Соларни Системи

 Every day, the sun delivers energy to the earth free of charge. Thanks to a technology called “photovoltaics”, which converts the sun's energy into electricity, people can make use of this free energy.

Photovoltaic modules or panels are made of semiconductors that allow sunlight to be converted directly into electricity. These modules can provide you with a safe, reliable, maintenance-free and environmentally friendly source of power for a very long time. Most modules on the market today come with warranties exceeding 20 years, and will perform much longer.

For many applications, solar electric systems are not only cost-effective, they may also be the least expensive option.

Описание на продукта
Име на продукта: Соларни електрически системи

Solar electric systems offer many advantages, including the following:
  • They are safe, clean and quiet to operate;
  • They are highly reliable;
  • They require virtually no maintenance;
  • They operate cost-effectively in remote areas and for many residential and commercial applications;
  • They are flexible and can be expanded at any time to meet your electrical needs;
  • They give you increased autonomy – independence from the grid or backup during outages.

Техническа спецификация

Type Max. Power(W) Max. Voltage (V) Max. Current (A) Dimensions WxHxT (cm.) Weight (kg.)
KC167G 167 23,2 7,20 129 x 99 x 3,5 16
KC158G 158 23,2 6,82 129 x 99 x 3,5 16
KC125G 125 17,4 7,20 142 x 65 x 3,5 12,2
KC120-1 120 16,9 7,10 142,5 x 65 x 5,6 12
KC80 80 16,9 4,73 97,5 x 65 x 5,6 8
KC70 70 16,9 4,14 86,5 x 65 x 5,6 7
KC60 60 16,9 3,55 75 x 65 x 5,3 6
KC50 50 16,7 3,00 64 x 65 x 5,3 5
KC45 45 15,0 3,00 57,5 x 65 x 5,3 4,5
KC40 40 16,9 2,34 52,5 x 65 x 5,3 4,5
KC35 35 15,0 2,33 47 x 65 x 5,3 4


Below there is illustrated a simple photovoltaic(PV) system:

Three Photovolatic System Types

PV systems are categorized into three main types: autonomous, hybrid and grid-connected. The type you choose will depend on your needs, location and budget. 

Autonomous systems are completely independent of other power sources. They are usually used to power remote homes, cottages or lodges as well as in applications such as remote monitoring and water pumping. In most cases, an autonomous system will require batteries for storage. Such systems are particularly useful and cost- effective for summer applications, when access to a site is difficult or costly, or when maintenance needs to be minimized.

Hybrid systems receive a portion of their power from one or more additional sources. In practice, PV modules are often paired with a wind generator or a fuel-fired generator. Such systems usually require batteries for storage. They are most appropriate when energy demand is high (in the winter or year-round), when power must be available on demand, or if your budget is limited.

Grid-connected systems allow you to reduce your consumption from the electricity grid and, in some instances, to feed the surplus energy back into the grid. In some cases, your utility may give you credit for the energy returned to the grid. Since power is normally stored in the grid itself, batteries are not necessary unless you want some form of autonomous power during outages. These systems are used in buildings, homes or cottages already hooked up to the electrical grid.