Our Activity Areas

EPC solar field refers to a business model used for the installation of large-scale solar power plants. These plantations are usually built on large areas such as farmland, vacant lots or deserts. Its aim is to generate clean and sustainable electricity by converting solar energy into electrical energy through solar panels.

EPC (Engineering, Procurement, and Construction) solar field projects are typically managed by an EPC company or contractor. This company or contractor does the engineering design for the project, builds the facility, and provides the necessary equipment and materials. It is also responsible for all phases of the project, including obtaining permits, connecting to the power grid, and transitioning to the operational phase.

The main technology used in EPC solar fields is photovoltaic (PV) panels. PV panels consist of solar cells that convert sunlight directly into electricity. These panels absorb the sun's light falling on them, activating the electrons and generating electricity in this way. The panels are usually mounted on metal frames and track the sun at the right angle, either on a flat surface or using tracking systems. Thus, maximum efficiency is obtained from sunlight.

The advantages of EPC solar farms include clean and renewable energy generation, reduction of greenhouse gas emissions, lowering of energy costs and increasing energy security. It also enables large-scale electricity generation in regions with high solar energy potential.

Installation of EPC solar farms can often take time depending on the scale and complexity of the project. Once in the operational phase, the solar farm is usually connected to the electricity grid and distributes the electricity it produces.

In conclusion, EPC solar farms are large-scale solar power plants that contribute to sustainable energy production. These projects accelerate the clean energy transition.
Some of the features and benefits of EPC solar farms are:

Economies of Scale: EPC solar farms are often installed on a large scale, offering the potential to reduce costs. Large volumes of solar panel installation and equipment purchases can be made in bulk, resulting in more competitive prices.

Renewable Energy Generation: EPC solar farms reduce reliance on fossil fuels by converting solar energy into clean and renewable electricity. In this way, it contributes to the reduction of greenhouse gas emissions and environmental sustainability.

Long Lifespan and Low Maintenance Costs: The lifetime of solar panels is usually between 25 and 30 years. This longevity indicates that EPC solar farms are a long-term investment. In addition, the panels have low maintenance requirements and are generally free of problems during their warranty period.

Net Energy Bills and Income Potential: EPC solar farms can be connected to the electricity grid to distribute the energy produced or meet the energy needs of large-scale energy consuming companies. This could mean lowering energy bills or eliminating them altogether. In addition, some regions have the potential to generate additional income through incentives such as net metering or renewable energy certificates.

EPC solar farms are the solution of choice by many countries and companies focusing on clean, renewable and sustainable energy production. These projects increase energy security, reduce environmental impacts and provide economic benefits by accelerating the energy transition.

Grid Integration and Storage Facilities: EPC solar farms can distribute solar energy by connecting to the electricity grid. Thus, a stable power supply is ensured by working in integration with the grid during energy demand periods. It is also possible to store solar energy and use it when necessary by using energy storage technologies.

Climate Change and Sustainability: EPC solar farms contribute to the fight against climate change by reducing greenhouse gas emissions from fossil fuel-based electricity generation. It is also an important step towards increasing the use of sustainable energy sources and accelerating the clean energy transition.

Energy Security: Solar energy is an unlimited and universally accessible source of energy. EPC solar farms increase energy security, helping countries meet their own energy needs and reduce their dependence on energy imports.

Low Operating Costs: Solar power generation does not require fuel costs. Solar farms generally have low operating costs because they require limited manpower for maintenance and operation. Routine operations such as panel cleaning, security measures and periodic maintenance are often supported by automation and monitoring systems.

Land Use and Farming Adaptation: EPC solar farms, general
 

It is primarily established on vacant lands or agricultural lands. This minimizes the impact of agricultural activities and optimizes land use. There is also the possibility of farming under solar panels in some cases (agrovoltaic systems), which provides additional sources of income.

Contribution to the Regional Economy: EPC solar farms create employment during construction and contribute to local economies. It also encourages the training of a workforce specialized in the energy sector together with the production of clean energy.

EPC solar farms are becoming increasingly popular as part of the energy transition. With technological advances and cost reductions, solar power is more accessible