Azure Synapse/Fabric. These components are utilized in a microservices architecture with the latest frameworks. Our solutions free up thousands of hours per year and create opportunities for external customers/actors to use our services to streamline their own operations. It’s a win-win.

How does your partnership with TechHeads 2024 benefit attendees and contribute to shaping the future of technology?

Kalmar Energi’s partnership with TechHeads 2024 benefits attendees in tangible ways, contributing significantly to shaping the future of technology. By sharing our innovative approaches and experiences, we aim to provide attendees with actionable insights and inspiration to explore new technological horizons. For instance, our ongoing work with AI-driven analytics in energy metering will optimize our operations but also open up possibilities for predictive maintenance and energy efficiency improvements.

Similarly, our IoT portal has revolutionized how we monitor and manage energy assets, leading to significant cost savings and enhanced reliability. Through our partnership with TechHeads 2024, we don’t just aim to impart knowledge; we strive to foster collaborative discussions and partnerships that can drive meaningful technological advancements. By showcasing real-world examples of how our solutions have impacted the energy sector, we hope to ignite discussions and collaborations that extend beyond the conference, paving the way for future innovations and industry transformations.

Can you share a success story or case study that illustrates your company’s impact on the tech landscape?

In one instance, we are aiming to apply AI algorithms to analyze energy consumption patterns within our service area. By leveraging machine learning models, we will be able to identify inefficiencies and anomalies in energy usage, enabling us to proactively address potential issues before they escalate. This proactive approach will optimize our energy distribution processes but also result in significant cost savings for both our company and our customers.

Furthermore, our IoT portal played a crucial role in this success story by providing real-time data insights and remote monitoring capabilities. By harnessing the power of IoT technology, we gained unprecedented visibility into our energy infrastructure, allowing us to make data-driven decisions and implement targeted interventions to enhance efficiency and reliability.

Moreover, our ability to process approximately one billion data points annually for analysis is instrumental in this success story. By analyzing this data, we can proactively manage district heating plants based on certain parameters that indicate potential malfunctions. This ensures uninterrupted service for our customers while also enabling us to streamline and improve our own district heating production by identifying sources of errors in our district heating grid.

Overall, this success story highlights how Kalmar Energi’s innovative use of technology, particularly AI, IoT, and data analytics, is reshaping the energy sector’s landscape. By embracing cutting-edge solutions and being proactive in our approach, we are driving tangible improvements in operational efficiency, cost-effectiveness, and customer satisfaction.

Read more about Kalmar Energi