Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Size: px
Start display at page:

Download "Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)"

Transcription

1 City Supporting partner Kortrijk, Belgium VITO Map showing local heating and cooling demand and supply Map indicating the heat demand for space heating per address (highest segment: 16.6 to 1837 MWh/year/address) on a 300m x 300m grid and on a 100m x 100m grid. Similar maps are available for the heat demand for sanitary hot water and for electricity.

2 Thermographic scan of the roofs The thermographic scan of the roofs in Kortrijk indicate considerable heat losses in the city centre. This indicate a high potential of energy savings by building renovation. Source: - consulted on Aug 2016 Mapping methodology H/C demand H/C infrastructure Sustainable H/C Excess heat Energy efficiency potential Geothermal Bio-energy Solar thermal City only Neighbourhood only Individual installation No details Additional Info Monitored data x x x

3 This heat demand map is based on individual gas and electricity metering data from end-consumers. Annual heat and electricity consumptions are derived from these. Estimations were made for the heat consumption of buildings which are not connected to the gas grid and use other fuels for heating purposes. These heat and electricity consumptions were added on either a 100 m x 100 m grid or a 300 m x 300 m grid and recalibrated to kwh/m². Grids with less than four end-consumers are left blank in order to protect the privacy of these end-consumers. A thermographic picture, indicating the heat loss of the roofs was taken on January 19 th, These images are processed and mapped on a one-line platform: An extract from the Pan-European Atlas was added for the sake of comparison, see below. It indicates the heating and cooling demand on a 1 km x 1 km network. This extract is compared with the Flemish Heat Map of Flanders, showing areas of interest to develop district heating networks. This maps is based on fuel consumption data: gas metering data for gas consumption collected by the local network operator and estimation of heating oil consumption based on electricity consumption. This maps also takes the potential supply of excess heat of industry and CHP into account. It finally combines both data layers, together with cost characteristics to develop district heating networks to calculate and map the feasibility to develop such networks. Current challenges - opportunities Kortrijk is situated in West Flanders; it has more than inhabitants 1 on 80,02 km² (population density of approx. 940 inhabitants / km²). The heat consumption of Kortrijk amounts to 954 GWh (final energy), which leads to an average heat density for the city of 11.9 GWh/a.km² or 42.9 TJ/a.km². Mainly low grade heat (for space heating and sanitary hot water) is demanded; about half of the heat is consumed by the residential sector, while the other half is almost equally spread over the commercial and industrial sector, see the table below (year 2012). Only 4% of the heat is from renewable sources (including CHP). Final (GWh) Fuel (GWh) Elec. (GWh) Electricity 423 Residential CHP heat 1 Commercial Fossil fuels 896 Industry non-ets Renewables 57 Industry ETS TOTAL 1377 TOTAL The Flemish Heat Map of Flanders indicates that developing a district heating grid can be feasible in the area. The south of West-Flanders is a densely populated area; as a consequence, the bio-energy resources are very limited. Nor is there a potential of (deep) geothermal energy. The industrial fabric mainly consists of small and medium sized companies, leaving a low potential for industrial waste heat. Nor is there a thermal power plant nearby. The mean potential source of waste heat is a waste incineration plant, east from Kortrijk in the neighbouring municipality Harelbeke, at a distance of 2.5 km from the city centre of Kortrijk. Its residual heat capacity is estimated at 4000 MW. There are specific plans to develop district heating grids tapping this waste heat and bringing it to new urban developments in Harelbeke, see picture below. There is also a potential to bring this waste heat to Kortrijk. These actions are taken under the impulse of the Covenant of Mayors signed by 13 municipalities in this south-west corner of Flanders, Belgium in January 2013.

4 Extract of PETA Flemish Heat Map

5 Project ideas in Harelbeke, east of Kortrijk About 530 dwellings planned About 150 dwellings planned Concrete factory Source:

6 Areas of priorities Kortrijk plans about 12 refurbishment projects all over the city, which would add amongst others more than 800 living units to the city and a new swimming pool, see the yellow circles on the map below. The city council considers developing a district heating grid in the city connecting these new developments. These developments will be phased out in time. A first development took place from 2010 until the end of 2015; the reconversion of the social neighbourhood De Venning (indicated by blue circle and blue arrow) was pivotal in developing an energy strategy for the city. A second development is the reconversion of an old railway hangar in combination with the construction of a new swimming pool (indicated by red arrow). This could be a next stepping stone towards a district heating grid connecting the new urban developments in the city of Kortrijk. These two projects are described more in detail.

7 Identified projects List of considered projects: 1. Reconversion of the Venning neighbourhood 2. Reconversion of an old railway hangar building of a new swimming pool Project 1 Reconversion of the Venning neighbourhood The neighbourhood De Venning has been built by the city s social housing company Goedkope Woning (means Cheap dwelling ) in the sixties. It is located at about 1.5 km east from the city centre. The social neighbourhood was at the time built as a so-called garden-quarter, 163 separate entities each with a small garden.. The well-meant 'social character' (affordable renting houses for the low-income people) has - in people's perceptions - evolved towards bearing the hallmark of 'social ghettos'. The renovation and the creation of inhabitable houses must at the same time go hand in hand with the restructuring of the neighbourhood and its public space and with a better integration into its wider district area. A master plan for reconversion was made in Value proposition The city has chosen to aim for a carbon neutral social housing estate after conversion. Kortrijk wanted to present the Venning neighbourhood as a best practice that is exemplary for reconversion of other (social housing) estates in Belgium. There are two options to achieve this: 1. By reducing the heat demand by insulating the dwellings well 2. By generation and distributing heat in the most efficient way while respecting the climate ambitions of the city An optimum between these two options needed to be looked for. Following final strategy was chosen: The 49 smallest dwellings were demolished and replaced by 82 new apartments with a passive house standard (high insulation standard, air tightness, orientation that allows PV, collective ventilation system type D with heat recovery) 64 dwellings, with 2 or 3 bedrooms, are demolished as well and replaced by new ones with a passive house standard

