6G-XR
AI4EE
      
              Based on our previous work on the energy optimisation in the industry domain, we propose an innovative approach for analyzing energy optimisation potential in the 5G Test network infrastructure, applied on 6G-XR north node. The result is energy analysis framework, which uses AI for a deep understanding of the energy consumption and discovering optimisation potential, achieving E2E energy efficiency and self-sustainability in next generation mobile networks.
The approach is validated with the energy consumption data collected from the existing energy measurement infrastructure, consisting of accurate power meters for continuous measurement of the power consumption at different network elements.
 Type of experiment: 
      
              
  
 
 
            Prototype
           Functionality:
              
                                                    
  
    
              
                                                 
                            
            
 
                          Energy data analysis
           Maturity:
                
  
              
 
                         Location(s):
              
 
           
            
                                  Various 
                            
            
              Vertical sector(s): 
              
                              
                  
                  
                                      Smart Energy
                                     
                
                               
                            
            
                                              
                  
                                      Smart Energy
                                     
                Project Open Call 3rd-party funding
6G-XR
 Duration: 
  
    
          
              
          
              
      
 
      GA Number: 
            101096838
      
 
 
      SNS JU Call (Stream): 
      
              
  
 
    
                   
          Call 2
              Stream D
          
