Maysun Solar’s First 3.5 MW Solar EPC Project in Italy Enters Its Final Stage

A large-scale commercial and industrial rooftop solar project with a total capacity of approximately 3.5 MWp is now entering its final stage in the Turin area of Piedmont, Italy.

Around 8,000 solar modules planned for the project have now been fully installed. The system uses Maysun Solar 425W IBC Full Black modules and 430W IBC Black Frame modules.

The PV arrays are distributed across several large industrial buildings. The system layout has been designed to make efficient use of the available rooftop space while taking into account skylights, access routes, technical areas, and the different structural characteristics of each building.

For Maysun Solar, however, the significance of this project goes beyond its 3.5 MW installed capacity.

It is the first solar EPC project undertaken by Maysun Solar in the Italian market, marking another step forward in the company’s development in Europe. Building on its experience in module supply, delivery coordination, and project support, Maysun Solar is expanding into deeper cooperation across commercial and industrial solar projects.

From Module Supply to Project Delivery: A New Step for Maysun Solar in Italy
Around 8,000 IBC Modules Installed Across Large Industrial Rooftops
Matching Solar Module Solutions to Real Rooftop Conditions
From a 3.5 MW Project to New Opportunities in Italy’s C&I Solar Market

1. From Module Supply to Project Delivery: A New Step for Maysun Solar in Italy

Maysun Solar has been active in the European photovoltaic market for many years, working with installers, distributors, and project partners through local warehousing, solar module supply, and project support.

For megawatt-scale commercial and industrial projects, however, customer requirements often extend far beyond simply purchasing a large quantity of solar modules.

Product selection and supply planning are only the beginning. Large projects also require coordination of module volumes, delivery schedules, construction progress, and multiple stages throughout the project lifecycle.

The ability to coordinate these different steps can directly affect whether a project stays on schedule.

The Turin project therefore represents an important practical milestone for Maysun Solar, allowing the company to extend its existing experience in supply chain management and project support into the EPC field.

A Maysun Solar project manager commented:

“From module supply and delivery coordination to continuous support throughout the entire project lifecycle, the Maysun Solar team has responded to different challenges with consistency and reliability.

After evaluating several suppliers, the customer recognized both the value of our products and our approach to cooperation, ultimately choosing to work with us.

Transparent planning, clear commitments, and steady project progress have further strengthened both parties’ confidence in the project’s long-term value and economic viability.”

For Maysun Solar, the project therefore represents more than the completion of a single installation. It also marks the beginning of a new stage in the company’s development within Italy’s commercial and industrial solar market.

2. Around 8,000 IBC Modules Installed Across Large Industrial Rooftops

The project uses approximately 8,000 Maysun Solar IBC modules, including 425W Full Black and 430W Black Frame models.

Both module types combine relatively compact dimensions with a manageable module weight.

For large commercial and industrial rooftop projects, these characteristics can help balance several important factors, including:

Module power output
Available rooftop area
Installation flexibility
Rooftop load considerations
Overall system layout

Aerial views of the project show PV arrays distributed across several industrial rooftops.

Unlike an open ground-mounted site, industrial rooftops often contain skylights, technical equipment, maintenance walkways, ventilation systems, and roof sections with different dimensions or structural layouts.

As a result, designing a commercial rooftop PV system is not simply a matter of covering every available area with solar panels.

The actual layout must balance usable roof space, module dimensions, weight, power output, access requirements, and the overall system configuration.

This is also one of the key differences between large C&I solar projects and conventional residential rooftop installations.

In real-world commercial projects, the rated power of an individual module is only one part of the selection process.

It is equally important to determine whether the module can be efficiently integrated into the actual rooftop conditions and whether the available space can be converted into a practical and economically reasonable installed capacity.

Solar Modules Used in the Project

The two different module designs also provide greater flexibility when arranging PV arrays across different rooftop areas.

3. Matching Solar Module Solutions to Real Rooftop Conditions

For this 3.5 MW project, 425W and 430W IBC modules were selected based on the actual conditions of the industrial rooftops.

However, requirements can vary significantly from one commercial or industrial project to another.

For some industrial buildings, compact module dimensions and lower module weight may be particularly important.

For projects with large, continuous rooftop areas, the priorities may be different. In these cases, developers may prefer modules with higher individual power output in order to increase installed capacity or reduce the total number of modules required.

Higher-power solutions can therefore be considered depending on the specific project conditions.

One example is Maysun Solar’s current range of 500–520W HJT modules.

These modules offer several technical characteristics that may be relevant to larger C&I installations, including:

High conversion efficiency
Strong performance under high-temperature conditions
Bifacial power generation capability
High power output per module

They therefore provide an additional technical option for commercial and industrial projects with different rooftop configurations and system requirements.

This reflects an important principle behind Maysun Solar’s approach to C&I projects:

The goal is not simply to select the module with the highest wattage, but to identify the solution that best matches the actual project conditions.

Factors such as rooftop structure, usable area, module dimensions, system configuration, installation requirements, and overall project economics all need to be considered together.

For megawatt-scale projects, product selection should ultimately support the performance and economic success of the entire system rather than being based on a single figure shown on a module datasheet.

4. From a 3.5 MW Project to New Opportunities in Italy’s C&I Solar Market

As the 3.5 MW project in the Turin area gradually enters its final stage, Maysun Solar is also moving into a new phase of development in Italy’s commercial and industrial photovoltaic market.

From supplying solar modules to gaining hands-on EPC project experience, the company continues to strengthen its capabilities in product selection, supply coordination, and the implementation of large-scale commercial and industrial rooftop PV projects.

Looking ahead, Maysun Solar aims to work with more industrial companies, commercial property owners, logistics and warehousing businesses, project developers, and local partners across Italy.

Through these partnerships, the company hopes to explore further opportunities in the rapidly developing C&I photovoltaic sector.

For businesses with large industrial rooftops that are considering solar installations, self-consumption projects, or other forms of project cooperation, the experience gained from this 3.5 MW project provides Maysun Solar with an additional practical foundation for future cooperation.

Different projects may involve different building structures, system capacities, energy consumption profiles, and investment requirements.

Rather than applying a single product configuration to every project, Maysun Solar aims to identify suitable PV solutions according to the specific conditions of each installation.

As this 3.5 MW project approaches completion, it represents not only another major solar installation in Italy but also the beginning of a new stage for Maysun Solar in the Italian C&I photovoltaic market.

Learn More About Solar Module Pricing

As a photovoltaic module supplier, Maysun Solar provides the European market with solar modules based on IBC, TOPCon, and HJT technologies.

For industrial and commercial self-consumption projects in Italy, as well as agrivoltaic systems, solar carports, and large rooftop installations, the 710W bifacial glass-glass HJT solar module with a silver frame can be considered for applications requiring high power output, high efficiency, and bifacial energy generation.