All posts

  • Retrofitting the Transmission Grid with Low-cost Sensors

    Retrofitting the Transmission Grid with Low-cost Sensors

    In Statnett, we collect large amounts of sensing data from our transmission grid. This includes both electric parameters such as power and current, and parameters more directly related to the individual components, such as temperatures, gas concentrations and so on. Nevertheless, the state and behaviour of many of our assets are to a large extent… Read more

  • How we created our own data science academy

    How we created our own data science academy

    If your goal is a more data driven organization, a group of six people in the Data Science department cannot do the task alone. In this post we describe how we developed a data science academy where a group of colleagues attended three months of training in data science. Read more

  • How to recruit data scientists and build a data science department from scratch

    How to recruit data scientists and build a data science department from scratch

    Our strategy was to build on talent from the business and hire fast learners when we started building a data science department at Statnett two years ago. Now, we have operated for a year with great achievements as well as setbacks and learning points. Read about our story in this post. Read more

  • Developing and deploying machine learning models for online load forecasts

    Developing and deploying machine learning models for online load forecasts

    Load forecasts are important input to operating the power system, especially as renewable energy sources become a bigger part of our power mix and new electrical interconnectors link the Norwegian power system to neighbouring systems. That is why we have been developing machine learning models to make predictions for power consumption. This post describes the… Read more

  • How we quantify power system reliability

    How we quantify power system reliability

    An important aspect of digital transformation for a utility company is to make data-driven decisions about risk. In electric power systems, the hardest part in almost any decision is to quantify the reliability of supply. That is why we have been working on methodology, data quality and simulation tools with this in mind for several… Read more

  • Prediction of rare events and the challenges it brings: Wind failures on power lines

    Prediction of rare events and the challenges it brings: Wind failures on power lines

    Summer internship blog 2018: Comparing different weather data, evaluating their corresponding probabilistic predictions and trying to develop a better forecast model. Read more