8 The remaining 50 dwellings, with 2 or 3 bedrooms, were renovated to a low-energy standard Several scenarios for the heat production were examined: Base case: all dwellings are equipped with an individual gas boiler with a thermal capacity of 25 kw. The total heat generation capacity would then amount to about 5 MW. Sustainable scenario: a district heating grid; this scenario allows to reduce the heat generation capacity to 1 MW The sustainable scenario was opted for. The graph besides indicates the split of the annual heat demand between space heating, sanitary hot water consumption and heat losses. Key activities The district heating grid will be operated by the social housing company Goedkope Woning. The involvement of an ESCO in a later phase is under consideration. Key resources A fourth generation district heating grid of about 1 km long o Temperature regime for the dwellings with a passive house standard: 60 / 25 à 40 C o Temperature regime for the dwellings with a low-energy standard: 80 / 25 à 60 C A wood chip boiler of 1 MW was selected as the base load heat source backed by a 450 kw gas boiler A 10 kwe CHP installation was selected to compensate for the thermal grid losses and the electricity consumption of the boiler A water buffer of 15 m³, corresponding to an extra thermal capacity of 350 kw, was selected to optimally balance heat demand and supply PV panels are installed on the well-oriented roofs Key partnerships The complete reconversion had be finalised within 6 years, which was quite a challenge. The fact that the whole estate is property of one single housing company catalysed the reconversion. The district heating grid was also entirely installed in private ground without the need to occupy public ground. The engineering company Ingenium took care of the optimal design of the energy infrastructure. There is a collaboration with the University of Ghent that monitors the energy flows in order to have a better understanding of the performance of the energy infrastructure and the energy consumption behaviour of the residents. Customer segments Most of the residents of the Venning are all vulnerable customers at risk of energy poverty. Customer relationships The residents rent the dwellings from the social housing company. Channels The residents mobilised themselves in 2010 to claim reconversion of their neighbourhood. The social housing company Goedkope Woning now wants to involve the residents in the objective to became a carbon neutral neighbourhood by training them in an energy-lean living style and by creating a community of residents who can stimulate each other to maintain/improve this living style. Cost structure

9 The cost of the total reconversion of the neighbourhood amount to 30 M. The installation cost for the energy infrastructure amounts to about 700,000. Revenue streams Part of the reconversion costs were covered by subsidies of the European Concerto programme ( The drastic reduction of the energy costs for the residents allowed the social housing company to raise the rent to cover part of the investment costs, without increasing the total cost of occupation for the residents. Business model of project 1 Key Partnerships Engineering company and university to find optimal energy configuration City of Kortrijk for the overarching climate ambitions and related urban planning policy ESCO for operating the energy infrastructure under consideration Key Activities Operation of energy infrastructure as part of operation of social estate Key Resources 4 th generation DH grid: 1 km / 1 MW wood chip boiler in baseline / 450 kw gas boiler as backup / small CHP / 15 m³ water buffer Value Proposition A comfortable dwelling with an affordable energy cost: opted for a combination of a 4 th generation district heating grid in combination with passive house / low-energy house standard dwellings Customer Relationships The residents rent the dwellings from the social housing company Channels Building a community with the residents in order to stimulate an energy-lean living style Customer segments In majority vulnerable customers Cost structure High reconversion cost of the dwellings Part of it covered by EU project Revenue Streams Higher rents are accepted as a result of a lower monthly energy bill Project 2 Reconversion of an old railway hangar building of a new swimming pool An old railway shed, 1 km south-west from the city centre, will be converted into 5 new units. It was opted for a micro-district heating grid, that will provide heat to these units, in line with the city s climate ambition A new swimming pool, replacing an older one nearby, will be built next to this shed. A gas boiler will provide heat to this swimming pool and to the micro-district heating grid. Customer relations The heat consumers will rent the reconverted premises; they will have to connect to the district heating grid. They won t have to possibility to opt for alternative heat sources. Key resources A 200 m district heating grid, connecting 5 heat consumers to a boiler in the new swimming pool. Estimated annual heat consumption: 1800 MWh A 2 MW gas boiler Kortrijk has looked for alternatives to gas; the option of a biomass boiler is disregarded by the city because of logistic

10 concerns (avoiding heavy transport in the city centre). Neither is there a waste heat source nearby, the waste incinerator of Harelbeke is at the other side of the city. The site is locked in by railways and highways. This makes an expansion of the district heating grid to the site of the high school in the west, where new buildings are planned, challenging. The railway needs to be crossed for that. The assessment of this case focused on two aspects of the business model: the key partnerships and the revenue streams. Old railway shed Location of new swimming pool High school Train station Existing swimming pool Picture of the current situation Key partnerships The main question the City of Kortrijk currently has is how it needs to structure the local heat market. Four market roles can be distinguished: Production of heat Distribution of heat Balancing: a party who balances the grid in function of varying supply and demand Data management / invoicing Kortrijk wonders to what extent these different market roles can be covered by one market party and when it makes sense to start to unbundle these market roles. Pure theoretical, 15 possible combinations are possible from a purely bundled market structure (all four functions combined in one market party) to an entirely unbundled one (all four functions split out in four different market parties). The City of Kortrijk has taken some decisions already, limiting the number of configurations: The heat producer will be a concessionaire for the boiler of the new swimming pool The heat distributor will be the local grid operator for electricity and natural gas Both concessions will have different life times All the 15 theoretical possible combinations of the 4 functions were analysed more in depth, by assessing the advantages and disadvantages for the market players involved. Some of these revealed to be either unpractical or rare. The practical combinations were then applied to this Kortrijk case.

11 It is concluded from the analysis of the 15 theoretical possible combinations that the balancing role in small or medium market sizes is usually taken up by the market party in charge of the heat distribution. Balancing is the last role to be unbundled. The retailer role in small or medium heat markets can either be combined with the heat production or with the heat distribution annex grid balancing. However, the former combination seems considering the advantages, risks and future perspectives of both structures the most convenient one for a long lasting structure and future introduction of competition. Revenue streams The most convenient heat tariff for this micro-district heating grid was analysed as well. Two different pricing principles were compared: Alternative pricing: the heat price is calculated as the cost of heat of the current heat sources. This method is also known as not more than others. Cost-plus pricing: this methodology considers the fixed and variable costs and adds a reasonable margin to the consumers. Thus, the revenue of the heat company is variable. Both pricing principles resulted in very similar costs for the consumer based on first estimations of the cost for the heat infrastructure (gas boiler, district heating grid, heat exchanger). However, alternative pricing it brings along a high risk for the heat company in case that the real costs are higher than the invoiced prices although it might be a convenient approach to acquire new customers since it ensures that the consumer will not pay higher prices than with current heat sources. Therefore, the cost plus calculation is recommended in order to secure the business case of the heat company. Business model of project 2 Key Partnerships Heat producer: concessionaire of new swimming pool Heat distributor: operator of local electricity and natural gas grid Question is who of both should be in charge of balancing the grid and for retailing Key Activities Rent of premises in combination with heat supply Key Resources District heating grid (200) / 2 MW gas boiler Value Proposition Heat at competitive prices Customer Relationships The heat consumers rent the premises in the reconverted building Channels Obligation for the heat consumer to connect to the DH grid Customer segments 5 heat consumer; all small businesses, amongst a dancing hall Cost structure Estimated cost of total heat infrastructure: about 300,000 Revenue Streams The alternative pricing principle and the cost-plus principle would lead to similar heat costs for the heat consumer. Recommendation for the cost-plus principle

