Smart City Malmö - Sustainable neighborhood Hyllie: concept, strategy and innovation

Transcription

1 Smart City Malmö - Sustainable neighborhood Hyllie: concept, strategy and innovation Stockholm, 18 April 2013 David Lillienberg, Project Manager Hyllie E.ON Sverige AB

2 Overall E.ON in the Nordic region One of the largest private energy companies in the Nordic region Electricity, gas and heating are the core operations Sales in 2011: Approx. SEK 41 billion Employees: Approx. 4,200 1,300,000 electricity and gas customers in Sweden, Denmark and Finland 1,055,000 network customers 2

3 Transformation of the energy system driven by customers demands for greener energy and reduced consumption Driving forces Enablers Climatic challenges Technology & innovation Transition of the energy system Political ambitions Policy framework & legislation Greener energy Less energy Support system Customer perspective Customer behavior 3

4 Conventional technology Smart solutions Route govern conversion cost New challenges Route conventional or smart? Smart solutions Intermittent generation Stability problems System to control and optimize energy Automated station Storage Investment need E-mobilitet Demand increase Demand variations Keep existing reserve capacity plants (fossil fuels) Invest in conventional production with balancing capacity Conventional solution Smart solutions Invest in grid with higher distribution capacity

5 The next flagship for the city of Malmö on sustainable urban development Hyllie overview New green field area which will be an integrated part of the City of Malmö New Hyllie will include 9,000 office workspaces and 9,000 apartments until 2030 First building stage started 2012 and will includes the building of 2000 residents and 2000 work-places Cooperation between the City of Malmö, VA SYD och E.ON Joint project initiated in March 2010 Vision and framework was outlined in a Climate contract which was signed in February 2011 Vision Hyllie to become the most climate smart city district in the Öresund region and an international role model for sustainable city development 5

6 PPP put into practice through collaborations between stakeholders to develop integrated solutions Integrated infrastructure set-up for new-build project in Malmö General principles Energy efficiency throughout value chain Resource efficiency to reach high level of self-supply 100 % renewable of recycled energy supply 6

7 Hyllie to be used as test-bed for development, demonstration and implementation of new solutions 1 Customer control of heat and electricity consumption Smart home and Smart building solutions Distributed generation electricity and heat Smart grid solutions DH and electricity Sustainable mobility solutions gas and e-mobility CO 2 and resource efficient energy supply Distributed energy storage 5.2 million Euro of external funding from Swedish Energy Agency for 2012 to 2014 Focus on integration and test of new smart technologies and optimization and integration between energy carriers, e.g. electricity and district heating 7

8 Technical solutions in Hållbarheten, Malmö Green urban apartments Energy smart solutions House Type: Technology 1 Technology 2 Greener Heat through El Air sourced heat pump Wind power House Type: Technology 1 Technology 2 Greener Heat through Gas Gas heat pump Home gas tank station 4 district heated, 2 el heated and 2 gas heated urban apartments Mini energy house 65 kwh/m2 Tenants moved in April, 2013 E.ON Smart Home App Smart solutions aim to deliver an energy efficiency gain of 10-20% Visualization and control Heat Charging of e-cars Production (el & heat) House Type: Technology 1 Technology 2 Technology 1 Technology 2 Technology 3 Technology 4 Greener Heat through DH Low temp district heating White goods driven by DH Solutions in all houses Smart Home system PV and battery storage Individual metering per room Solar collectors 8

9 Thank you! Telephone: +46(0)