1. Building energy efficiency “Finnish Cleantech Solutions for Life” Smart Life – Global Cleantech Summit 10.9.2015 Mikael Rydström mikael.rydstrom@eneron.fi +358 10 281 5005

2. Eneron in brief Eneron is a Finnish company established in 2011 that specialize in improving energy efficiency in buildings We offer a unique cloud service consisting of EnerOnline™ and Cleantech Databank™ as well as consulting services for cost efficient facility energy management and indoor climate condition improvement

3. How do we improve energy efficiency in buildings?

4. EnerOnline ™ is used to manage and monitor the improvement process and progress for the entire building portfolio EnerOnline has received a verification of conformity to ISO 50001: 2011 Energy Management Systems by Bureau Veritas

5. Cleantech Databank ™ is used for proposing savings measures with references to actual products and solutions

6. Identify 1 1

7. Prioritize 2 2

8. Audit and propose 3 3

9. Decide 4 4

10. Do 5 5

11. Check and follow-up 6 6

12. Develop 7 7 Identify Prioritize Audit Decide Do Check

13. Cleantech for buildings?

14. Cleantech for buildings Cleantech Databank™ is a public database for products, solutions and services that promote energy efficiency and use of renewable energy in buildings All products and solutions in the database are also available to EnerOnline users and via that become a part of decision makers’ procurement and budgeting process Providers can market their Cleantech energy efficiency and renewable energy products, services and solutions directly to designers, contractors and facility managers

15. Smart buildings? “Internet of Things for buildings”

16. BIoT

18. Future of facility management Social Building Cloud

19. Why should we care about energy usage in buildings?

20. Buildings are supposed use energy!

21. Buildings are designed to consume energy! Buildings justify their existence by offering controlled indoor living conditions. We cannot remove this, if we do, the justification for having a building disappears We can install different energy production methods in the building or on the property, but the facts remain Ventilation, pumps, lights and other devices use electric energy We loose heat through the building constructs and via ventilation Water is consumed Before we consider energy savings measures in form of cleantech solutions and renewables, we have to determine if the current energy consumption level is high or low for the building in question to assess the true savings potential

22. Analyze portfolio savings potential

23. Life-cycle investment analysis Say I am greedy and must have at least 15% annual rate of return, what should I do?

24. So how much energy can we save in buildings?

25. With current technology and its adoption level in existing buildings, we can save about 30% of the used energy Case: Finland

26. Is this a lot? Does it even matter?

27. Case: Finland Total energy consumption in Finland (Statistics Finland) 1 373 164 TJ 381TWh 381 434GWh 381 434 444MWh The portion of energy consumed by buildings is 40% 152 573 778MWh 28 236 829 053€ / year 28 237million € / year 28billion € / year 5 134€ / capita / year Savings potential 30% 8,5 billion € / year

28. 8.5 billion euro per year is an interesting sum because… …for it you can get 8,5 “Oasis Of The Seas” cruise ships …and because these guys are looking for it!

29. Kidding aside… Yes it matters!

30. The energy savings potential in the installed building base in Finland alone is a mind boggling 8.5 billion euro annually This kind of saving is like a structural reform that pays dividends every year

31. A company for smart and efficient energy use www.eneroncloud.com

32. Thank you and Please contact us for more information