Industrial energy efficiency

The industrial sector accounts for nearly 30% of global greenhouse gas emissions. COSMIC's AI-powered energy optimisation solutions will help industrial estates reduce energy costs, increase efficiency and support the EU's net-zero transition. 

Flood risk mapping for fair insuranceFighting energy poverty in social housingSizing an energy-storage system for on- shore power supplyEnergy sustainability indicators basedon waste separationLeak detection inbiomass district heatingEnergy optimisation anddecarbonisation of wastewatertreatment plantsUrban cooling system using rainwaterSustainable management of a renewable energy communityPredictive maintenance of PV plantsSustainableresidential buildingsTertiary-use buildings (schools)Industrial energy communitiesEfficient usage of heat pumpsRenewable energy communityPrivate housing in multi-family buildings

Pilots are real-world testbeds where Core technologies and AI innovations are combined to develop and validate scalable energy solutions.

Industrial landscape

Image from pixabay.com by Gyura88

Pilot locations in Spain 

AI-powered optimisation of energy sharing, flexibility, and business models within the framework of an industrial energy community to boost sustainability, cost-efficiency and resilience. 

Core technologies:

  1. Data Standardisation and Preparation
  2. Big Data Analytics Framework
  3. Sizing tool for multi-energy communities

AI solutions from Third Parties: 

  • Digital twins for industrial processes 

  • Multi-criteria optimisation tools 

  • Predictive control algorithms 

  • Smart contract management 

  • Demand response management systems 

Problem addressed: Challenging coordination of energy production, consumption and flexibility among multiple stakeholders in industrial areas 

Expected outcomes: AI-supported tools for energy optimisation and community-level coordination, more resilient, efficient and decarbonised industrial energy ecosystems 

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