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Energy

Solar Energy Projects

General

A solar system consists of one or more panels (or frames, or as often said in the trade, 'crystal'), photovoltaic cells, together with the necessary equipment and devices for converting the electricity produced in the desired form.

The electricity generated by a PV array is DC (DC), and for this reason the first uses of photovoltaic applications involving DC voltage: classic examples are the pocket calculator (a calculator). With the gradual increase of efficiency, however, created special devices - the inverters (inverters) - designed to transform the output voltage of the PV array to AC power. In this way, the PV system is capable of sustaining a modern facility (home, greenhouse, plant, etc.) using equipment normally AC (AC ).

The efficiency is the percentage of sunlight converted to electricity in solar element.

The conditions for use of PV systems in Southern Europe is the best, since the total energy received per square meter of surface over a year between 1400-1800 kWh.

The solar systems have the following advantages:

1) environment friendly technology: no pollutants caused by electricity generation
2) The solar energy is inexhaustible source of energy is available everywhere and does not cost anything
3) With proper geographical distribution, close to the consumers of energy, solar systems can be installed without the need to strengthen the distribution network
4) The operation of the system is completely silent
5) have zero requirements Maintenance
6) They have a long life guaranteed by the manufacturers 'lenses' for 20-30 years of operation
7) There is always the possibility of future expansion to meet the growing needs of users
8) can be installed on existing structures, such as the roof of a house or a building facade,
9) provide flexibility for applications: PV systems work well as standalone systems and as stand-alone hybrid systems when combined with other energy sources (conventional or renewable) and batteries to store the energy produced. Moreover, one major advantage of the PV system is that it can interconnect with the grid (grid), eliminating thus the need for redundancy and providing further enables the user to sell any excess power to the transmission grid .

A disadvantage could ascribe to the solar system cost, which, despite technological advances are still very high. This cost, however, can be recouped in about 5-6 years and the solar system will continue to produce free energy for at least another 25 years

Projects

BalkanGate Ltd undertakes to find a suitable plot, makes full feasibility study and implementation.

1) Fundation concrete for the mobile tracker and fitting them.

2) Placing cables, panels, the perimeter lighting and alarm.

3) Set panel on mobile tracker

4) Allocation to avoid any shaded panel at any time.

5) Benefit performance mobile tracker to follow the movement of the sun.

6) Housing of inverters, safety controls and remote systems.

7) Operation of Inverter in the building in order to avoid damage from the weather conditions. Operation of ventilation and air-condition in the summer to stabilize the temperature.

8) Remote managment via web server for receiving data and functioning of the solar system's closed up.

9) Fence security, lighting, and cctv monitoring system.

10) PLC with GSM-modem for immediate information via SMS in case of productivity interruption, alarm etc.