Now is the Best Time to Transition to Solar Energy
By using solar energy, you'll save time, money, and most importantly - you'll be saving our planet.
Why Solar Energy?
Grid-Connected Solar Energy Systems
The system operates based on the principle of selling or consuming the electricity produced where it is generated by solar panels without storing it.
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Grid-connected systems can be installed in sizes ranging from large-scale power plants (GES) to lower-power installations to meet residential needs.
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Grid-connected (on-grid) solar systems have three main components. These are; Solar panel, Inverter, Bidirectional electricity meter.
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In the system, the city grid assumes the storage function. The DC electricity generated by solar panels is directly transmitted to the grid with high-cycle power inverters connected to the central city system. Solar inverters used in grid-dependent systems operate with high efficiency thanks to their MPPT features, transfer energy to the grid in a controlled manner. The produced energy is consumed instantly and surplus electricity is transferred to the grid. Insufficient energy is drawn from the grid.
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The electricity produced and used with bidirectional meters can be offset in tariffs determined by calculating the produced electrical energy.
Battery Supported (Off-Grid) Solar Energy System
These projects meet the energy needs in places where grid electricity is not available, where it is not economically feasible to extend the grid, or where grid electricity is frequently cut off.
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In Off-Grid PV systems, direct current electricity is generated throughout the day with the sunlight and radiation intensity falling on the solar panels. This energy is stored in a battery bank through a solar charge controller and kept ready for use during the day or night. By adding an inverter to the system, devices that operate on grid voltage can be powered.
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Since it operates independently of the grid, the system should be designed to produce enough power throughout the year and have enough battery capacity to meet the needs of the facility even when there is not enough sunlight.
Electric Vehicle Charging Stations
The Solar Energy Supported Electric Vehicle Charging Station can optionally integrate with on-grid/off-grid solar systems.
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It includes a unit with a reference charging power of 22 kW, designed to serve electric vehicles and containing an AC charging unit. The unit has 1 Mod-3, Type-2 charging socket.
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With the system, you can meet your electricity needs using solar energy. You'll also have the ability to store excess energy generated during times of low energy consumption, charge your vehicle, or use it during peak energy price hours. This way, your energy usage costs will decrease, and since you'll consume the energy produced at the same location, you'll prevent additional infrastructure investments, reduce the use of fossil fuels, and avoid the inefficiencies caused by long transmission lines by accessing sustainable, clean, and environmentally friendly energy sources.
Agricultural Irrigation Systems
With Nodesun solar energy system, you can generate electricity for your submersible or surface pump in your agricultural irrigation fields, even in challenging weather conditions, and eliminate your electricity bill from your field and garden.
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In areas without an electricity grid, you can meet the electricity needs of your garden or field with solar panels. Being a clean energy source and with the sun being free, you will get rid of the electricity bill, which is a high expense item for farmers, in the long run.
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Under the new regulation, by obtaining project permits, you can sell electricity during the non-irrigation periods and make a profit from both your field and the surplus electricity produced for 10 years. We have determined the solar irrigation prices including materials, labor, transportation, and VAT.
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With our expert engineering team and technical staff, we provide project, installation, and supply services throughout Turkey.
Factory / Facility Solar Energy System Applications
GüneÅŸ enerjisinden elektrik üretimi, fabrikalar için enerji maliyetlerini düÅŸürmenin yanı sıra çevresel etkileri azaltma konusunda da etkili bir yöntemdir. Fabrika çatıları genellikle geniÅŸ alanlara sahip olduÄŸundan, güneÅŸ panellerinin kurulumu için ideal bir ortam sunar. Ayrıca, zeminde kurulan paneller de uygulanabilir bir seçenektir.
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Fabrikalar, güneÅŸ enerjisinden elektrik üretimi sayesinde enerji maliyetlerini ciddi ölçüde düÅŸürmektedirler. GüneÅŸ enerjisi panelleri tarafından üretilen elektrik enerjisi, fabrikaların iÅŸletme maliyetlerini azaltırken, aynı zamanda çevreye duyarlı ve ekonomik bir enerji seçeneÄŸi sunar. Bu durum, uzun vadede karlı bir yatırım haline gelmektedir.
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Her fabrikanın ihtiyaçları farklı olduÄŸundan, güneÅŸ enerjisi sistemleri de bu ihtiyaçlara uygun ÅŸekilde özelleÅŸtirilmelidir. Fabrika sahipleri, enerji verimliliÄŸi ve karlılık açısından en uygun güneÅŸ enerjisi kurulumu için uzman danışmanlık hizmetlerinden yararlanabilirler. Profesyonel ekipler, fabrikalar için en verimli güneÅŸ enerjisi sistemlerini belirleyerek, optimum performans ve tasarruf saÄŸlamak üzere tasarlanmış sistemler sunarlar.
Land Solar Energy System Applications
In the installation of a Solar Energy Field (GES), the steps to follow are clearly defined. First, the land for the power plant is identified, and feasibility studies are conducted. Based on cost and profitability calculations, the financing method is determined, and if necessary, applications are made to energy grant and support programs. The land to be used for energy production is purchased or leased.
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After obtaining the Agricultural Report and Environmental Impact Assessment (EIA) Exemption Report, an application is made to the electricity distribution company. Then, the land is prepared for solar panels, necessary materials are procured, and panel systems are installed. In the final stage, supplier agreements are made for monitoring, maintenance, and insurance of the system.
How Does Solar Energy Work?
Solar energy is a technology that generates electricity using sunlight and heat energy. Solar panels are made up of photovoltaic (PV) cells that capture sunlight. These cells convert the photons of sunlight into an electric current. The electric current is converted into usable alternating current in homes by an inverter inside the panels. This way, solar energy can be used to generate electricity in homes or businesses.
Document and Agreement
Documents and agreements are crucial in business and legal processes. Documents containing all the details of a transaction and official agreements between parties ensure the legal completion of the process. These documents clarify the rights and responsibilities of the parties involved and facilitate the resolution of future disputes. The careful preparation of documents and agreements, along with expert review when necessary, provides assurance in business dealings and ensures that relationships between parties progress on a solid foundation.
Region Availability
Site suitability is of paramount importance to the success of any project. Selecting an appropriate location for a project is a crucial factor that directly influences project outcomes. Site suitability assessment typically encompasses geographical, environmental, technical, and legal considerations. This evaluation process ensures informed decision-making during the project's planning phase, minimizing potential risks. Site suitability forms the bedrock of a project, paving the way for a successful outcome.
Installation and Permits
Installation and permits are of critical importance in the implementation process of a project. The installation phase involves the assembly or installation of the product. This step ensures the physical realization of the project and prepares the product for use. However, obtaining the necessary permits for the installation is also crucial. Permits are obtained from local authorities or relevant institutions and are necessary to confirm that the project complies with legal requirements. Successful completion of installation and permits ensures the smooth progress of the project and ultimately leads to a successful outcome.
Service Connection
Service connection is a critical step that enables a building or an area to connect to essential services. This involves establishing the infrastructure necessary for providing basic services such as electricity, water, natural gas, etc. Service connection determines the functionality and usability of a building while ensuring the continuity of daily life. The right service connection is necessary to meet the needs of building owners or occupants and forms the foundation for a comfortable life.
Ready Now!
The preparation stages are complete! All systems have been installed and tested. You can now confidently start using them. Every step of our project has been meticulously completed and is now at your service. Our facilities are ready to meet your needs and provide the best performance. Let's take this exciting step for new beginnings!