12 Results of the stakeholder meeting Date March 5, 2015 Participants 46 participants; 8 from Kortrijk Other stakeholders are distribution grid operators, potential heat suppliers, service and technology providers and the Flemish district heat association The meeting started with depicting the urban developments in the city centre of Kortrijk, which offer the opportunity to develop district heating grids in the city. The meeting continued with an explanation on what a district heating grid is, what its share is in heat supply in the surrounding countries, showing examples in Belgium and with a short discussion on the current legislative framework in Flanders and the associates challenges. Four parallel workshop then took place in which following aspects were discussed: On the need to have an excess heat source nearby before considering a district heating grid: it was concluded that this was not a condition for the development of a district heating grid, but can be an levier. A balanced energy mix is needed as well as a masterplan on city level On obliging the property-developer to invest in the district heating grid as well as the building cost of the connected buildings will be lower than non-connected buildings: considered as less likely On the current legislative framework: discussion on the current bottlenecks (main problem at the time: E- labelling for dwellings that is not in favour for district heating grids) On the role of the city: the need to have a plan on city level and the city needs to take a position concerning the development of district heating grids: to what extent what the city to be involved / what role is left to market players? Date December 10, 2015 Participants 42 participants; 6 from Kortrijk Other stakeholders are distribution grid operators, potential heat suppliers, service and technology providers and the Flemish district heat association The meeting started with a presentation of the conclusions of the stakeholder meeting of March 5, VITO then presented the STRATEGO project and the results of the study on the market structure for the incumbent district heating grid see Project 2. DNV-GL then presented 4 concepts of district heating grids for new urban developments in the city centre: 1. A district heating grid (70 40 C), gas fuelled CHP in base load backed by a biomass boiler 2. A district heating grid (70 40 C), a biomass boiler in base load 3. Combination photovoltaic heat pumps 4. Combination district heating grid with a biomass boiler in base load, PV with power storage The feasibility of these concepts was discussed in a workshop following these presentations

13 Input into the local heating and cooling plan There is in the city centre a significant potential to reduce the energy consumption on the one hand and also the potential to deploy district heating grids. The city of Kortrijk should tap both potentials. First of all does the case of the Venning neighbourhood demonstrate that one can find a good balance between reducing the heat demand of dwelling by renovation and still find room to deploy a district heating network. Second concerns the renovation potential many existing buildings, that will not be demolished, whereas the district heating network aims at new urban estates first. The City of Kortrijk should hence start planning the development of the district heating network in line with the plan to develop the new urban estates. It should result in a master plan for heating and cooling in the city. This plan should include with parts of the district heating network to develop first. The first small district heating network serving the new swimming pool and the converted railway hangar can act as a first stepping stone. Other stepping stones should follow that eventually lead to a future more integrated network in the city.

Project No: IEE/13/650 District Heating market roles and structures

Project No: IEE/13/650 District Heating market roles and structures Project No: IEE/13/650 District Heating market roles and structures WP 3 Task 3.3 Annex to Deliverable 3.c Kortrijk (Annex to Deliverable 3.3. Kortrijk) District heating systems - Theoretical best practices

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City Supporting partner Tulcea, Romania Tractebel Map showing local heating and cooling demand and supply Maps indicated: annual heat demand: 967 TJ annual cooling demand: 112 TJ DH system size annual

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City/region Supporting partner Maria Laach am Jauerling (Lower Austria) AIT Map showing local heating and cooling demand and supply H/C demand H/C infrastructure Sustainable H/C Excess heat Energy efficiency

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City Supporting partner Ostrava, Moravian-Silesian region ADH Czech Republic Deliverable 3.a Map showing local heating and cooling demand and supply Ostrava and whole Moravian-Silesian region is one of

More information

Fifth-generation thermal grids and heat pumps A pilot project in Leuven, Belgium

Fifth-generation thermal grids and heat pumps A pilot project in Leuven, Belgium Fifth-generation thermal grids and heat pumps A pilot project in Leuven, Belgium Ir. P. Pattijn, Alex Baumans - Belgium Belgium, the country of beer, fries and chocolate. But what energy sources are used?

More information

European Green Capital Award Frankfurt am Main s application Environmental indicator 12 Energy performance

European Green Capital Award Frankfurt am Main s application Environmental indicator 12 Energy performance European Green Capital Award Frankfurt am Main s application Environmental indicator 12 Energy performance Question 1 (max. 1,000 words) Present details of the original and/or most recent Action Plan,

More information

Policies directed towards heating systems

Policies directed towards heating systems Policies directed towards heating systems Policy brief Austrian Energy Agency (AEA) Naghmeh Altmann-Mavaddat 26.04.2018 Key questions What are the main trends regarding the heating systems? Are regulatory

More information

ECO-Life - Sustainable Zero Carbon ECO-Town Developments Improving Quality of Life across EU

ECO-Life - Sustainable Zero Carbon ECO-Town Developments Improving Quality of Life across EU ECO-Life - Sustainable Zero Carbon ECO-Town Developments Improving Quality of Life across EU Final publishable executive summary report Reporting Period: From Dec. 2009 to June 2016 Project start date:

More information

Techno-Economic Feasibility of Biomass Fueled District Heating Systems in Belgium. Dr. Ouafik El Kasmioui

Techno-Economic Feasibility of Biomass Fueled District Heating Systems in Belgium. Dr. Ouafik El Kasmioui Techno-Economic Feasibility of Biomass Fueled District Heating Systems in Belgium Dr. Ouafik El Kasmioui Presentation overview Concept of the research project Research questions Belgium Flanders (Non-)Financial

More information

HAS DISTRICT HEATING STILL A ROLE IN LOW ENERGY CITY QUARTERS?

