* 22 x KSUNsolar Series 280 Watt Polysrystalline Silicon Solar Panel

* 1 x DC Protection – 1000V Box 1 Inputs 1 Outputs 16A Isolator Type II SP

* 1 x Growatt 5.0kW Hybrid Inverter with 4G Dual MPPT – Single Phase

* 1 x Set Taitan Aluminium Rooftop Mounts – For pitched roof – Angles not include

* 1 x Set MC4 connector & Installation Tool Bag

* 1 x Jiukai 4mm2 single-core DC cable 100m – Red

* 1 x Jiukai 4mm2 single-core DC cable 100m – Black

* 1 x Cable -Alvern 6mm Earth Cable 100m

* 20 x Solar Panel Earth Clip

1. Photovoltaic Modules (aka solar panels, solar electric panels)
The PV modules are the individual building blocks for providing power from the sun. They are typically made from silicon cells, glass, tedlar, and aluminum. Solar Panels can vary in type, size, shape, and color. The common nominal voltages for panels are 12V and 24V, in order to accomodate the voltage windows of grid tie inverters.

2. Racking/Mounts System for Solar Panels
The mounting system for the solar panels includes the hardware to permanently affix the array to either a roof, a pole, or the ground. These systems are typically made of aluminum and are customized to the mounting surface and the model of module used.  It is important to consider distance from roof for flush-type roof mount installations. Restricting airflow under the modules results in higher module operating temperatures that reduce power output. With pole mounts wind loading must be considered and proper civil works must be done with the foundation for the pole as well as the possible addition of supplementary wind supports for the array frame.

3. Combiner Box
A combiner box is an electrical box where series strings of solar panels are then spliced in parallel. This is also the place where the PV series string fuses or circuit breakers are located. This allows the installer to bring the separate strings together and combine them into one positive and one negative conductor, change wire types and leave the area of the modules in conduit. They are usually outside and weather rated, so they can be right next to the array.

4. DC and AC Disconnects
The DC and AC disconnects are manual switch units that are capable of cutting off power to and from the inverter. Some inverters have disconnects integrated into the unit with switches, others can have them integrated into a power panel assembly, and some inverters leave you on your own to provide suitable disconnecting means. The disconnects are used by service personnel or authorized persons (fire/police/electric workers) to disable power from a renewable energy system (in this case PV) so that there are no live electrical parts associated with the inverter, and that no current is going to the grid that could harm utility employees in the event that they are working in your area. Homeowners or authorized personnel can use the disconnects to de-energize a system for maintenance or service.

5. Off-Grid Inverter
The grid tie inverter is the device that takes the energy that the photovoltaic system produces in DC current form and turns it to AC current that is then sent (sold) to the electric grid. These inverters typically have a voltage input range from 100 to 500 volts DC and they convert it into 120 volts AC, 240 volts AC, or 380 volts AC. These inverters are especially sophisticated devices that must conform to special regulations in order to tie into the utility. When the power goes out in your area, it is important to know that the grid tie inverter will not allow power to be sold back to the grid. This is done to prevent electric utility workers from being injured or killed by working on power lines they thought were de-energized. When the power goes out, your power will go out as well. A grid tie inverter will not resume normal operations until the utility grid has established standard conditions for 5 straight minutes within strict parameters.

1. In many cases, ground-mounted solar panels can be your best option

While rooftop solar arrays are the most common choice for homeowners, there are many reasons to consider a ground-mounted solar panel system.

Generally, ground mount solar panels cost a bit more than rooftop solar on a per-watt basis because of additional labor and permitting that may be required for the installation. That being said, if your property isn’t ideal for rooftop solar, installing a ground-mounted system can actually save you more money in the long run.

Rooftop solar arrays are restricted by the characteristics of the roof on which they are installed. If your roof isn’t at the right angle, doesn’t face south, or has obstructions like chimneys or skylights, then your solar array will be less productive. On the other hand, ground-mounted solar panels can be located wherever the conditions are best.

In addition, if your home uses a lot of electricity, your roof might not be big enough for a solar energy system that meets your electricity needs. In contrast, ground-mounted solar systems can be sized to match your electricity consumption without the space restrictions of a rooftop system.

2. Not all ground-mounted solar panel systems are created equal

There are two basic types of ground-mounted solar panel systems:

Standard ground mounts use metal framing driven into the ground to hold your solar panels up at a fixed angle. Some standard ground-mounted solar panel systems can be manually adjusted a few times a year to account for seasonal shifts of the sun.

Pole mounted solar systems support multiple solar panels on a single pole and elevate panels higher off the ground than a standard ground mount. Pole mounted solar often incorporates tracking systems, which automatically tilt the solar panels to capture the optimal amount of sunshine.

Tracking systems can increase the production of your solar panels by 25 percent or more. If you decide to add a tracking system to your ground-mounted solar array, you have the option of either a single-axis or a dual-axis system. Single-axis tracking systems move your solar panels over the course of the day to follow the sun as it moves through the sky. Dual-axis tracking systems can also adjust based on seasonal variations in the sun’s position.

3. Ground mount solar panel systems offer benefits for all homeowners

Even if you are a good candidate for a rooftop solar energy system, there are many benefits to choosing a ground-mounted solar panel system.

First, ground-mounted solar panel systems are very easy to place, because they can be located on open land. They don’t require drilling into your roof, and the bracings used in standard ground mount systems are lightweight and easy to remove. (If you opt for a pole mount, they will usually be installed more securely.)

Second, a ground mount solar panel system can be more productive per panel than a rooftop solar array. Because they’re not dependent on your roof, ground-mounted solar panels are set at the perfect angle to optimize energy production. This means you can generate more electricity than a comparably-sized rooftop system, and save more money in the long run.

Finally, ground-mounted solar panels are very easy to access for cleaning and maintenance. If you live in an area that receives a lot of snow in the winter, being able to easily sweep the snow off of your solar panels is a major convenience.

Most installers offer a ground mount option, and the cost of standard ground-mounted solar is comparable with a rooftop solar energy system installation. If you decide to include a tracking system in your installation, you will pay an additional upfront cost, but the resulting increase in electricity production can make tracking systems cost-effective for many homeowners.

Wondering if ground-mounted solar is right for you? Check out our video all about ground-mounted installations: