The Federal Government’s stimulus package is the ideal time to install the solar panels on. The solar industry has been screaming for something like this for years. Simple, innovative and effective. These solar modules are designed and elegant and refined, to blend with your roof.

Design Advantages

With the old technology solar systems are required in order for the installation of supply, particularly with high-voltage DC wiring and the main central inverter settings. In fact, it could be dangerous if improperly handled. Not anymore … This new system uses micro-converter connected to each solar panel output network compatible. The modules are then connected in parallel, then the cable directly to the AC load center.

Enter the size of the solar system will, it (1 to 6  kw), then everything necessary for installation on your roof, delivered in a box in my hand! Cool isn’t it? The installation is very simple, since the micro-inverter is installed in each module \ ‘s mounting frame.

Indeed, all the equipment is pre-engineered and pre-assembled to make this system easier to install than a rail system, using 70% less roof penetrations.

Everything you need is shipped to you ready to mount.

This solar energy system is equally suited for residential or commercial applications. In the business world it’s especially important to maintain power. The built in redundancy afforded by the micro-inverter is perfect, because loss of power is never an issue.

The micro-inverter gives you modularity and scalability because you can start with any size of installation you wish, then simply expand with further modules as and when you are ready.

The energy management unit (EMU) allows you to watch a graphical display of your system produce power in real time, including individual module evaluation, total system output, and carbon equivalent offsets.

In a standard solar system with central inverter, the whole string of modules are treated as one. Therefore should a single module become shaded, or malfunction, the entire system is brought down to the output of the single module.

With this solar power system, shading is no longer an issue because modules are handled on an individual basis. The reduced output of a shaded module does not affect the remaining modules performance at all.

This means that modules can now be installed on multi-aspect roofs without detriment to the entire power system.