HAS DISTRICT HEATING STILL A ROLE IN LOW ENERGY CITY QUARTERS? HAS DISTRICT HEATING STILL A ROLE IN LOW ENERGY CITY QUARTERS? Leopold Urban Fernwärme Wien GmbH Aalborg, August 25 th 2010 1 Company Structure Vienna City Administration 100% Holding Company for public

More information

Gerhard Hofer. Framework Conditions for Planning, Procuring and Operating District Heating Systems including Thermal Solar Plants

Gerhard Hofer. Framework Conditions for Planning, Procuring and Operating District Heating Systems including Thermal Solar Plants Gerhard Hofer Framework Conditions for Planning, Procuring and Operating District Heating Systems including Thermal Solar Plants Framework Conditions for District Heating Systems, SDH workshop, 7 Dec 2017

More information

Building Energy and Location JRC Energy & Cities project; from building to urban area

Building Energy and Location JRC Energy & Cities project; from building to urban area Building Energy and Location JRC Energy & Cities project; from building to urban area J.J. BLOEM DG JRC http://ec.europa.eu/dgs/jrc Serving society Stimulating innovation Supporting legislation BACKGROUND

More information

THE CONCEPT. The Urban Tricycle Platform SOCIETY SMART ENERGY

THE CONCEPT. The Urban Tricycle Platform SOCIETY SMART ENERGY THE CONCEPT Goal In 2042 The Urban Tricycle Platform Eindhoven is not only a net producer of energy, but also of food and bio-based products. There is no fixed limit for the project, progression will be

More information

The Flemish Renovation Pact. Belgian National Debate on Carbon Pricing BRUSSELS Roel Vermeiren Vlaams Energieagentschap

The Flemish Renovation Pact. Belgian National Debate on Carbon Pricing BRUSSELS Roel Vermeiren Vlaams Energieagentschap The Flemish Renovation Pact Belgian National Debate on Carbon Pricing 24 11 2017 BRUSSELS Roel Vermeiren Vlaams Energieagentschap Flemish Energy Agency (Vlaams Energieagentschap VEA) Operates since 2006

More information

Andrea PONTA, Energy Manager of IREN S.p.A.

Andrea PONTA, Energy Manager of IREN S.p.A. Andrea PONTA, Energy Manager of IREN S.p.A. District energy systems produce steam, hot water or chilled water at a central plant. These products are then piped underground to individual buildings for

More information

Are DHC grids still relevant in a smart environment? Promoting innovation through holistic local approaches

Are DHC grids still relevant in a smart environment? Promoting innovation through holistic local approaches Are DHC grids still relevant in a smart environment? Promoting innovation through holistic local approaches Cyril Roger-Lacan, Co-founder and CEO of Tilia Brussels, May 30 th 2018 Flexible infrastructure

More information

Sant Cugat Smart City Strategy, achievements and perspectives

Sant Cugat Smart City Strategy, achievements and perspectives Sant Cugat Smart City Strategy, achievements and perspectives Tuesday, May 31, 2016 Sant Cugat del Vallès, Barcelona, Spain This project is co-funded by the European Union Contents General information

More information

MEMO 27 June District heating and combined heat and power in China

MEMO 27 June District heating and combined heat and power in China MEMO 27 June 2013 File no. Ref. Ole Odgaard Page 1 District heating and combined heat and power in China District heating has expanded rapidly in Northern China since the beginning of the 1990 s. Residential

More information

City. Velika Gorica. Supporting partner UNIZG FSB. Map showing local heating and cooling demand and supply

City. Velika Gorica. Supporting partner UNIZG FSB. Map showing local heating and cooling demand and supply City Supporting partner Velika Gorica UNIZG FSB Map showing local heating and cooling demand and supply Work so far: The group at the Department of Energy, Power Engineering and Environment at the Faculty

More information

SustainableEnergy. the low carbon decentralised energy expert

SustainableEnergy. the low carbon decentralised energy expert SustainableEnergy Your commitment to sustainable business Legislation is in place today, creating obligations on public and private sector organisations to lower carbon emissions and energy use By 2016

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) Project 3 BERGAMO - RECOVERY WASTE-HEAT FROM AN INDUSTRIAL AREA The project of the Bergamo district heating was started in 2005 with the entry into operation of the first cogeneration plant Carnovali that,

More information

RESIDENTIAL ENERGY Roadmap

RESIDENTIAL ENERGY Roadmap RESIDENTIAL ENERGY Roadmap 1. 2. Introduction to the residential roadmap to 25 Our homes account for more than a quarter of Irish energy-related carbon emissions. How we use energy in our dwelling is for

More information

District Energy - Past, Present & Future

District Energy - Past, Present & Future Allen Jones Energy Masterplanner Newcastle City Council Re-Generate Newcastle Sustainable Innovation in Refrigeration Air Conditioning and Heat Pumps Network (SIRACH) Thursday the 1 st October 2015 District

More information

Directive 2002/91/EC on the Energy Performance of Buildings. Wilfried Walther, Energie- und Umweltzentrum e.v., Springe,

Directive 2002/91/EC on the Energy Performance of Buildings. Wilfried Walther, Energie- und Umweltzentrum e.v., Springe, Directive 2002/91/EC on the Energy Performance of Buildings 1 Scope of the EPBD Adopted in Dec 2002 by the EU the main legislative instrument affecting energy use and efficiency in the buildings sector.

More information

Future European Heat. Renewable heating comparisons

Future European Heat. Renewable heating comparisons Document number Future European Heat Renewable heating comparisons Tuesday, 28 May 2013 By: Melahn Parker (Melahn.Parker@dnvkema.com) DNV KEMA Energy & Sustainability DNV KEMA serves the entire energy

More information

Combined Heat and Power & District Heating Networks. For the East Midlands

Combined Heat and Power & District Heating Networks. For the East Midlands Combined Heat and Power & District Heating Networks For the East Midlands Introduction to Combined Heat and Power The Basics Systems produce heat & electricity Production of electricity at the point of

More information

Upgrading the energy performance of residential buildings in Cyprus

Upgrading the energy performance of residential buildings in Cyprus Upgrading the energy performance of residential buildings in Cyprus Energy Services, Barriers & Opportunities Gazzada Schianno, Varese, Italy 18-19 October 2017 Savvas Vlachos / Director Member of Cyprus

More information

Taking up the challenge of smart city refurbishment and energy efficiency in buildings. Astrid Severin Managing Director

Taking up the challenge of smart city refurbishment and energy efficiency in buildings. Astrid Severin Managing Director Taking up the challenge of smart city refurbishment and energy efficiency in buildings Astrid Severin Managing Director Greenovate! Europe is an independent, not-for-profit membership organisation. Profile

More information

Planning for Zero Carbon Homes the policy context Neil Witney - DECC. 6 th May 2014

Planning for Zero Carbon Homes the policy context Neil Witney - DECC. 6 th May 2014 Planning for Zero Carbon Homes the policy context Neil Witney - DECC 6 th May 2014 Policy context for Zero Carbon Homes How is this to be achieved? regulation, planning, incentives How do we know if new

