Energy-efficiency pro Resilience Carbon-neutral Turku 2040

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1 Energy-efficiency pro Resilience Carbon-neutral Turku 2040 Presentation at RESILIENT CITIES, Bonn 6 July 2016 Mr. Risto Veivo, Development Manager / Climate, Environment and Energy Policy Sustainable Development Partnership

2 City Strategy 2029 (adopted by City Council 23 June 2014) Carbon-neutral and resource-wise Turku: According to the strategy, Turku shall be carbon-neutral by This will be achieved by implementing amibitious climate and environment policies. Resource-wisdom and energy-efficiency will be applied in all activities of the city and city group. The share of renewable energy will be enlargened and the energy system will be made smart. Sustainable Development Partnership

3 Carbon-neutral by 2040 Action Points of Turku s Climate Policy Sustainable Energy Renewable, smart and energy-efficient Carbon-neutral system by 2029 (tentative) Sustainable Mobility Clean traffic and heathy mobility Carbon-neutral public transport by 2020 (tentative) Sustainable Urban Structure Densifying development and urban wibe in Turku region Sustainable Growth and Green Economy New sources, competences and combinations for growth Resource-wise consumption and circular economy Co-operation and participation / ownership Development partnerships and co-creation Involvement, ownership and activism of companies, societies and citizens Stewardship for Sustainable Development Sustainable city functions, investments and procurement Other fuels 7 % Agriculture 0 % Waste management 0 % Traffic 20 % Other electricity 17 % Separate heating 10 % District heating 43 % GHG Emissions in Turku Industrial processes 0 % Electric heating 3 % Total: t.-co2-ekv. Per inhabitant: 7,8 tonnes City area, consumption-based, kasvener 2010 Sustainable Development Partnership

4 Turku s Carbon-neutral Urban Energy System Goals of Project: To Make Turku s energy system smart, renewable and carbon-neutral o Invest, innovate and develop renewable production and smart systems o Develop reference areas to demonstrate new solutions in practice o Speed up the transition by co-creation partnerships Transformative impact: o Decoupling of economic livelihood and GHG emissions o Empowering the role of energy-consumers and developing the market o Creating innovations, businesses and jobs locally T A P y o u r p o t e n t i a l a t C O P 2 1!

5 RESILIENCE IMPACT: o Smartify, decentralize and optimize the system o Reduce reliance on import / fossil o Integrate energy-efficiency into urban structures and funtions T A P y o u r p o t e n t i a l a t C O P 2 1!

6 Investments for transition to renewably energy Mix of renewable energy sources Wind and solar power, wood, waste water, municipal waste, landfill gas, biogas, industrial loss heat. Water Hydro-electricity in Turku Energia s affiliate companies Wind Increase of wind-generation through affiliate company Suomen Hyötytuuli Oy. Solar Developing the procurement of solar power by investing in solar power plants. Total investment of 300 MEUR within Turku City Group and affiliated companies Creating over 300 new jobs in value chains of renewable energy Bio/CHP 2017, new multi-fuel power plant will be completed, replacing use of coal for both electricity and heat production. 2015, new 40 MW pellet-fuelled stand-by and peak lopping generation plant will halve the amount of heavy fuel oil used. 2014, a new wood gasification facility for steam generation was completed (for a laundry). Other measures Skanssi pilot of Smart two-way heat Smart metering Energy-efficiency measures Stakeholder involvement and cocreation 6

7 Energy-efficiency in production TSE New Multifuel/Bio CHP in Naantali Investment of 270 MEUR, to be completed in 2017 Readiness to go 100% renewable o Reducing reliance on imported fuels Employment impact: new jobs in regional value chains Turun Seudun Energiantuotanto Oy

8 Energy-efficiency in production Wood-brick plant for heat reserve

9 Energy-efficiency in production Heat and Cold from Waste-water

10 Energy-efficiency in production Eco-hockey heat-recovery from cooling Overall energy-efficiency targets: 20 % improvement mennessä (9 % achieved by now, measured from consumption) Large number of ESCO-projects (in buildings, street-lightning, public utilities ) Further implementation program under preparation

11 Energy-efficiency in production Skanssi area two-way district heat solution Skanssi is a new city district for 8000 people The area is under construction Two-way district heat network Enables heat sales from the houses into the network Lower DH supply temperature DH supply temperature is lowered from 115 ºC 65 ºC (winter time) Local energy production will increase the share of renewables significantly (geothermal heat, solar collectors, district cooling process surplus heat, heat storages, etc.) Main DH network will be back-up to guarantee high level security of supply to heat customers The solution is first of its kind in Finland and more widely in Europe

12 Small heat plants Surplus heat from third parties Heat pumps Combined Heat and Power DISTRICT HEATING GRID Bioenergy Solar Heat Customer Heat Customer Solar Heat Pumps Bioenergy Bioenergy Heat Pumps

13 SKANSSI, TURKU Housing premises: Heating Cooling Energy production Energy storages Building automation School building with innovative energy solutions Recreational area with solar power plant Local renewable production Solar connectors Geothermal heat utilisation Small scale CHP plants Geothermal heat storages Business premises 29th October 2014 Measurements and optimisation: -Hourly based billing -Integrated DH network control system and building automation system, enabling optimisation on Skanssi area level -Real time information sharing Skanssi area district heat network, C supply temperature and district cooling network Main DH network with C supply temperature, and main district cooling network Heat exchanger towards TAP yo u r p o t e n t i a l main DH network ENERGY VISION 2025 at Shopping center Heating, cooling COP21! Solar power plant

14 Energy-efficiency in production Solar power plants

15 Energy-efficiency in production Private solar power

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17 Energy-efficient Urban Structure Turku Region Structural Model new development areas or areas with significant changes The population is estimated to grow by inhabitants new dwellings are needed new jobs (net increase) needs to be created Source: Turku region Structural Model 2035

18 ??! Renewal of area already completed Work in progress No activities planned! Need for action? To be discussed

19 Smart cities as innovation and business ecosystems platforms business potential

20 Carbon-neutrality will create strategic advantages only through a holistic transition

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