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PROJECT CASE STUDYTextile manufacturing

Pelsan Tekstil

Solar preheating for industrial fresh-air supply at a textile production facility.

Tekirdağ, Türkiye · Manufacturer-published project profile

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Representative industrial solar air collector façade image, not a photograph of the Pelsan facility
Illustrative collector façade. Not the Pelsan site photograph.
200 m²Collector area
32,600 m³/hFresh-air capacity
71.2 t CO₂/yrManufacturer-reported reduction
TekirdağLocation
PROJECT CONTEXT

Engineering the right source of useful heat.

A site-specific installation or documented project scope, with design versus reported outcomes clearly separated.

The challenge

Pelsan Tekstil required conditioned fresh air for production space ventilation while reducing fossil-fuel heating demand.

The solution

SolarWall describes a 200 m² transpired solar collector integrated into the existing HVAC system, with a design supply of 32,600 m³/h. The published project description specifies approximately 150 m³/h per square metre of panel area.

Published outcomes

The manufacturer's project page reports 71.2 tonnes of avoided CO₂ per year, an average energy saving of 32.6%, and a payback of 2.8 years. These are published project claims, not independently verified measurements by SolarWall Europe.

Evidence and reporting basis
SolarWall, “Pelsan Tekstil” project profile. Site-specific values should not be transferred to other facilities.
TECHNICAL SNAPSHOT

Integration details.

01 / FRESH

Fresh make-up ventilation preheating

02 / EXISTING

Existing industrial facility integration

03 / FUEL

Fuel displacement, ventilation and operational fit

Could a similar approach work at your plant?

Assess air requirements, collector location, thermal demand, installation constraints and fuel displacement using your facility data.

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