More information

District Heating & Cooling Networks in the 2050 Energy System. 11/10/2016 Carsten Petersdorff

District Heating & Cooling Networks in the 2050 Energy System. 11/10/2016 Carsten Petersdorff District Heating & Cooling Networks in the 2050 Energy System 11/10/2016 Carsten Petersdorff The Energy System of 2050 The Energy system of 2050 will be the one that: emits low/no carbon in 2050 fits to

More information

6.3 Appraisal of Biomass CHP Technology

6.3 Appraisal of Biomass CHP Technology 6.3 Appraisal of Biomass CHP Technology Key Themes Comments ENVIRONMENT Carbon reduction and Energy Generation potential Biomass CHP utilises renewable wood chips/pellets as a fuel source (or potentially

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City. Zagreb. Supporting partner UNIZG FSB

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City. Zagreb. Supporting partner UNIZG FSB City Supporting partner Zagreb UNIZG FSB Map showing local heating and cooling demand and supply Figure 1 GIS heating demand map for the city of Zagreb Work so far: The group at the Department of Energy,

More information

Response to Energy and Climate Change Committee Call for Evidence on Local Energy

Response to Energy and Climate Change Committee Call for Evidence on Local Energy Response to Energy and Climate Change Committee Call for Evidence on Local Energy Summary 1. The Energy Technologies Institute (ETI), a public-private partnership between global energy and engineering

More information

DESCRIPTION OF TOOLBOX ELEMENTS PLANNING PROCESS

DESCRIPTION OF TOOLBOX ELEMENTS PLANNING PROCESS planning process DESCRIPTION OF TOOLBOX ELEMENTS PLANNING PROCESS 1. Preparatory / exploration phase Working Group Energy Working group on energy supply for urban development areas This group is composed

More information

INCREASING ENERGY EFFICIENCY IN ACCORDANCE TO ENERGY EFFICIENCY 2012/27/EU DIRECTIVE TO DECREASE ENERGY CONSUMPTION FOR A FINAL ENERGY ENDUSER

INCREASING ENERGY EFFICIENCY IN ACCORDANCE TO ENERGY EFFICIENCY 2012/27/EU DIRECTIVE TO DECREASE ENERGY CONSUMPTION FOR A FINAL ENERGY ENDUSER INCREASING ENERGY EFFICIENCY IN ACCORDANCE TO ENERGY EFFICIENCY 2012/27/EU DIRECTIVE TO DECREASE ENERGY CONSUMPTION FOR A FINAL ENERGY ENDUSER 06-10 December 2017 Copenhagen Centre On Energy Efficiency

More information

Potentials for ground-mounted Solar District Heating for small towns in Europe

Potentials for ground-mounted Solar District Heating for small towns in Europe Potentials for ground-mounted Solar District Heating for small towns in Europe Svensk Solenergi SOLVÄRMEDAG Kungsbacka 18.09.2018 Christian Kok Skov Project manager +45 6130 8708 cks@planenergi.dk 1 History

More information

Publishable summary. Figure 1: Overview of the main tasks in the last period of the E hub project.

Publishable summary. Figure 1: Overview of the main tasks in the last period of the E hub project. Publishable summary Introduction and objectives To achieve low energy or even energy neutral districts, the share of renewable energy must increase drastically over present levels. However, accommodating

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City. Topusko. Supporting partner UNIZG FSB

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) City. Topusko. Supporting partner UNIZG FSB City Supporting partner Topusko UNIZG FSB Map showing local heating and cooling demand and supply Work so far: The group at the Department of Energy, Power Engineering and Environment at the Faculty of

More information

Energy Efficient Cities. Oddgeir Gudmundsson, Director, Projects. One Company. Focused on Climate & Energy. 1 Danfoss Heating Segment A&T Projects

Energy Efficient Cities. Oddgeir Gudmundsson, Director, Projects. One Company. Focused on Climate & Energy. 1 Danfoss Heating Segment A&T Projects Energy Efficient Cities Oddgeir Gudmundsson, Director, Projects One Company Focused on Climate & Energy 1 Danfoss Heating Segment A&T Projects Oddgeir Gudmundsson - 2016 Political targets Political Targets

More information

Microgrid Stadtwerke Lehen, Salzburg Austria

Microgrid Stadtwerke Lehen, Salzburg Austria Microgrid Stadtwerke Lehen, Salzburg Austria Responsible organization SOLID Date of last information update October 2012 Model description It was first applied in 2010 after many years of preparation,

More information

Building Concepts for a mid-century energy-neutral society

Building Concepts for a mid-century energy-neutral society ECN-M--6-15 SET26-5 th International Conference on Sustainable Energy Technologies. Vicenza, Italy Page 1 of 8 Building Concepts for a mid-century energy-neutral society I.J. Opstelten, E.J. Bakker, B.J.

More information

Frequently Asked Questions: Existing Houses/Buildings

Frequently Asked Questions: Existing Houses/Buildings Frequently Asked Questions: Existing Houses/Buildings DO YOU HAVE ONE OF THESE SITUATIONS? Planned renovations in the house/building; Owning a boiler/air conditioner that broke down, or it is so old that

More information

The CONCERTO Initiative. The CONCERTO Initiative. The CONCERTO Initiative. Diversity of Solutions for Different Regions of Europe

The CONCERTO Initiative. The CONCERTO Initiative. The CONCERTO Initiative. Diversity of Solutions for Different Regions of Europe The CONCERTO Initiative Diversity of Solutions for Different Regions of Europe CONCERTO CONCERTO 58 communities 58 23 communities countries 23 countries Valerie Bahr Steinbeis-Europa-Zentrum, Stuttgart,

More information

Solutions for Cities in a Decarbonized World - Viennas Green Buildings

Solutions for Cities in a Decarbonized World - Viennas Green Buildings MA 20 Bonn, 16.11.2017 Solutions for Cities in a Decarbonized World - Viennas Green Buildings Bernd Vogl, Vienna City Administration Head of Department Vienna, some facts and pictures >1.8 million inhabitants

More information

GAS FOR HEATING & COOLING. POLICY WORKSHOP 14 June 2016, European Parliament

GAS FOR HEATING & COOLING. POLICY WORKSHOP 14 June 2016, European Parliament GAS FOR HEATING & COOLING POLICY WORKSHOP 14 June 2016, European Parliament 1 Why gas? System considerations for heating & cooling and future opportunities Eva Hennig 14 June 2016 Thüga Partnership Model:

