The commercial (i.e. non-residential) buildings, public buildings and urban areas are the fastest growing energy consuming sectors and a key area where the CO2 reduction could be achieved in a cost-effective manner. This is mainly due to the growth of the service sector and urbanisation and their associated demand for heating, cooling ventilation (HVAC), ICT services, lighting, mobility, etc.. Very often building energy performances can be more cost-effectively optimized at district or urban level, the conference will have a special track on smart and sustainable districts, communities and cities.
In order to decarbonise commercial buildings and local communities and cities, all actors need to take all necessary steps to increase efficiency and implement renewable energies by disseminating good practice, foster investments, provide technical solutions for the commercial building sector and local communities and adopt the right policies at national and local level. This includes behaviour changes on how citizens, companies, architects, urban planner and building occupiers invest, design and operate non-residential buildings and district-communities.
The integration of distributed generation, district heating and cooling and renewable energy sources (RES), demand response and smart grids will enable further CO2 and energy saving and pave the way for Net Zero Energy Buildings and Districts. Energy Service Companies (ESCOs), utilities, telecoms and facility management companies offer advanced solutions to monitor, manage and reduce the energy consumption.
A number of local, regional and national policies and programmes have recently been implemented to achieve a long lasting market transformation, including building codes, utilities programmes, information and training, emission and energy certificate trading, financial incentives, and sustainable energy and climate plans at community level.
Following the success of the previous IEECB&SC conferences we are pleased to announce the new edition jointly organised by Messe Frankfurt and the European Commission DG JRC, the IEECB&SC’20 conference will take place on 1-2 October 2020 in Frankfurt (Germany) during Light+Building, the world’s leading trade fair for lighting and building services technology, taking place in Frankfurt on September showing innovative products in the fields of lighting, electrical engineering as well as home and building automation.
The IEECB&SC conference seeks to bring together all the key players in these sectors, including commercial buildings’ investors and property managers, academia and experts, equipment manufacturers, service providers (ESCOs, utilities, facilities management companies, telecoms), urban planners and local and national policy makers, with a view to exchange information and to network.
In particular the conference aims to attract property owner, investors, architects, local authorities and urban planners to present and discuss synergies and cooperation in removing existing barriers to energy efficiency, renewable energy and smart and NZE buildings and districts.
The IEECB&SC conference aims at attracting high level presentations showing new technologies, techniques, services, policies, programmes and strategies to increase energy efficiency, renewable energy sources and to reduce greenhouse gases emissions in non-residential buildings and district/communities and cities.
Potential authors are invited to submit abstracts in the following topics (indicative lists, other topics related to the main theme of the conference could also be proposed):
1. Lighting, Appliances and Equipment: technologies (light sources, LEDs, luminaires, control gear, and control systems), day-lighting, Green Lights programmes, lighting quality and energy efficiency, simulation and design tools, commercial refrigeration, cooking and washing, vending machines, lifts, equipment labelling and standards, test methods.
2. Building envelope, passive techniques and HVAC: low energy cooling techniques, passive cooling and natural ventilation, solar cooling, techniques for low energy fluid movement, heat/cool storage, indoor air quality and energy efficiency, test methods and simulation tools, building and ductwork airtightness, façade technologies (e.g. double skin facades, roofing, etc.), new insulation and phase changing materials.
3. Examples of advanced/demonstration buildings: results of new building concepts and smart buildings; successful refurbishment, successful integration renewable energy sources, buildings integrated planning for energy efficiency, Zero-Energy and Positive buildings, office buildings, supermarkets and commercial centres, hospitals and schools, airport & train stations.
4. Information and communication technology (ICT) equipment and data centres: data centres design and optimisation, efficient servers, network and storage equipment, the impact of internet on commercial building consumption, data networks, telecom and broadband networks energy efficiency, Energy Star programme for ICT.
5. Renewable energy sources, distributed electricity and heat generation: co-generation and poly-generation, micro turbines, heat pumps, fuel cells, biomass boilers and renewable energy sources (solar thermal, PV, etc.), successful PV building integration, building as centre of the smart grid, district heating and cooling, energy communities and co-operatives.
