Tannery – Chiampo (VI)

Conceria Beschin: 59.80 kWp for the company’s energy needs

A 59.80 kWp industrial photovoltaic system designed on the roof of the tannery to support company consumption with renewable energy.

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Miniatura 1
Miniatura 2
Miniatura 3
Miniatura 4
130
Photovoltaic modules
460 W
Power per module
18,08 t
CO₂ avoided annually
Chiampo – Vicenza
Location
Il progetto

The industrial roof becomes an energy resource.

For Conceria Beschin, in Chiampo, Sistemi Solar Green has developed a 59.80 kWp photovoltaic system made up of 130 460 W monocrystalline modules.

The panels are distributed in three fields with different orientations, so as to exploit the available surface area and obtain a more balanced production during the day. Installation on a ballasted structure allows the system to be installed without piercing the waterproof covering of the roof.

The estimated annual energy production is 70.62 MWh, mainly intended to support the consumption of production activities.

Scheda tecnica
Location Via Arzignano 124 – Chiampo (VI)
System power 59,80 kWp
Modules 130 TCL Solar TCL-MR460DT182-58NS
Power per module 460 Wp
Module technology Monocristallino half-cut
Inverter 1 Huawei SUN2000-15KTL-M5 & 2 Huawei SUN2000-17KTL-M5
Total AC power 49 kW
Estimated annual production 70,62 MWh
Estimated specific yield 1.181 kWh/kWp
Estimated Performance Ratio 90%
Structure Ballasted, non-penetrating system
Module tilt 10°
Monitoring RS485 with Smart Power Sensor
Type Industrial flat roof
Il cantiere

Three photovoltaic arrays, a single goal.

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The challenge

Generating energy without penetrating the roof covering

Utilizing a flat industrial roof while preserving its waterproofing membrane and distributing modules across available surfaces—using varying orientations and avoiding excessive concentration of structural loads.

The solution

A 59.80 kWp ballasted system

The project includes 130 460W TCL Solar modules, distributed in three fields and installed on a ballasted aluminum and steel structure. The panels are combined with three Huawei three-phase inverters, for a total alternating current power of 49 kW.

The result

Over 70 MWh of energy estimated every year

The designed configuration reaches an estimated annual production of 70.62 MWh and a Performance Ratio of 90%. The expected environmental benefit corresponds to approximately 18.08 tonnes of CO₂ avoided each year.

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