PVTree: 3D photovoltaic A joint Particle Physics and Product Design (WMG) project R. Cain, E....
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Transcript of PVTree: 3D photovoltaic A joint Particle Physics and Product Design (WMG) project R. Cain, E....
PVTree: 3D photovoltaicA joint Particle Physics and Product
Design (WMG) project
R. Cain, E. Dimitrokali, G. Jones, J. Mackrill and Y. Ramachers
Summary of current research
• Current funding: Energy GRP (£10k) and Innovative Manufacturing GRP (£10k)
• Exploratory study, interdisciplinary (Physics, WMG). • Tasked to exhibit at University Anniversary 2015• Topics:
– Computational geometry optimization– Perception of a new energy harvesting structure– Added functionality, aesthetics, efficiency, all design influences
to explore and combine– Many diverse environments (urban, rural, deserts) as additional
stimulus for structure design
Summary of current research• Project on track• Computational study well advanced.• Two workshops since October.• First data analysis in progress.• Preparations for University-wide survey this term started.
PVTreeExamples:- Ternary- Helical
Future opportunities
• EPSRC Manufacturing the Future call for investigator-led proposals (Febr. or Aug.).
• EPSRC Responsive mode - open deadline• ERC consolidator or starting grant - deadline
12th March 2015 (Rebecca Cain)• For any of the above, we’ll need to bring in
additional disciplines and create a larger project team.
Backup
ApproachPart 1: Low fidelity prototype workshops (n=10)
Aim to elicit initial insights into concept and gather initial design ideas for the PVtree to create parameters for the computational model
Thematic analysis to create parameters
Part 2: High fidelity prototype workshops (n=14)Aim to refine parameters and come to a consensus
as to the form of the PVtree
Thematic analysis to refine parameters
3D printed model for evaluation
User perceptions workshops
User perceptions workshops
ResultsStructure:Branch structure was that of a traditional tree with 3-5 branches rather than a number. This was a clear ‘tree’ structure of trunk and branches
Aesthetics:Natural elements were seen as a requirement, this may be through green colouring but also through growing plants up the structure. Aesthetics the same for rural/urban spaces.
PV panel form:Large PV panels. Spherical with participants commenting that this would capture a greater range of light (dispersed from other objects) and also improve the aesthetic of the panelling.
Function:The overriding function was that of seating and a form of shelter.