6. Control Systems, IoT and Building Energy Management Systems (BEMS): R&D & technologies, successful implementation, impact on energy consumption and indoor quality. Smart building and district. Role of AI and IoT to foster carbon reductions.
8. Energy and facility management, energy services: continuous commissioning and retro commissioning, energy audits, optimisation of building operation, energy management, role of the energy/facility manager, operation and maintenance, outsourcing of building energy management, education and training of facility managers. Energy service companies (ESCOs), Energy Performance Contracting, financial institutions, public-private partnerships, new financial options, carbon financing, M&V.
9. Policies and Programmes (local, national or International): building codes (new and existing buildings), building certification, code compliance, best practice programmes, energy audits, energy companies obligations (EERs, white certificates, etc.), national and local energy efficiency funds, Green Buildings and Energy Star programmes, building rating, building quality labels, voluntary building certification systems, Life Cycle Costing (LCC), programme evaluation, green procurement, building code compliance, national roadmaps for nearly zero-energy buildings, building renovation and cost-optimality, role of buildings and cities in reaching climate targets (e.g. 1.5 C).
10. Energy consumption monitoring and benchmarking, Energy Modelling of Building and district performances: building/district monitoring campaigns, data analysis and assessment of consumption of specific equipment, assessment of building standby consumption, energy efficiency indicators for buildings, benchmarking, understanding and fixing the disconnect between predicted and measured performance, dynamic simulation methods, software and tools for design of low-energy/zero and positive buildings and building systems, GIS systems. Building maps in cities, Monitoring of city energy consumption and carbon emissions.
11. Demand response: Demand Response programmes and technologies, dynamic tariffs, results and evaluation, practical implementation in non-residential buildings, impact of real time energy consumption feedback.
12. Behaviour and barriers to energy efficiency, Investors’ motivation and financing. Marketing and selling energy efficient buildings, costs and benefits analysis including nonenergy benefits, Non-energy benefits, market impact of the energy performance certificates, corporate social responsibility, value of green buildings, facilitation of planning process for low energy buildings/districts, interaction between investors, planners, architects, engineers, and users, non-technical barriers efficiency in commercial buildings, analysis of behavioural aspects in commercial buildings sector and urban areas, and ways to overcome them.
13. Sustainable and smart communities, districts and cities: challenges and opportunities with integrating buildings into wider community energy planning; district energy systems; community demand balancing; innovative economic and business models to share risk and benefits across community energy structures; integration of smart building and smart grids; smart cities, integration of community energy planning in urban planning, zero carbon district energy systems, urban strategies for improving energy efficiency in communities, sustainable university campus and labs, impact of urban morphology on energy reduction policies. Important role of urban forms in achieving energy saving measures, resilience thinking approaches and urban ecology design, cities emissions inventories, sustainable energy and climate action plans.
Instructions for Authors
Authors interested in oral presentations for the concurrent sessions are requested to send a maximum two-page abstract of at least 200 words in length and a maximum of 400 words.
There are two options:
- Oral presentation without paper for the Conference Proceedings
- Oral presentation with a paper for the Conference Proceedings
The papers to be included in the proceeding are scientific papers as found in journals and will go through a peer review process. Final accepted papers will be included in the Book of Proceedings. Abstract will be evaluated independently to the submission of a paper.
The abstract must be in English, typed, and shall contain the following information:
- Main author name and affiliation, authors for correspondence with full postal address, tel. and fax numbers, and e-mail, and co-authors names and affiliation.
- The relevant topic ( 1 to 13 above)
- Up to five keywords
- Submission of a paper (YES or NO)
Abstracts will be reviewed and selected based on originality, technical and scientific value and relevance to the conference topics. All accepted abstracts will included in the conference programme with an oral presentation.
Abstracts are due by 13 January 2020
Abstracts shall be sent by email to firstname.lastname@example.org
There will be no registration fees for conference attendees.
- 13 January 2020: abstracts are due to the conference secretariat.
- 24 January 2020: notification of abstract acceptance to authors
- 31 January 2020: confirmation by accepted authors to participate and present at the conference
- 7 February 2020: final conference programme posted on the web
- 28 February 2020: draft papers due to the conference secretariat1
- 12-13 March 2020: conference takes place in Frankfurt at Messe Frankfurt