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AGRO PV SOLAR POWER PLANT, 0.5 MW, PIAZZA, ITALY

Location
Piacenza, Italy

Solar power plant capacity
0,5 MW

Number of PV modules
1,000 pcs

Type of foundations
Screw pile foundation (ground screws)

Object type
Agri-photovoltaic solar power plant (AGRO PV)

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Challenges

The project was implemented within the concept of agrivoltaics — combined land use for agricultural production and energy generation. The main challenges included:

SELECTION CRITERIA
FOR THE ENGINEERING SOLUTION

Minimal impact on the soil, precise support geometry, compatibility with agrivoltaic structures, and the ability to perform foundation work without concrete pouring or production downtime.

Adopted Engineering Solution

A screw pile foundation (ground screws) was chosen for the facility, which made it possible to:

The foundation system design was developed to account for loads from AGRO PV structures, wind and snow loads, as well as requirements for the facility’s long-term operation.

РЕАЛІЗОВАНІ РІШЕННЯ

Інженери PILLAR
розробили проєкт палійно-
гвинтового фундаменту

Який ідеально підходить

Конструкція:

A screw pile foundation (ground screws) was chosen for the facility, which made it possible to:

Тип паль:

Навантаження:

Особливості монтажу

Implementation Process

Site preparation

An analysis of soil conditions was conducted, and a foundation layout plan was developed, taking into account the agricultural logistics of the site.

Design of the foundation system

Engineering calculations were performed, and the parameters of ground anchors for agrivoltaic structures were selected.

Pile manufacturing

The construction of screw piles has been completed in accordance with the design documentation.

Серійний монтаж

The foundations were installed with careful monitoring of verticality, embedment depth, and design elevations.

Delivery for installation of the SES

The foundation system has been delivered for the subsequent installation of the mounting system and AGRO PV photovoltaic modules.

Result

As a result, a reliable foundation was implemented for the 0.5 MW agrivoltaic solar power plant:

That is why the client turned to PILLAR

Because a carefully engineered foundation was needed for the 0.5 MW AGRO PV system with minimal soil impact and full quality control.

That is why the client turned to PILLAR

Because a carefully engineered foundation was needed for the 0.5 MW AGRO PV system with minimal soil impact and full quality control.

Документація проекту

ВІДГУК КЛІЄНТА

PILLAR Implemented Solutions

Here are examples of completed projects that demonstrate our engineering approach and technical expertise.

HOUSEHOLD SOLAR POWER PLANT ON GROUND SCREWS IN DNIPRO

SOLAR POWER PLANT ON GROUND SCREWS IN KRYVYI RIH

SOLAR POWER PLANT ON GROUND SCREWS IN DNIPRO

SOLAR POWER PLANT ON GROUND SCREWS IN KHERSON

SOLAR POWER PLANT ON GROUND SCREWS IN KREMENIVKA

SOLAR POWER PLANT ON GROUND SCREWS IN PIDHORODNE

SOLAR POWER PLANT ON GROUND SCREWS IN ANASTASIVKA

12 MW SOLAR POWER PLANT IN KYIV REGION

13.5 MW SOLAR POWER PLANT IN DNIPROPETROVSK REGION

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2.5 MW SOLAR POWER PLANT IN KIROVOHRAD REGION

5.54 MW SOLAR POWER PLANT IN DNIPROPETROVSK REGION

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SOLAR POWER PLANT 3.5 MW IN ZAKARPATTIA REGION

SOLAR POWER PLANT 5.7 MW IN CHUMAKY VILLAGE

SOLAR POWER PLANT 2.5 MW, BRUNTAL, CZECH REPUBLIC

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SOLAR POWER PLANT 608 KW, PŘÍBRAM, CZECH REPUBLIC

SOLAR POWER PLANT 366 KW, BAVARIA, GERMANY

3.5 MW SOLAR POWER PLANT, DUNAFÜLDFAR, HUNGARY

7 MW SOLAR POWER PLANT IN THE VINNYTSIA REGION

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