Life Cycle Design of thermally efficient new and retrofit dwellings for Resilient Communities

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Title
Life Cycle Design of thermally efficient new and retrofit dwellings for Resilient Communities

CoPED ID
27649ae8-f68d-499d-a8b7-098ae2f362b6

Status
Closed

Funders

Value
No funds listed.

Start Date
Sept. 30, 2017

End Date
March 30, 2021

Description

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"With consideration to the energy needs of communities, and available local resources, the overall aim of this research
is to develop Life Cycle methodologies which could be used at the design stage of low-energy residential new builds
and retrofits. These methodologies will consider fabric design, aspect/geometry, materials used, building services
(ventilation, heating systems etc.), designed lifespan of the building, energy demand in operation, energy supply,
storage of heat and power, and occupant comfort. By using dynamic building modelling tools and a detailed case
study (Orkney), the relative influence of these factors will be evaluated to determine which considerations should be
given priority in decision making for low-energy buildings for resilient communities.
Some key question which the research may explore include:
- How can occupant comfort be parameterise/quantified in terms of lifecycle impact?
- How can issues like thermal bridging and hygroscopic risk modelling be incorporated?
- How can cost, carbon and energy saving be ensured when applying building interventions and designs?"

Tadhg O'Donovan SUPER_PER
Lois Hurst STUDENT_PER

Subjects by relevance
  1. Energy saving
  2. Buildings
  3. Energy efficiency
  4. Heating (spaces)
  5. Residential buildings
  6. Energy consumption (energy technology)
  7. Energy
  8. Construction
  9. Ventilation
  10. Design (artistic creation)
  11. Air conditioning
  12. Heating systems
  13. Environmental effects
  14. Ventilation systems
  15. Service design

Extracted key phrases
  1. Life Cycle Design
  2. Energy residential new
  3. Energy building
  4. Life Cycle methodology
  5. Retrofit dwelling
  6. Efficient new
  7. Energy need
  8. Dynamic building modelling tool
  9. Energy supply
  10. Energy demand
  11. Energy saving
  12. Resilient Communities
  13. Building service
  14. Quot;With consideration
  15. Building intervention

Related Pages

UKRI project entry

UK Project Locations