Tips On Hiring A Zonnepanelen Installateur In Gent

Installation of solar panels increase income and decrease carbon footprintSolar energy is a clean, renewable source of electricity. It can be used to power small rooms such as a garage or cottage, or in larger applications, such as entire homes, offices and commercial buildings. Zonnepanelen installateur in Gent, Solar power kits are becoming more available as our society pushes towards a greener future. Because of this increasing trend, solar power systems are becoming more affordable and more efficient than ever before. It is estimated that the average home consumes about 10,000 kilowatt-hours per year, depending on certain factors. This amount of energy consumption can easily be captured through solar power, virtually eliminating electricity bills. In fact, the European government has implemented an incentive program for people willing to switch to self-sufficient solar energy and will buy any unused power that is generated from the personal system to put it back onto the main power grid.

These systems are generally comprised of the following five main components: the photovoltaic cell, the inverter, the monitoring console, racking and mounting, and balance of systems. Below, each subsystem is briefly discussed.

Zonnepanelen Installateur In Gent

  1. Photovoltaic cell

Also known as the solar cell, solar panel or module, these large flat surfaces are responsible for capturing the Sun’s energy and transferring it to the inverter units for conversion from raw energy to utility grade usable energy. The photovoltaic cells come in two different configurations. The first is a polycrystalline formation which is a solar crystal grown from a multifaceted crystalline material. It has many sides and is relatively inexpensive in comparison to its counterpart, the monocrystalline module. Monocrystalline is composed of a single crystal and is grown in only one direction. These are highly efficient and smaller than polycrystalline, but they are very expensive to manufacture.

  1. Inverters

Inverters receive the collected raw energy from the solar cell, also known as direct current (DC) electricity and convert it into usable alternating current (AC) electricity that can be used in the home or office, stored for later use, or pumped back into the utility grid system for a profit.

  1. Monitoring

Monitoring systems are the brain of the entire solar power system. They provide real time system information on power generation and usage, as well as detect potential problems and failures within the circuit. There are many different providers of monitoring devices to meet individual needs and requirements.

  1. Rack And mounting

Structurally, the photovoltaic modules are fastened down in such a way that even the most severe weather cannot compromise the integrity of the system. They are generally designed for flat roofs, shingled/tin roofs, in-ground and dual axis mounts. Some mechanized racks and mounts have the ability to follow the Sun throughout the day to maximize power generation.

  1. Balance of system

This subsystem comprises all of the remaining components. Specialized cables, wires, and connectors, electrical boxes, tools, grounding and lightning protection complete the system and allow for safe operation under all conditions. Installation of a solar power system can be discussed with industry professionals at your local dealer or distributor.

Take the future of our environment into your own hands and explore the options that solar power has to offer.

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