III Smart House Conference From Smart House to Smart City. CASE: VTT and Samsung C&T

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1 III Smart House Conference From Smart House to Smart City CASE: VTT and Samsung C&T Building together a world-class EcoCampus Mr. Janne Peltonen Senior Scientist, Project Manager, VTT VTT Technical Research Centre of Finland

2 2 EU Countries committed strongly to cut the CO2 emmissions

3 3 Buildings have key role in climate change combat! Buildings use about 40% of energy and are the biggest source of green house gases! Major challenge in existing buildingstock! 3

4 4 But also biggest potential! IPPC: Biggest saving potential in buildings! All sectors and regions have the potential to contribute Tähän Mark L:n kuva GtCO 2 -eq/yr Developing Countries Economies in Transition OECD Countries World total <20 <50 <100 <20 <50 <100 <20 <50 <100 <20 <50 <100 <20 <50 <100 <20 <50 <100 <20 <50 <100 Energy supply Transport Buildings Industry Agriculture Forestry Waste Emission reductions based on the end-use of energy

5 5 Enviromental monitoring for Otaniemi Campus Monitoring Green Campus VTT PÄÄRAKENNUS Kaukolämmön kumulatiiv inen kk-kulutus (MWh) 1600 Continuous assessment and improvement of own activities

6 6 Realtime Feedback to various stakeholders Users Feedback Awareness Motivation Actions

7 7 K-MEG VTT EcoCampus Energy Grid Project facts K-MEG VTT EcoCampus Energy Grid Nov 2012 Jun 2014 Objectives To save energy and improve energy efficiency in Otaniemi EcoCampus (electricity, district heat, water) To connect macro energy grid as a micro grid for energy biz To monitor campus energy usage throughout smart devices and integrate data in Total Operation Center (TOC) Expected Impact Contribution to the opening of a market for ICT-based district/community energy management systems Quantifiable and significant reduction of energy consumption and CO2 emissions achieved through ICT

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12 12 Otaniemi EcoCampus Overseas Demonstration Site

13 13 Building together EcoCampus 2030 Overall project mission: EcoCampus will contribute to increased energy efficiency in districts and buildings by innovative management and control systems capable to optimize the local consumption without compromising the indoor environment, occupant comfort and building performance, and by introducing new ICT enabled business models. The quantitative objective is to save 15 % of delivered energy including electricity and district heat. Senate Properties Aalto University Properties Ltd Aalto University Student Union AYY Foundation for Student Housing in the Helsinki Region HOAS VTT Technical Research Centre of Finland City of Espoo KMEG R&D Center ( RYM Ltd R&D Center (TBA) EcoCampus pilot site facts: -100 pilot buildings -10 detailed pilots data points -Students as living lab users

14 14 K-MEG Otaniemi EcoCampus Vision 2030 To realize Net/Zero-Energy Campus for world class R&D&I, demonstration and education for sustainable communities 1. User orientation Energy awareness Feedback and motivation Incentives 2. Energy efficiency Net zero energy and near zero CO2 solutions Self-contained buildings 3. Building integrated and district multi-energy solutions Energy-hub GOLD principle (Globally Optimised Locally Designed) 4. Business models Performance based approach (life cycle) New business rules & operators (paradigm shift of key stakeholders) Living lab for innovation cycles

15 15 VTT Smart EcoCampus AMI DR SERVICE PLATFORM AMI TOTAL OPERATION AMI DR USERS AMI DR EMS DR EV Charge

16 16 VTT & Samsung Over data points

17 17 Smart Sensors

18 18 AMI - Submetering

19 19 BAS Integration

20 20 TOC Total Operating Center

21 21 Future insights Smart O&M Targets Leading daily operations by information converting big data to information Developing and piloting continuous monitoring and reporting methods and models for efficient maintenance and operation remotely operated buildings Challenges End users and stakeholder s motivation and behaviour Technical support for operation and maintenance

22 22 Future insights MBCx service operator business Monitoring based commissioning (MBCx) refers to the practice of continuously tracking and analysing energy and other key performance data Measurements of energy use Diagnose problems Account for savings Help ensure that savings persist over time Indoor air => productivity at workplace Business potential in Finland per year for existing building stock Energy consumption of bldgs 120 TWh equals 10 milliard 2,5 % energy saving rate equals 250 million 50/50 profit sharing with building owner means about 125 million euros revenue for the MBCx service operators yearly Good indoor air circumstances Figure source: BOSTI Associates

23 23 Thank you!

24 24 VTT - 70 years of technology for business and society