1.
SET/WP1: Smart
Energy Finland 2030
Mikko Jalas, Aalto University School of Arts, Design and
Architecture
1

2.
SET asiantuntijatyöskentely keväällä 2016:
2
Workshop
060616
Summing
up the
pieces:
Technology
outlook
2030
Phase 4
Face-to-face
Phase 4
Summary

3.
Vastaajien taustatiedot – 1. kierros:
3

4.
Vastaajien taustatiedot – 2. kierros:
4

5.
WP1 output
• Background material for the Delphi survey
• Reports of answers to survey questions
• Background papers to the workshop 060616
• Summary papers combining Delphi and
workshop results as well as selected material
on international technology development
• Assessment of results
• In respect to other relevant Finnish scenarios
• In respect to global megatrends
5
Flicker /Jose Mesa

6.
6

7.
7

8.
8
Buildings
• Two-way electricity and heat networks. Heat
pumps and solar heat.
• Solar panels and collectors not only on rooftops.
Rotating panels?
• Demand response: Great interest, high tech &
automation, service and personal profiles in DR
systems. Real-time DR. SMS DR. DR as virtual
battery.
• Home based living & biofuel heating
• EV and biogas/methane powered vehicles
• Certification of skilled low-energy house builders.
Demolition & prefabrication & rapid construction.
Ongoing maintenance work.
• EPBD certificate is remodeled to DR/ hourly based
• Overheat and hot in summer, no snow in winter?

9.
• District heat (as voluntary?)
• Heat storages and heat pumps for demand
response and seasonal storage
• Waste-water heat recovery
• Org. waste and sewage into biogas and micro CHP.
• Overlapping commercial and community networks
• LEDs and increases in lighted areas. Rebound in
general (e.g. outdoor pools).
• PV’s is used to attract cars. EV charging in
commercial and work environments
• Co-operatives in wind power production and
demand response markets
• City plans for energy solutions & power limits for
properties
9
Block, district or village

10.
10
Region
• Municipal and regional energy targets and green
growth visions. Public procurement. Regional RE-
share requirements.
• Positive cash flow for the public sector
• Peak-load as regional issue. Energy security. Priority.
• Urban transition: in high-price housing stock. Urban
EV.
• Energy poverty. Low service in rural areas. Price caps.
• Energy transition might counter urbanization.
• Forest biomass logistics for CHP
• Coal-power plants and landfills as sites for wind / PV
• Wind power technology ≠ massive three-blade
turbines

11.
• Nordic electricity market and transmission lines,
low electricity price not a competitive asset
• Storage capacity – hydro / pump
• Wind turbines along the main road network,
turbines halted for summertime in recr. areas.
• Biofuels in peak loads
• Taxing of PV capacity or PV production
• Fixed electricity prices will be banned (c.f. alcohol
pricing). ‘Poor quality electricity’ as a product.
• Consolidation of industries, large efficient units
• Service availability across country (EV, biogas?)
• Standardization of equipment and data formats
• Data availability vs privacy
11
Country / State

12.
www.smartenergytransition.fiwww.smartenergytransition.fi
Thank You!