Performance Monitoring in Hospitals BThe UKBB relies on data-driven hospital management using a management information system (MIS) based on Qlik Sense and SAP.
More efficiency and structure The JURA Materials Group uses iVIEW to implement an efficient ETL link between SAP FICO and Qlik
Performance Monitoring in Hospitals BThe UKBB relies on data-driven hospital management using a management information system (MIS) based on Qlik Sense and SAP.
More efficiency and structure The JURA Materials Group uses iVIEW to implement an efficient ETL link between SAP FICO and Qlik
Artificial intelligence (AI) in the energy sector of the future Learn more about the potential of Automated Machine Learning and Artificial Intelligence (AI) in the energy industry. LIVE-WEBINAR 11.05.2020 - predictions on power consumption Climate change and the resulting growing demand for renewable energy presents the energy sector with major challenges. Energy not only needs to be obtained from sustainable resources such as wind and sun; these resources also need to be exploited more efficiently. For although the volatile wind and sun technologies are able to cover a large proportion of requirements on windy and/or sunny days, on a grey, windless day the downtimes have to be compensated for with traditional energy sources such as fossil fuel. Our BI Expertise in the sector of energy Balance between offer and demand Paradoxically, due to a lack of predictability, even on very sunny and windy days there is unnecessary energy consumption: Namely, if more energy is generated through solar and wind power systems than was forecast and the network operators are unable to react in time, traditional energy sources produce too much energy at the cost of the consumers - and thus also a great deal of superfluous CO2. One of the main challenges is to establish as optimal a balance as possible between supply and demand. And for precisely this purpose machine learning with the combination of two factors will play a key role: reliable prognoses for renewable energy sources and smart grids. Reliable prognoses for renewable energy sources Achieving predictability in power generation using wind turbines has led to major advances: While in Australia performance could be predicted to 80% accuracy over the course of the whole year, in the US in collaboration with the government, IBM has developed prognostics technology that can predict the sun and wind conditions for the next 15-30 days. Another representative example is the British AI company DeepMind, which can relatively precisely predict the performance of the turbines 36 hours in advance using weather forecasts and data from the wind turbines . Smart Grids Smart grids complement reliable forecasts to achieve a better balance between supply and demand. Smart meters can generate data on energy consumption in terminal devices which are communicated via the smart grid infrastructure and can eventually lead to more efficient supplying. It may also be that power will be cheaper at off-peak times, so end consumers can reschedule flexible tasks that require a lot of energy. Machine learning as part of the solution There is enormous potential in general for machine learning and artificial intelligence to manage the problem of the balance between offer and demand in energy matters. Besides the two major areas of reliable forecasts and smart grids, many other aspects come into play for which great advances are to be expected, such as prevention of power theft or detection and prediction of power failures. More about Artificial Intelligence (AI) Our AI/ML solutions with DataRobot With DataRobot your enterprise is also armed with artificial intelligence for the future. The platform brings together knowledge, experience and best practices of world leading data scientists, offering an unparallelled level of automation, precision, transparency and collaboration in order assist you in building an AI-controlled organisation. Automated Machine Learning mit DataRobot AutoML (Automated Machine Learning) is a technology invented by DataRobot to automate many of the tasks required to develop artificial intelligence (AI) and machine learning applications. DataRobot combines the knowledge and experience of some of the world's leading data scientists and enables more users in an organization to succeed with machine learning by simply using their understanding of their data and business and letting DataRobot do the rest. Automation and democratisation of AI and ML Models and predictions via the intuitive user interface DataRobot provides an easy-to-use visual interface suitable for business users and experienced data scientists. Simply select the target variable and click the start button to get the data models that are relevant to you. Discover DataRobot Email Facebook Instagram LinkedIn Twitter Xing