TOPEUM

Towards Optimization of Architectural and Urban Planning Parameters for Energy Use Minimisation in Mediterranean Cities

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General Information

Funding Programme / Call

DESMI 2008 – International Cooperation / URBAN-NET Programme

Funding Body / Agency

Research Promotion Foundation (RPF Cyprus), co-financed by the Republic of Cyprus and the European Regional Development Fund (ERDF)

Project Duration
(Start – End)

31 March 2009 – 15 December 2011

Total Funding (€)

€139,510

UCY Budget (€)

€139,510 (Coordinator share)

Project Status (Proposed / Ongoing / Completed)

Completed

Project Coordinator (Organisation)

University of Cyprus (UCY)

UCY Primary Investigator (PI)

Dr Marina Neophytou

UCY Research Team Members

Dr Marina Neophytou, Petros Mouzourides, P. Fokaides, I. Panagiotou, I. Ioannou, M. Petrou, and supporting EFM-Lab researchers

External Partners / Consortium Members

  • University of Gävle (Sweden)
  • Bulgarian Academy of Sciences – NIMH (Bulgaria)
  • EXA High Performance Computing (Cyprus)
  • Atlantis Engineering (Cyprus)

Project Overview

TOPEUM investigated how urban morphology, building density, land cover, and construction materials influence urban heat island intensity, local climate, air quality, and energy demand in Mediterranean cities, using Nicosia as a representative case study. The project combined field measurements, boundary layer wind tunnel experiments, computational fluid dynamics (CFD), urban climate analysis, and cost-benefit assessment to evaluate sustainable urban planning strategies.

Through integrated environmental modelling and experimental validation, TOPEUM generated evidence-based recommendations for reducing urban overheating, minimizing cooling energy demand, improving outdoor thermal comfort, and enhancing climate resilience.

The project’s innovative interdisciplinary framework linked urban design, atmospheric science, environmental engineering, and policy development, producing practical guidance for planners and authorities. Expected outcomes included optimized urban planning parameters, validated simulation tools, best-practice mitigation strategies, and policy-relevant recommendations for sustainable development in Mediterranean climates.

Scientific / Research Field
Environmental Fluid Mechanics, Urban Climate, Urban Air Quality, Sustainable Urban Planning, Climate Adaptation
Keywords (Include 4–6 keywords relevant to research domain, technologies, and application sectors)
Urban Heat Island, CFD Modelling, Urban Microclimate, Sustainable Cities, Energy Efficiency, Mediterranean Climate

Objectives

Main Objective:
To optimize urban planning and architectural parameters that minimize urban heat island effects, reduce energy use, and improve environmental sustainability in Mediterranean cities

  • Specific Objectives
  • Objective 1: Investigate the effects of urban form, building density, and materials on local climate, air flow, and thermal behaviour.
  • Objective 2: Develop and validate integrated field, wind tunnel, and CFD models for urban climate and energy analysis.
  • Objective 3: Identify and evaluate best urban planning practices for mitigating urban heat island effects and improving sustainability.

Project Team / University of Cyprus (UCY)

Dr. Marina Neophytou

Principal Investigator

Petros Mouzourides

Research Team

P. Fokaides

Research Team

I. Panagiotou

Research Team

I. Ioannou

Research Team

M. Petrou

Research Team

Supporting EFM-Lab researchers

Impact & Outcomes

  • Expected Results:
  • Representative urban canopy database
  • Wind tunnel and CFD validated urban climate models
  • Urban heat island mitigation strategies
  • Best-practice planning guidelines
  • Cost-benefit analysis of urban adaptation measures

Scientific Impact

  • Advanced understanding of Mediterranean urban microclimate processes, integrated urban environmental modelling, and climate-responsive urban planning methodologies.

Societal / Economic Impact

  • Improved urban planning policies, reduced cooling energy demand, enhanced public health and thermal comfort, and stronger climate adaptation capacity for Mediterranean cities.

Dissemination & Exploitation Plan:

  • Scientific publications, project website, stakeholder workshops, brochures, policy recommendations, and engagement with planning authorities

Stakeholders / End-users

Policy bodies
Department of Town Planning and Housing, Energy Service, Environmental Authorities
Industry
Urban planning consultants, construction sector, sustainable building developers
Municipalities
Local authorities and city planners
NGOs
Environmental sustainability organizations
Citizen groups
Urban communities, residents, and public stakeholders

Dissemination

Publications
0
Conferences
0
Workshops
0
Media Post
0

Exploitation

Commercialization
0
Policy integration
0
IP
0
Standards
0
Spin-offs
0