Energikartläggning av Försäkringskassans lokaler
rekommendationer för ett fortsatt energieffektiviseringsarbete
Energy efficencyEnergy mappingLocalesEnergy managementEnviromental ManagementSupply Chain ManagementGreen Supply Chain ManagementEnviromental ManagementPerformance IndicatorsEnergikartläggningEnergieffektiviseringNyckeltalLeverantörskedjehanteringGrön leverantörskedjehanteringEnergimanagementMiljömanagement
With new energy directives in place, the Swedish Social Service (SSS) stands beforethe challenge how to reduce the energy demand in its locales. It is a complex matter,as the locales are rented from various property owners and it becomes a question ofhow to reduce the operational electricity and influence the property owners to workmore with energy efficiency. This thesis takes a balanced research approach in threeparts. Firstly a qualitative part in form of interviews with personnel at the SSS and itsproperty owners, secondly a quantitative part of descriptive nature in form of energystatistics and thirdly a literature review of Energy Management (EM) Supply ChainManagement(SCM), Green Supply Chain Management(GSCM) and EnviromentalPerformance Indicators (EPI). This in order to be able to give normativerecommendations of how the SSS should act to reduce its energy consumption in itslocales and provide new insights on how EM, SCM, GSCM and EPI can be applied ineffect. The results show that the Swedish Social Service should act in the followingareas to control its energy efficiency: statistics and follow-up, locale strategy andoperational electricity. To get efficient statistical material the SSS should update theirregisters of property owners, update guidelines for energy statistics reporting andcontinue with the same collection method for data (e-mail survey) to get continuity.The literature review and interviews show that a segmentation of suppliers (propertyowners) based on factors like area in property, good relations, area of local andenergy performance indicators should be useful as to know how to distributeresources to enable energy efficiency. Finally, the study shows that various locales hashigh rates of idling loads and have a energy saving potential of 10-15%.