More information

Sustainable Energy Action Plan. Paros. Action Plan for Energy. Cofinanced by the European Regional Development Fund - MED Programme

Sustainable Energy Action Plan. Paros. Action Plan for Energy. Cofinanced by the European Regional Development Fund - MED Programme Sustainable Energy Action Plan of Paros Action Plan for Energy 09/2011 Sustainable Energy Action Plan of Paros INDEX 1. INTRODUCTION 2. OVERALL OBJECTIVES. REDUCTION TARGET 3. GREENHOUSE GASES EMISSIONS

More information

Sustainable Energy Action Plan. Sifnos. Save Energy for Tomorrow

Sustainable Energy Action Plan. Sifnos. Save Energy for Tomorrow Sustainable Energy Action Plan of Sifnos Save Energy for Tomorrow 09/2011 Sustainable Energy Action Plan of Sifnos INDEX 1. INTRODUCTION 2. OVERALL OBJECTIVES. REDUCTION TARGET 3. GREENHOUSE GASES EMISSIONS

More information

Partnership of European Regions on Energy Efficiency in Buildings Opportunities for economic, social, environmental and territorial development

Partnership of European Regions on Energy Efficiency in Buildings Opportunities for economic, social, environmental and territorial development Partnership of European Regions on Energy Efficiency in Buildings Opportunities for economic, social, environmental and territorial development linked to energy efficiency in buildings Tytti Ahoranta,

More information

Heat Roadmap Europe - Democratizising knowledge bottom-up and topdown, Key findings and recommendations for decarbonising H&C Sector

Heat Roadmap Europe - Democratizising knowledge bottom-up and topdown, Key findings and recommendations for decarbonising H&C Sector Brian Vad Mathiesen bvm@plan.aau.dk / @brianvad Sustainable Energy Planning Research Group, Aalborg University Heat Roadmap Europe - Democratizising knowledge bottom-up and topdown, Key findings and recommendations

More information

Biomass for District Heating 14 th October Paul Woods Head of Energy Partnerships East London

Biomass for District Heating 14 th October Paul Woods Head of Energy Partnerships East London Biomass for District Heating 14 th October 2016 Paul Woods Head of Energy Partnerships East London paul.woods@engie.com ENGIE Urban Energy Largest DE Business in the UK 2.5bn revenue stream over the concessions

More information

Bioenergy RES Hybrids Finnish Country Report

Bioenergy RES Hybrids Finnish Country Report VTT TECHNICAL RESEARCH CENTRE OF FINLAND LTD Bioenergy RES Hybrids Finnish Country Report Sustainable Energy Week 15 th June, 2016, Brussels Elina Hakkarainen VTT Technical Research Centre of Finland Ltd.

More information

Policy framework for promoting biomass in Austria

Policy framework for promoting biomass in Austria Policy framework for promoting biomass in Austria Dipl. Ing. Gottfried Lamers Federal Ministry for Agriculture, Forestry, Environment and Water Management Seite 1 28.02.2011 Content Status Goals Achieving

More information

European Energy Policy and Standardization Buildings and Building Components

European Energy Policy and Standardization Buildings and Building Components European Energy Policy and Standardization Buildings and Building Components J.J. BLOEM DG JRC http://ec.europa.eu/dgs/jrc Serving society Stimulating innovation Supporting legislation TOWARDS 2030 framework

More information

City of Guelph Community Energy Plan

City of Guelph Community Energy Plan CITY OF GUELPH COMMUNITY ENERGY PLAN Final Report dated 16th March 2007 Prepared For Guelph Community Energy Plan Consortium Community Energy Plan CITY OF GUELPH COMMUNITY ENERGY PLAN 1 1 Boshart Way,

More information

City Profile. Birmingham

City Profile. Birmingham City Profile Birmingham Introduction General information Organization of energy and climate policies Birmingham, metropolitan borough in the West Midlands, has a population of 1,028,700 people on an area

More information

Leicester District Energy. Delivering Low Carbon Energy

Leicester District Energy. Delivering Low Carbon Energy Leicester District Energy Delivering Low Carbon Energy Leicester District Energy ENGIE, has signed a 25 year contract with Leicester City Council (LCC) to link and extend four existing district heating

More information

Sustainability: Building the future today

Sustainability: Building the future today Sustainability: Building the future today By: J.A.M. Baken, General Manager Ecofys BV 1 C.A.M. Stap, Managing Director Energy in the Built Environment, Ecofys BV 1. Introduction There is little need to

More information

The goals for renewable energy share of all energy

The goals for renewable energy share of all energy 12. Energy performance Present details of the original and/or most recent Action Plan, including any relevant disadvantages or constraints resulting from historical and/or geographical factors, which may

More information

Nearly zero energy building renovation, the EU-GUGLE project Javier Llorente Yoldi

Nearly zero energy building renovation, the EU-GUGLE project Javier Llorente Yoldi Nearly zero energy building renovation, the EU-GUGLE project Javier Llorente Yoldi jllorente@cener.com In a nutshell European cities serving as Green Urban Gate towards Leadership in sustainable Energy

More information

The EU-GUGLE project 4/26/2016. Nearly zero energy building renovation, the EU-GUGLE project

The EU-GUGLE project 4/26/2016. Nearly zero energy building renovation, the EU-GUGLE project Nearly zero energy building renovation, the EU-GUGLE project Florencio Manteca National Renewable Energy Centre of Spain - CENER Conference on Sustainable Renovation Models 22nd April 2016, Aachen, Germany

More information

Westminster s Energy Challenges and Opportunities. Joe Baker Go Green Programme Manager

Westminster s Energy Challenges and Opportunities. Joe Baker Go Green Programme Manager Westminster s Energy Challenges and Opportunities Joe Baker Go Green Programme Manager City of Westminster Population and Society 244,400 residential population (ONS, MYE 2005) Wide range of projections

More information

DISTRICT HEATING ASSESSMENT FOR ALEWIFE CAMBRIDGE

DISTRICT HEATING ASSESSMENT FOR ALEWIFE CAMBRIDGE DISTRICT HEATING ASSESSMENT FOR ALEWIFE CAMBRIDGE Project name District heating assessment for Alewife Project no. 1690008791 Recipient Cambridge Community Development Department Document type Report Version

More information

Communicating Environmental Performance to Stakeholders

Communicating Environmental Performance to Stakeholders Communicating Environmental Performance to Stakeholders Werner R. Lutsch, AGFW, Managing Director/CEO Stephan Orita, AGFW European and International Affairs AGFW Who We Are URBAN DEVELOPMENT & KNOWLEDGE

