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UCC Tyndall Institute
IGNEUS CASE STUDY - TYNDALL INSTITUTE SOLAR COLLECTOR ARRAY

 
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The Tyndall Institute underwent refurbishment during 2006 - 2007. As part of this work 23m2 of evacuated tube solar collectors were installed to help provide domestic hot water for the refurbished building.

This building consists mainly of research laboratories and a canteen which implies a large demand for hot water. The demand for hot water is continuous through out the year. For this reason evacuated tube solar collectors were specified as they are not affected by ambient temperature and thus more efficient than flat plate solar technology.

The Institute did not receive grant aid because the installation pre-dated the launch of the grant aid system for commercial solar projects.

 
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Views of the roof mounted Solar Panels installed by Igneus at the UCC Tyndal Institute Cork


Installation
The solar thermal system was designed by Project Management and the main contractor for the refurbishment works was H.A. O'Neill. Igneus Ltd was chosen to install the solar thermal element of the project.

The solar collectors and the installed system had to meet the necessary standard EN 12975. The solar collectors are required to heat a 2000 litre buffer tank which indirectly heats the cold water supply to the calorifier via a 50kW plate heat exchanger.An energy meter is installed and linked to a BMS to monitor the output from the solar system.

The solar collector array consists of two batteries of three solar panels and is located on the flat roof of the Institute. The solar collectors were installed at a 50 degree angle to increase the output from the solar collector system during the winter months when the sun is at a lower pitch.

The solar collector array is anchored down by a special galvanised steel structure which was designed to hold concrete sections in it's base. This structure has rubber pads mounted on the legs to spread the load because the existing roof membrane could not be penetrated.

The installation took almost one week to complete. The pipe work to the collector system consists of copper in the plant room and pre-insulated stainless steel on the roof.

Technical Data
Solar Array Area
2
23M
Type of Collector
Kloben Evacuated Tube
Cylinder Volume
2000 Litre
Plate Heat Exchanger
50 kW
Application
Domestic hot water ( all year )
Companies Involved
Design
PM ( Project Management )
Main Contractor
H.A. O'Neill
Solar Supplier & Installer
Igneus Ltd

 

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