Photovoltaic (PV) Solar Energy Systems: Feasibility, Engineering Design and Turnkey Solar Power Plant Installation

Meeting part of the electricity consumption of hotels, factories, industrial facilities and commercial buildings with solar energy can contribute to managing energy costs and increasing the use of renewable energy in the business. However, an efficient photovoltaic solar energy investment is not only about installing panels on the roof; it involves evaluating the consumption profile, solar irradiation conditions, available area, electrical infrastructure and investment objectives together.

Pegon Proje manages the site survey, energy analysis, feasibility, engineering design, product and system selection, mechanical and electrical installation, testing and commissioning processes of photovoltaic solar energy systems from end to end. It designs solar panels, inverters, mounting structures, DC and AC electrical infrastructure, protection equipment and energy monitoring systems in an integrated manner according to the facility's consumption profile and site conditions.

Does Your Photovoltaic Solar Power Investment Meet Your Requirements?

• Do you want to meet part of your facility's electricity consumption with your own solar energy system?

• Are you unsure how much solar power capacity your roof or land is suitable for?

• Do you want to determine how many panels and how much installed capacity are required according to your electricity consumption?

• Are you unsure whether your existing electrical infrastructure is suitable for the planned photovoltaic system?

• Do you want to determine which of the rooftop solar, ground-mounted solar, on-grid, off-grid or hybrid system options is suitable for your facility?

• Do you want to evaluate the production potential and economic feasibility of your solar energy investment before the project?

Pegon Proje creates a photovoltaic solar power architecture suitable for the project by analyzing the facility's electricity consumption, site conditions, existing electrical infrastructure and investment objectives together, rather than arranging panels based solely on the available area.

End-to-End Photovoltaic Solar Energy Solutions

Rooftop Solar Power Solutions

The available roof areas of factories, hotels, warehouses, commercial buildings and other facilities are evaluated, and photovoltaic solar energy systems suitable for electricity consumption and site conditions are designed.

Ground-Mounted Solar Power Solutions

For projects with suitable land conditions, ground-mounted solar energy systems are created by evaluating panel layout, mounting structures, inverters, DC/AC infrastructure and electrical connections in an integrated manner.

On-Grid Solar Energy Systems

In grid-connected photovoltaic systems, a system architecture is created to utilize the generated solar energy for the facility's electricity consumption. The project's connection and energy usage model is evaluated in accordance with current regulations and the requirements of the relevant distribution system.

Off-Grid Solar Energy Systems

In applications where there is no electricity grid or where an independent energy infrastructure is required, off-grid solutions in which solar panels, inverters and energy storage systems operate together can be designed.

Hybrid Solar Energy Systems

Depending on project requirements, hybrid energy architectures can be created in which photovoltaic generation operates together with the grid, generators or energy storage systems.

Inverter and Electrical Infrastructure

Inverters, DC and AC panels, cabling, protection equipment and connection infrastructure suitable for the system capacity and project architecture are designed to create the electrical integrity of the system.

Mounting Structure and Panel Layout

A project-specific mounting structure and layout plan is prepared by evaluating the roof or land structure, panel layout, orientation, tilt and site conditions.

Energy Monitoring and Performance Tracking

Through the monitoring infrastructures supported by the system used, solutions can be implemented for centralized monitoring of solar energy production, inverter performance and basic system operating data.

We Design an Entire Solar Energy Investment, Not Just Panels

Pegon Proje approaches photovoltaic solar energy projects not only as panel and inverter installations, but as integrated engineering projects covering everything from energy consumption and site analysis to electrical infrastructure, production potential and system integration.

Site Survey & Energy Analysis

The facility's electricity consumption profile, existing electrical infrastructure, roof or land conditions, available area and project objectives are evaluated.

Feasibility & Capacity Determination

By evaluating site data and energy consumption, the system capacity that can be installed, estimated energy production and technical feasibility of the investment are analyzed.

Engineering & Design

Panel layout, inverter architecture, mounting structure, DC and AC infrastructure, protection equipment, cable routes and required electrical connections are designed.

Installation & Integration

Solar panels, mounting structures, inverters, electrical panels and other system components within the project scope are installed on site and integrated with the facility's electrical infrastructure.

Testing & Commissioning

Electrical checks, inverter and system functions, protection equipment and energy monitoring infrastructure are inspected before the system is commissioned.

Documentation & Monitoring

Technical documentation within the project scope is prepared and, if supported by the system used, the monitoring infrastructure is commissioned to enable energy production to be tracked.

Why Pegon Proje?

• Engineering Design Based on Energy Consumption

We evaluate solar power capacity not only according to the available roof or land area, but together with the facility's electricity consumption profile, existing infrastructure and investment objectives.

