PSI Global manufactures filtration products
for compressed air and vacuum applications.
The published project proposal links expanded rooftop
solar generation with the site's compressed air needs,
aiming to reduce grid electricity used for that purpose.
Project context: the figures below describe the position
and ambition reported in the original announcement,
not confirmed delivery or measured results.
Swipe to view both photos
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Site view — alongside the industrial building.
Wider view — the surrounding site layout.
The published plan
From available space to useful energy
Connect the generation opportunity
with the operational need.
Swipe to explore
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01 / STARTING POINT→
30%
Roof space used for solar
The announcement reported solar generation
occupying 30% of PSI Global's roof space.
02 / PROJECT AMBITION→
100%
Available roof space targeted
The proposed expansion aimed to use all available
roof space for solar generation.
03 / INTENDED APPLICATION↗︎
On site
Solar-powered compressed air
The intention was to use solar electricity to
produce compressed air, reducing reliance on
imported electricity for this demand.
The wider perspective
Start with the demand Then explore the system
An energy strategy should begin with what
the site actually needs.
That means understanding electricity use alongside
requirements such as compressed air, heating and cooling,
then assessing which configuration could provide value.
For the Free Air Bank, our wider energy story is
Generate | Bank | Use: bank surplus renewable energy
on site and use it when it matters.
This describes the wider FAB proposition. It does not
establish that an energy-storage system was installed
as part of this project.
The announcement also names Parsons Containers
and WADE Management Consultants as supporting
supply-chain partners.
Bring the operational priorities and engineering
questions into the same conversation. Start with
the site, assess the possibilities and establish
a practical next step.