More information

Northumbria Research Link

Northumbria Research Link Northumbria Research Link Walker, S. L. et al. (2005) 'Potential for microgeneration : study and analysis'. London: DTI, with Energy Saving Trust, Element Energy and E- Connect This report is available

More information

Factsheet. BEST 7 Limited liability housing company Tampereen Pohjolankatu 18-20

Factsheet. BEST 7 Limited liability housing company Tampereen Pohjolankatu 18-20 Factsheet BEST 7 Limited liability housing company Tampereen Pohjolankatu 18-20 PROFILE Name and address Demonstration area Tammela district and DEMO 7 Limited liability housing company Tampereen Pohjolankatu

More information

Doncaster Council Home Energy Conservation Act (1995) 2013 Report

Doncaster Council Home Energy Conservation Act (1995) 2013 Report Doncaster Council Home Energy Conservation Act (1995) 2013 Report Contents: Page 1. Report Introduction 1 2. The National Context 1 The Energy Act 2011 1 Green Deal 1 Energy Company Obligation 1 2 Renewable

More information

PROJECTS CONCEPTS for Sustainable Buildings Partnership Pomorskie region

PROJECTS CONCEPTS for Sustainable Buildings Partnership Pomorskie region PROJECTS CONCEPTS for Sustainable Buildings Partnership Pomorskie region Debrecen, 06 th July, 2017 PROJECT IDEAS for Sustainable Buildings Partnership Project 1 ENERGY-INDEPENDENT HOUSING (RENEWABLE ENERGY

More information

DANISH POLICIES AND OUTLOOK FOR DISTRICT HEATING

DANISH POLICIES AND OUTLOOK FOR DISTRICT HEATING UDENRIGSMINISTERIET, MINISTRY OF FOREIGN AFFAIRS OF DENMARK DANISH POLICIES AND OUTLOOK FOR DISTRICT HEATING CLAUS KROG EKMAN (CLAEKM@UM.DK) UDENRIGSMINISTERIET, MINISTRY OF FOREIGN AFFAIRS OF DENMARK

More information

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5)

Deliverable 3.a (Combining former deliverables 3.1; 3.2; 3.5) Project 2 BRESCIA - RECOVERY WASTE-HEAT FROM INDUSTRIAL PLANTS Brescia district heating system is fed by several heat source, as waste to energy plants that satisfy more than 40% of the heat requirement

More information

District Energy & Smart Energy Grids Experience from Denmark. Dr Anthony Riddle, Associate Director Rambøll Energy

District Energy & Smart Energy Grids Experience from Denmark. Dr Anthony Riddle, Associate Director Rambøll Energy District Energy & Smart Energy Grids Experience from Denmark Dr Anthony Riddle, Associate Director Rambøll Energy District Energy & Smart Energy Grids Experience from Denmark Ramboll Independent Multidisciplinary

More information

CWP.07.UA B U I L D I N G P A R T N E R S H I P S F O R E N E R G Y S E C U R I T Y

CWP.07.UA B U I L D I N G P A R T N E R S H I P S F O R E N E R G Y S E C U R I T Y Energy efficiency and energy audits in the District Heating Sector in Denmark Henrik Steffensen State Property Fund of Ukraine & INOGATE Technical Secretariat, UA-136 CWP.07.UA Kiev, Ukraine, 22 March

More information

INCREASING THE NUMBER OF NEARLY ZERO ENERGY BUILDINGS

INCREASING THE NUMBER OF NEARLY ZERO ENERGY BUILDINGS INCREASING THE NUMBER OF NEARLY ZERO ENERGY BUILDINGS UK NATIONAL PLAN Contents Page Introduction 1 UK application of the nearly zero energy building definition 1 UK Government Strategy 3 Reducing demand

More information

Small Scale DH in Austria. AEBIOM workshop:

Small Scale DH in Austria. AEBIOM workshop: Small Scale DH in Austria AEBIOM workshop: Biomass for District Heating and Cooling Dipl.-Ing. Günter Zweiner CEO KELAG Wärme GmbH Villach A question of dimensioning Every detail is based on decades of

More information

11. Energy performance

11. Energy performance 11. Energy performance 11A. Current situation Nijmegen cooperates with companies, home owners, housing corporations, citizen initiatives and (knowledge) institutes on projects to save and generate energy.

More information

Susana Paardekooper. Aalborg University. #18DEdays

Susana Paardekooper. Aalborg University. #18DEdays Susana Paardekooper Aalborg University #18DEdays Heat Roadmap Europe: Role for District Heating Systems in Europe Susana Paardekooper, Aalborg University District Energy Days, Helsinki, 27 September 2018

More information

The New London Plan

The New London Plan The New London Plan www.energistuk.co.uk 08458 386 387 What is The will The London we cover? Categories Plan? Timeframes for implementation New technical standards Potential costs of Zero Carbon Questions

More information

PITAGORAS project. General overview and main results

PITAGORAS project. General overview and main results XX/XX/2017 PITAGORAS project General overview and main results Sustainable urban Planning with Innovative and low energy Thermal And power Generation from Residual And renewable Sources Efficient integration

More information

2013 Best Practice Selection

2013 Best Practice Selection 2013 Best Practice Selection Covenant Signatories Buildings, equipments, facilities Sustainable Järva Refurbishment Project STOCKHOLM (SE) - Optimisation of heating and ventilation systems, - Conversion

More information

Geothermal integration in Smart cities: Key Innovation in Smart Thermal Grids

Geothermal integration in Smart cities: Key Innovation in Smart Thermal Grids Geothermal integration in Smart cities: Key Innovation in Smart Thermal Grids Philippe Dumas, European Stakeholder Platform on Smart Cities and Communities Dublin, Tuesday 23rd April, Workshop on Geothermal

More information

What will the Future of District Energy be in the UK?

What will the Future of District Energy be in the UK? What will the Future of District Energy be in the UK? Who are we? Why is the UK interested in District Energy? History of District Energy in the UK What is happening now Market Structure Types of Schemes

More information

Global District Energy Award 2009 Applications

Global District Energy Award 2009 Applications The University of Texas at Austin, USA Full-service campus utility The 200 buildings of the university campus are connected through a district energy system with all utilities centrally generated on campus.

More information

Energy Systems. a balance act. Optensys ENERGIANALYS. Dag Henning. Linköping Sweden.