• Integrated Engineering with Electrical Infrastructure

From solar panels to inverters and DC/AC distribution infrastructure, we design the system together with the facility's existing electrical infrastructure.

• Project-Specific System Architecture

We evaluate rooftop solar, ground-mounted solar, on-grid, off-grid and hybrid system options suitable for the project requirements according to site and energy needs.

• Turnkey Service from Engineering Design to Commissioning

We manage site survey, feasibility, engineering design, product and system selection, mechanical and electrical installation, integration, testing and commissioning processes within a single project scope.

Photovoltaic Solar Power Solutions for Hotels and Industrial Facilities

Hotels and Tourism Facilities

Photovoltaic solar power solutions for utilizing roofs and suitable site areas for solar energy production in hotels and tourism facilities, particularly in Antalya. The facility's electricity consumption profile and available area are analyzed to determine the system capacity suitable for the project.

Factories and Industrial Facilities

Rooftop and ground-mounted solar power projects aimed at meeting part of the high electricity consumption of factories and industrial facilities across Türkiye with solar energy. The manufacturing facility's consumption profile, roof or land capacity and existing electrical infrastructure are evaluated together.

Warehouses and Logistics Facilities

Solar power projects aimed at utilizing available surfaces for photovoltaic electricity generation in warehouses and logistics facilities with large roof areas.

Commercial and Corporate Buildings

Photovoltaic systems aimed at meeting part of the electricity consumption of offices, shopping centers, campuses and other commercial buildings from renewable energy sources.

Agricultural Businesses

Photovoltaic solar energy systems can be designed according to site conditions and energy requirements for suitable agricultural applications with high electricity consumption.

Let's Evaluate Your Photovoltaic Solar Power Project Together

If you are planning a solar energy system for a new hotel, factory, industrial facility or commercial building; want to evaluate the solar power potential of your existing roof or land; or want to determine the appropriate system capacity for your facility, let's evaluate the energy and technical requirements of your project together.

New Project • Energy Analysis • Technical Site Survey • Feasibility • Engineering Design • Installation • Quotation

Phone: +90 533 920 99 14
Email: pegon@pegonproje.com

Request a Free Preliminary Assessment and Consultation

Frequently Asked Questions

What is a photovoltaic (PV) solar energy system?

A photovoltaic solar energy system is a system that converts solar radiation into electrical energy through solar panels. The generated DC electricity is converted into AC electricity that can be used by the facility through an inverter.

How is rooftop solar power capacity determined?

Solar power capacity is not determined solely according to the total size of the roof. The available roof area, orientation, tilt, shading, structural conditions, facility's electricity consumption and existing electrical infrastructure are evaluated together to determine the appropriate system capacity.

What is the difference between an on-grid and off-grid solar energy system?

On-grid systems operate connected to the electricity grid. Off-grid systems are designed for energy requirements independent of the grid and are generally used together with energy storage systems. The appropriate architecture is determined according to the location of the facility and its energy requirements.

Does a solar energy system completely eliminate the electricity bill?

Such a result cannot be guaranteed for every project. The contribution that can be achieved depends on the facility's consumption profile, solar power capacity, solar irradiation conditions, timing of production and consumption, and the current energy usage model. The facility's estimated production and consumption balance is evaluated during the feasibility study.

Can excess solar energy production be fed into the grid?

This depends on the project's connection model, the characteristics of the facility and current regulations. During the engineering design stage, the facility's energy usage model and the relevant grid connection conditions should be evaluated.

What is the payback period of a photovoltaic solar power investment?

There is no single fixed payback period. Electricity consumption, energy prices, system capacity, annual solar irradiation and production amount, investment cost and energy usage model affect the payback period. Therefore, a facility-specific feasibility study should be carried out before the project.

Can a rooftop solar power system be installed on an existing factory?

Yes, if suitable. The applicable solar power capacity and system architecture can be determined by evaluating the available area and structural conditions of the existing roof together with the facility's electricity consumption and electrical infrastructure.

Do you provide rooftop solar power projects for hotels in Antalya?

Yes. Through our Antalya branch, we evaluate the electricity consumption, roof and site conditions, and existing electrical infrastructure of hotels and tourism facilities, and manage the site survey, feasibility, engineering design, installation and commissioning processes for photovoltaic solar power systems.

What is the difference between PV and PVT solar energy systems?

Photovoltaic (PV) systems focus on generating electricity from solar energy. PVT (Photovoltaic-Thermal) systems enable the production of usable thermal energy in addition to electricity generation through the same panel structure. For facilities that have a continuous hot water or suitable thermal energy requirement in addition to electricity, the PVT option can also be evaluated.