Solar Energy Systems

All energy sources in our world are derived and derived from sunlight (petroleum, coal, wind, water cycle, etc.), but fossil resources have come to the extreme. While it is 30 years for oil, this time is longer for coal. It is both troublesome and expensive to obtain this energy indirectly rather than using direct solar energy. Solar energy is safe, friendly to the environment and cost effective. In addition, it can be continuously renewed with the sun. Reduce CO2 emissions, reduce energy costs and generate clean, harmless energy for the environment. Very easy with solar energy systems. Whether solar energy is used for electricity generation with solar energy or solar batteries, installation provides free and environmentally friendly energy for these systems.

In contrast to the preliminary judgment that the solar energy systems are inefficient, the percentages of automobiles are around 32% while those of solar water heating systems are 60% and those of solar batteries are 20%. A solar energy system that you will soon be able to use will cost you the cost of investment and cost-effectively use environmentally friendly energy.

Solar Energy In addition to being a new and renewable source of energy, it has been a subject that has been intensively studied over the last years due to its superiority as an important issue for humanity, such as the absence of pollutants in the environment and the absence of pollutant debris, local application and complicated technology. Heating, cooling, industrial, drying of plants and electricity generation are common areas of solar energy.

The solar energy source, a continuous fusion reactor, converts hydrogen into helium, transforming the energy of about 3.5 × 1026 into energy by transforming 4 million tons of mass into electricity during the helium transformation. The sun is an infinite source of energy for our world, as it will continue its milling for millions of years. The power from the sun is more than 16,000 times the annual commercial requirement of mankind. Total power of all power plants in the world; The sun’s power is less than one in 61,000. Solar power is 527,000 times the total power generated by all nuclear power plants in the world.


Solar energy is an energy source with a wide geographical distribution. Located between 36-42 ° north latitude geographically, Turkey is in the sunrise. For the moment, the use of solar energy is scarce, but it is thought to be one of the most important options besides traditional energy sources in meeting the energy needs of the world of the future.

How can you get electricity from the sun?

Unlike solar collectors, solar panels produce electricity, not hot water. The sunlight coming to the surface of the panel allows the panels to generate / convert electricity by means of the special semiconductor material. The system does not require direct sunlight for operation, the light is sufficient, it can be produced even in cloudy weather.

Where can solar and wind energy systems be used?

Wind and solar energy systems can be used anywhere in the country where the mains electricity does not reach and / or where it is available.

  • Non-electricity farms, chalets, summer houses
  • Remote villages without electricity
  • Measurement stations such as earthquake, natural gas, water
  • Various academic applications, R & D projects
  • Auto-producer systems for industrial applications
  • Emergency communication systems
  • Telecommunication systems
  • Boats, marine applications
  • Military Practices

These can be listed as the main examples of the use of solar energy.

Although our home is connected an electricity network, I want to install a clean energy system. Is there a legally drawback?

There is no legal restriction on the use of solar or wind energy in areas where mains electricity is present. You do not need to obtain permission documents from the municipality or any other institution.

What devices can I run with clean energy sources?

With solar energy it is possible to operate any kind of device in theory. But as consumption increases, the initial investment cost will also increase. In addition, solar panels and wind turbines generate electricity in the direct current (DC), while many of the devices we use in our daily lives use alternating current (AC). For this reason, an inverter is used to turn the alternating flux of electricity produced in the systems. Devices such as air conditioners, electric heaters, submersible pumps that attract too much momentary power will increase equipment costs and increase the initial investment cost of the project.

How can I determine what size of system I need?

The area you are in, the city and local environmental conditions, the types of equipment you want to run, the number and the working times affect the initial investment cost. By analyzing this data, you can find the right system you need.

How can I use solar energy for lighting?

You can also use it during the night by storing energy into batteries through the solar panels during the day. You may have the opportunity to provide free lighting in areas such as home, garden, office, terrace, park, etc. In that way you can have uninterrupted lighting. It is extremely safe Alarm Systems, Security Systems and Disaster Warning Systems. Especially in places where there is no mains electricity, you can get ideal results by using economical lighting products such as CFL or LED.

Is it possible to use solar panels as portable? (i.e. to mount it on top of the caravan?)

You can carry your electricity with you. You can use your electricity during the day by placing panels on top of your caravan, or you can store it with the aid of a battery. In this way, you can easily operate your devices in the caravan.

What is the lifespan of solar panels?

Solar panels can work for 50+ years. During the first 20/25 years, there are performance guarantees against nominal usage conditions and against fabrication manufacturing faults.

  • It uses direct solar energy.
  • Using natural heating and cooling systems prevents unnecessary and excessive commercial energy consumption of buildings.
  • It protects the environmental values and reduces the damage to the environment.
  • Uses natural and harmless materials.
  • Materials used have a lifespan of several decades.
  • It is economical.
  • It does not depend on external sources.
  • Temiz, çevreye ve canlılara zararsız, atık içermeyen enerjidir.
  • It does not cause greenhouse effect and global warming due to CO2 increase. It is modular and portable.
  • The system can be enlarged if necessary.
  • Electricity can be consumed at the production site.
  • Due to the possibility of consumption at site of production, less distribution devices are required and therefore a secure electric service is provided.
  • For local solutions the use of copper can be prevented.
  • Reduces electricity leakage and energy transmission losses.
  • Comparing to other systems, cost of operation and maintenance are at a minimum level.
  • Due to dispersed production of electricity and consumption, installation to a transformer is not possible.
  • It supports the existing energy infrastructure and provides synergy with the construction sector.
  • Provides production of electricity for individuals, corporations and establishments.
  • The energy required can be found everywhere, every region and every season.
  • Practical, easy and quick installation possibilities are available.
  • It is domestic, renewable and environment friendly.
  • The lifetime of photovoltaic systems is 25 years and more.
  • Employment occurs with technology, domestic and sub-industry.
  • Production of electricity in remote living areas.
  • Measurement stations such as earthquake, natural gas, water.
  • Various academic applications, R & D projects.
  • Automated manufacturing systems for industrial applications.
  • Emergency communication systems
  • Telecommunication systems
  • Boats, marine applications
  • Military Practices