OMV drives eco-innovation in the energy sector with a RAG chatbot on Databricks
Vienna-based energy company OMV built a RAG chatbot on Databricks Agent Bricks Custom Agents to help staff navigate over 100,000 pages of product certifications and EU regulatory data, cutting document/web search time by up to 20% and reducing vector search costs by up to 25x.
Overview
Vienna-based energy company OMV built a RAG chatbot on Databricks Agent Bricks Custom Agents to help staff navigate over 100,000 pages of product certifications and EU regulatory data, cutting document/web search time by up to 20% and reducing vector search costs by up to 25x.
This entry has 14 published fields tied to exact passages in an immutable source capture.
Inspect the highlighted sourceThe challenge
OMV's business wanted faster access to knowledge and a smoother way to synthesize huge amounts of text and tabular data related to EU rules and regulations, but its existing data infrastructure was inadequate for the required processing, and initial generative AI experiments fell short given a poor efficiency-to-cost ratio and high costs from overusing vector search units.
The solution
OMV developed a retrieval-augmented generation (RAG) chatbot using Databricks Agent Bricks Custom Agents, powered primarily by GPT-3.5 or GPT-4, with a batch ingestion pipeline using BAAI's BGE M3 model for multilingual embeddings to index 100,000 pages of regulatory and internal documents, Databricks Model Serving endpoints for deployment, and Unity Catalog to manage access control so only authorized users could reach specific documents.
Reported business value
Databricks tools helped OMV cut document and web search times by 20% and reduce the time to incrementally add more documents, while OMV experienced a 20–25x reduction in cost for its vector search tools, giving decision-makers faster, more accurate access to critical information.
Sources
Open any source and check the claim yourself — that is the point of the register.
This record was researched and written with AI assistance, and its claims were checked against the sources above. (EU AI Act art. 50 transparency notice.)
Other energy entries in the register.
Building a clean energy future with natural language analytics
Williams, a large-scale natural gas infrastructure operator, deployed Databricks AI/BI Genie to give commercial, regulatory, accounting and technical staff natural-language, self-serve access to analytics. The team flattened 27 disparate tables into SQL models that Genie Spaces reason over, encoding internal acronyms and business logic into Genie's instructions, powered by Databricks Unity Catalog. A data request that previously took an analyst five days now completes in seconds with validated accuracy, and the weekly backlog of data requests dropped from up to ten to one or two, freeing analysts for predictive modeling and enterprise projects.
Plenitude builds machine learning models on Databricks to forecast energy demand and renewable production
Eni-owned energy company Plenitude, which serves 10 million households and businesses across Europe, uses statistical models and machine learning on the Databricks Data + AI Platform to forecast customer energy consumption at hourly and daily granularity, forecast wind and solar generation from its renewable asset portfolio, and run customer segmentation and propensity models across 60 implemented use cases.
Shell delivers innovative energy solutions with data and AI on Databricks
Shell built its Shell.ai platform on Databricks to unify data, analytics, and AI workloads for its 600-member mathematics, computational and data science team, running over 100 AI applications including an inventory prediction model running 10,000+ simulations across spare parts and facilities, and an AI-powered recommendation engine for its loyalty program.
Using data to power-fuel the transition to a carbon-neutral world
Helen, Helsinki's energy utility, built a centralized data and AI platform on Databricks to power forecasting and optimization models for its district heating system serving about 90% of Helsinki's population, processing real-time streaming sensor and IoT data to optimize distributed energy resources and EV charging placement as part of a plan to cut carbon emissions over 80% by decommissioning coal plants.
Was this helpful?
Your feedback helps us improve our use case database
