Page 23 - U4SSC Factsheet, Pully, Switzerland, June 2020
P. 23

Electricity Supply

               Category             KPI             Result     Performance to Benchmark           SDG


                           Smart Electricity Meters   0.00 %



                           Electricity Supply ICT   0.00 %
                           Monitoring

                           Demand Response          0.00 %
                           Penetration


                           Electricity System        0.06
                           Outage Frequency


                           Electricity System       512.88
                           Outage Time             Minutes


                           Access to Electricity   100.00 %




            Pully's electrical service is effective, with few interruptions, and ongoing monitoring via widespread
            installation of household smart electricity meters. The average reported length of the interruptions
            is somewhat high, though, at 512.88 minutes, which points to weather-related causes as a probable
            reason. It is recommended that the city studies and confirms the factors behind its protracted average
            outage time, and takes steps to reduce the time for each incident.

            Optimizing Electrical Supply: Installation of household smart electricity meters and introduction of ICTs
            to monitor its electrical supply systems will take place in Pully in keeping with a national law requiring
            smart meters to be implemented by 2027. This will further help the city in reducing any interruptions
            in electrical supply. Recommendations ITU-T Y.4000 to Y.4999: ‘Internet of things and smart cities and
            communities’ contain guidance on IoT applications and ubiquitous sensor networking, including, for
            example, Recommendation ITU-T Y.4409/Y.2070: ‘Requirements and architecture of the home energy
            management system and home network services’.

            The above will also enable the city to move towards, and take advantage of a more local distributed
            energy resources (DER) market, which is gathering momentum through Europe as technology costs
            come down. Developing this demand-response capability will be vital in keeping costs down in the
            future by: providing load reductions during periods of extreme load; curtailing demand on overstretched
            power generation capacity as a city’s population and economy grow; and helping to avoid unnecessary
            investments in new grid capacity.








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