CC Sep-Oct 2023
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CASE study<br />
Delivering power in style<br />
The Hydro Ness, an<br />
architecturally striking<br />
hydroelectric generation<br />
project, has been delivered<br />
using constructible BIM<br />
software from Tekla<br />
Featuring a striking canopy<br />
structure, the River Ness<br />
Hydroelectric generation project<br />
is both a geometrically complex build<br />
and also a key part of the local<br />
infrastructure. With a project as<br />
intricate as this requiring a high level of<br />
attention to detail, Trimble's<br />
constructible BIM software was a key<br />
part of bringing the artistic vision to life.<br />
Located on the banks of the River<br />
Ness in Scotland, the Hydro Ness - as<br />
its name suggests - is a hydroelectric<br />
generation project, designed to<br />
generate a clean source of energy for<br />
the Highland Council. The structure<br />
itself houses a 93 kW hydroelectric<br />
power twin turbine, which will generate<br />
an estimated 550,000 kWh every year.<br />
To suit the location, an architecturally<br />
striking steel canopy structure was<br />
designed to house the generators,<br />
with the initial design concept created<br />
by local artist Claire Maclean, before<br />
being developed further by Inverness<br />
architect, Les Hutt. Working on behalf<br />
of project developer and main<br />
contractor, Hydro NI - Bradley &<br />
Company JV, the canopy geometry<br />
definition, structural design, detailing,<br />
and fabrication model development<br />
was completed by Hasson<br />
Engineering Solutions.<br />
The roof canopy design was inspired<br />
by the shape of a diving salmon, a fish<br />
commonly found in the River Ness. As<br />
such, some form of texture was<br />
needed to create the illusion of<br />
'scales'. It was decided to achieve this<br />
through the use of thousands of<br />
circular perforations and polished<br />
swirls in the 386 faceted stainless steel<br />
cladding panels that made up the<br />
canopy structure.<br />
Speaking about the project, Michael<br />
Hasson, Director at Hasson<br />
Engineering Solutions, said: "The<br />
Hydro Ness project had a high<br />
architectural value, requiring an<br />
integrated approach to the structural<br />
22<br />
<strong>Sep</strong>tember/<strong>Oct</strong>ober <strong>2023</strong>