Solar Energy Systems Projecting
Discovery
The most important step of the project is the correct selection of the places where the system will be installed.
Energy Calculation
It is important to calculate the systems designed according to the energy needs correctly.
System Components
Component selection is very important for the efficiency and longevity of the system.
Determining Location
Location selection for solar energy system installation is very important. It is necessary to make a correct decision as the choice of location will affect the efficiency of the system. Factors such as the angle of the sun's rays, the presence of obstacles, and the duration of sunbathing should be considered. In addition, panel and inverter selection should be made according to the place where the system will be installed. Our experts help our customers choose the most suitable solar energy system according to their needs and location characteristics.
Area Exploration
Determining Location
Energy Amount Calculation
For those who want to install a solar energy system, it is very important to calculate the amount of energy required correctly. This calculation can be made by taking into account the electricity consumption habits of the house or business, the current electricity bills and the power consumption of the electrical appliances used. In this way, a correct solar energy system can be sized and the desired amount of energy can be obtained. You can contact our experts to learn more about solar energy systems and to determine the most suitable system for you.
01.
Energy consumption
The first step is to calculate the energy consumed at home or at work. This calculation can be made with the sum of the consumption values in watts of the electrical devices used.
02.
Seasonal Variables
How much energy the solar energy system can produce varies seasonally. Therefore, it is important to consider seasonal variables when calculating energy production.
03.
Solar panel efficiency
Solar panel efficiency determines how much energy the panel can produce. A higher efficiency leads to more energy production.
04.
Number of panels
The number of panels determines the total power capacity in the system. Therefore, it is important to choose a sufficient number of solar panels according to the energy needs.
05.
Best location
The best location to place the solar panels should ensure they are exposed to maximum sunlight. For this, the panel should be placed in the direction where the sun is the longest.
Maintenance and Repair Services
Solar power systems use solar energy to generate electricity. These systems convert solar energy into electrical energy, usually using photovoltaic (PV) or thermal solar collectors. Solar energy systems consist of several components:
- Solar Panel (PV Module): Solar panel is used to convert solar energy into electrical energy. Typically, it consists of a few dozen or hundreds of solar cells, several layers of silicon and glass, aluminum frames and wiring connections.
- Charge Controller: Charge controller is used to store and manage energy from solar panels. The charge controller allows solar panels to charge your battery and protect it from overcharging.
- Battery: The battery is used for storage in solar energy systems. The solar energy system stores the energy it produces between the time the sun rises and sets and stores it for use when needed.
- Inverter: Inverter is used to convert direct current (DC) from solar panels to alternating current (AC). This provides electrical power that you can use from outlets in your home or by connecting to a networked power grid.
- Mounting Equipment: Solar panels are mounted on the roof or on the ground. The mounting equipment allows the solar panels to be mounted firmly and securely.
- Cables and Connectors: Cables and connectors are used to provide connections between other components such as solar panels, charge controller, battery and inverter.
Equipment
- Solar Panel (PV Module)
- Charge Controller
- Battery
- Inverter
Assembly and Connections
- Cables
- Connectors
- Mounting Hardware
