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Solar-wall Systems for Domestic Heating

06 May 2011
This event has now finished and the information below is for reference only.

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Where: Seminar room 505, Buchanan House, 58 Port Dundas Road, Glasgow G4 0HG
Times: 12.30 -14.00 [GMT+1 / BST] (12:00 for lunch)

SUMMARY

The aim of this study was to test a number of key variables of a solar wall heating system currently under development, to maximise solar heat collection in the context of Scottish weather and heavy buildings built with solid walls (pre-1919 buildings account for 20% of the housing stock in Scotland). The study has: 

  • Quantified the thermal effect of internal solid walls used as thermal storage for Solar heat in tenement flats for all-day usage; 
  • Optimised the device to maximise heat exchange between the wall and hot water from the solar panel; 
  • Provided a modelling tool to enable a Solar Warm Wall system to be designed to suit individual buildings (either new or retrofit). 
  • Estimated costs of system implementation. 

In addition, this study analysed solar availability, heating demand and domestic water supply for two typical dwellings based on two reliable methods: a) a purposely developed dynamic thermal model, and b) data collected in previous studies carried by Changeworks, one of our partners. 

The tests were carried out using two methods: Computational Fluid Dynamics (CFD) and laboratory simulation. Developing the CFD model was one of the major objectives of this feasibility study. The lab tests were conducted to collect data to validate the CFD model. 

The study shows that the CFD model is robust and it can be used for later studies for system design and operation optimisation. It also shows that the solar collection of current solar hot water systems can be improved upon so that, even in Scotland, more solar power can be harvested to contribute not only to domestic hot water but also domestic space heating, particularly in those 24-hour occupied buildings with heavy thermal mass. The cost analysis suggests a 16 year payback period for a such system for a tenement flat.

SPEAKERS

Prof. Sue Roaf, Heriot Watt University

Dr Fan Wang, Heriot Watt University

Nicholas Heath, Changeworks 

ONLINE WEBINAR

There are two ways to attend this event.

All CIC Start Online members will be invited to attend the online webinar and will receive an email with the meeting link. This will provide a live video feed, presentation and chat area - with the opportunity to contribute to the discussion using the Q&A (online chat) facility.

Online attendance is free of charge to CIC Start Online members.

Please register as a member here – project membership is free.

SEMINAR BOOKING

You can also attend the seminar in person.

A buffet lunch will be provided before the event, providing opportunities for networking with fellow delegates and the seminar speakers.   Lunch and registration starts at 12:00, with the seminar commencing at 12:30.

If you wish to attend the seminar in person, please complete the registration form below.

The price is £70 per delegate (£50 for CIC Start Online members).

SEMINAR FEE SUBSIDY

The seminar fee may be 50% funded by Skills Development Scotland if the business employs less than 250 people and meets Skills Development Scotland's criteria.  After booking the course, please contact Shirley.mcgregor@cskills.org or call 0300 456 8731.

REGISTER TO ATTEND IN PERSON

 

Sorry this event is now fully booked.

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