Energy Systems. a balance act. Optensys ENERGIANALYS. Dag Henning. Linköping Sweden. Energy Systems a balance act Linköping Sweden dag.henning@optensys.se 12-05-31 www.optensys.se Outline District heating resources Swedish district heating Changing heat demand District-heating development

More information

Engineers Ireland Cork Region CPD lecture series

Engineers Ireland Cork Region CPD lecture series Engineers Ireland Cork Region CPD lecture series NZEB and Emerging Legislation & SEAI s Deep Retrofit Pilot Programme Orla Coyle NZEB Programme Manager Conor Hanniffy Deep Retrofit Pilot Programme Manager

More information

DH/CHP in EU Smart Energy Cities Wroclaw, of March 2012

DH/CHP in EU Smart Energy Cities Wroclaw, of March 2012 3/9/2012 DH/CHP in EU Smart Energy Cities Wroclaw, 14-15 of March 2012 Anders Dyrelund, market manager energy Ramboll Denmark Wiktor Kozlowski, Technical Director Elsamprojekt Polska, (Ramboll Poland)

More information

Energy Efficiency in Public Buildings through Energy Services The example of Germany

Energy Efficiency in Public Buildings through Energy Services The example of Germany through Energy Services The example of Germany Michael Geissler CEO Berlin Energy Agency Odessa, 1 June 2016 Contents Berliner Energieagentur (BEA) Energy Efficiency in Public Buildings Energy Services

More information

There is no duty on municipalities in the UK to manage or reduce CO 2 emissions.

There is no duty on municipalities in the UK to manage or reduce CO 2 emissions. EU Green Capital 2014 Section 1 Local Contribution to Global Climate Change A. Present Situation Bristol City has a population of 428,000 residents living in 195,000 households. It is part of a wider sub-region

More information

D.3.5 Report on best practice implementation of bankable energy actions

D.3.5 Report on best practice implementation of bankable energy actions D.3.5 Report on best practice implementation of bankable energy actions Best practice title 1 Building energy efficiency and refurbishment by Energy Performance Contracting in municipal buildings EPC coaching

More information

RES use in the Riga city

RES use in the Riga city RES use in the Riga city Juris Golunovs, Head of Energy Efficiency Information Centre of Riga Energy Agency Empowered consumer in the energy market CONFERENCE, Riga, 21.05.2015 OBJECTIVES In order to

More information

Cyprus Energy Agency. Nearly Zero Energy Buildings

Cyprus Energy Agency. Nearly Zero Energy Buildings Cyprus Energy Agency Nearly Zero Energy Buildings 2009 Energy efficiency of buildings - status 33% of all energy in EU is used for transport 26% of all energy in EU is used by industry 41% of all energy

More information

Training for Renovated Energy Efficient Social housing. Intelligent Energy -Europe programme, contract n EIE/05/110/SI

Training for Renovated Energy Efficient Social housing. Intelligent Energy -Europe programme, contract n EIE/05/110/SI Training for Renovated Energy Efficient Social housing Intelligent Energy -Europe programme, contract n EIE/05/110/SI2.420021 3 Case studies 3.3 Kruitberg - Amsterdam Author : Chiel Boonstra, Loes Joosten

More information

Public Building Renovation through Energy Performance Contracting (EPC)

Public Building Renovation through Energy Performance Contracting (EPC) Public Building Renovation through Energy Performance Contracting (EPC) Rüdiger Lohse Brussels, March, 2017 Intention of this presentation What is Energy Performance Contracting? Demonstrate KEA s role

More information

Introduction and overview of ECO-City project in

Introduction and overview of ECO-City project in Introduction and overview of ECO-City project in Denmark, Sweden and Norway Reto M. Hummelshøj & Dagfinn Bell Concerto project coordinators 1 www.cowi.com www. ecocity-project.eu 20 SEPTEMBER 2012 CITY

More information

TREES Training for Renovated Energy Efficient Social housing. Section 2.5 Local Community Planning

TREES Training for Renovated Energy Efficient Social housing. Section 2.5 Local Community Planning TREES Training for Renovated Energy Efficient Social housing Intelligent Energy -Europe programme, contract n EIE/05/110/SI2.420021 Section 2.5 Local Community Planning Chiel BOONSTRA, Loes JOOSTEN DHV

More information

Local government roles in supporting district heating The case of Veurne

Local government roles in supporting district heating The case of Veurne Project No: IEE/13/650 Local government roles in supporting district heating The case of Veurne WP 3 Task 3.3 Annex to Deliverable 3.b. 01/09/2016 District heating systems - Theoretical best practices

More information

Angelica Salomon-Dealino & Dilip Limaye International Institute for Energy Conservation. Asian Development Bank, 19 June 2015

Angelica Salomon-Dealino & Dilip Limaye International Institute for Energy Conservation. Asian Development Bank, 19 June 2015 Angelica Salomon-Dealino & Dilip Limaye International Institute for Energy Conservation Asian Development Bank, 19 June 2015 Presentation Outline DSM Delivery Models, types and approaches Applicable Financing

More information

AM-55, AM-56) B U I L D I N G P A R T N E R S H I P S F O R E N E R G Y S E C U R I T Y

AM-55, AM-56) B U I L D I N G P A R T N E R S H I P S F O R E N E R G Y S E C U R I T Y Nearly zero-energy building and components of the DIRECTIVE on energy performance of buildings 2010/31/EU Albin Zsebik, PhD, CEM Improving university curricula in the areas of a) energy efficiency in the

More information

Horizon 2020 Work Programme :

Horizon 2020 Work Programme : Horizon 2020 Work Programme 2016-2017: 10. Secure, clean and efficient energy Call: Energy Efficiency Waste heat recovery from urban facilities and re-use to increase energy efficiency of district EE-01-2017

More information

TU Delft s urban-energy research agenda

TU Delft s urban-energy research agenda Towards a carbon-free urban energy system in 2050 TU Delft s urban-energy research agenda Challenges ahead and expertise available at TU Delft A research agenda in cooperation with AMS Institute and The

More information

Energy demand analysis for small and medium scale heat users in Rotorua aiming at converting existing heating systems to bioenergy.

Energy demand analysis for small and medium scale heat users in Rotorua aiming at converting existing heating systems to bioenergy. Energy demand analysis for small and medium scale heat users in Rotorua aiming at converting existing heating systems to bioenergy. Dr Nielsen, Per, Mr. G. Estcourt, Mr M. Shepherd Forest Research, Sala

More information

Energy efficient rehabilitation improvement of buildings and energy supply infrastructure The current status

Energy efficient rehabilitation improvement of buildings and energy supply infrastructure The current status WP 4 Energy Supply Energy efficient rehabilitation improvement of buildings and energy supply infrastructure The current status Benita Freliha Riga City Council June 2010, Warsaw, WP4 workshop WP4 activities,

More information