Homes with solar energy systems sell for more than homes without them, It is an inescapable fact that you will not get the full value out of your investment without it. Going solar will actually increase your property value more than a renovation or most improvements to your home.

The potential savings generated from a solar project depends on several factors, including the monthly amount you spend on energy, the amount of solar that can be installed at your business or Home, the production potential of the system, the utility your facility is in, and the incentives you take advantage of.
With enough space for solar, a business can offset all their electric bills.

Reduces Air Pollution as Fossil fuels create a lot of pollutants. We’re not even talking about carbon dioxide and climate change.
Reduce Water Usage because Solar panels create energy without using water.
Fight Climate Change with Solar one of the best ways we can try to prevent the effects of climate change. By reducing our CO2 emissions, and releasing fewer pollutants in the air, we can all do our part to slow down climate change.

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Energy created by the heat and light of the sun is called solar energy. Solar power is produced when energy from the sun is converted into electricity or used to heat air, water or other substances. Solar energy can also be used to create solar fuels such as hydrogen.

for more reading on Solar Energy:
https://arena.gov.au/renewable-energy/solar/
https://www.energy.gov.au/households/energy-basics-householders

A solar system built with high quality materials and proper construction techniques, that also receives proper maintenance, can last for 25 years or more. There will be some planned maintenance to replace equipment such as inverters at stages of the system life, which doesn’t have as long a lifespan as the solar panels.

If you put a silicon cell in the sunbeam’s path, the cell catches the energetic photons and turns them into a flow of electrons, or an electric current. These electrons can be forced to flow around an electric circuit and then power our businesses, homes, phones and laptops.

Solar panels work in cloudy weather. However, they do not generate as much electricity as they do during a sunny day. There are many areas that receive frequent rainy or cloudy weather where solar production can still be significant. As the efficiency of solar panels continues to increase, the overall production of panels will go up and help further offset a decrease in production during cloudy periods.

General system maintenance can be performed by the system owner.
Checking the mountings of the frames and solar panels

Cleaning the solar panels

Checking the rooftop isolator for any loose connections or water ingress

Checking the rooftop isolator operation

Checking for loose connections between the solar panels

Checking the inverter mountings

Checking A/C and D/C isolators for water ingress and loose connections

Complete an anti-islanding test

Measure and record output at inverter of strings

Check and record inverter performance history

Checking operation of the shutdown procedure
Always engage a qualified technician

Once you have your system installed it can operate effectively with one or two washings a year, with periodical system checks. Throughout the 25 life of the system there may also be planned replacements and upgrades for some pieces of equipment.

Each system that we install can send data to a monitoring device. MSE have the latest system tracking in place to detect any changes in system production and status that might indicate a problem. Data helps us quickly diagnose the issue to schedule a service call. Customers can also track system production and set up system alerts, even to their mobile phone.

General system maintenance can be performed by the system owner. Checking the mountings of the frames and solar panels Cleaning the solar panels Checking the rooftop isolator for any loose connections or water ingress Checking the rooftop isolator operation Checking for loose connections between the solar panels Checking the inverter mountings Checking A/C and D/C isolators for water ingress and loose connections Complete an anti-islanding test Measure and record output at inverter of strings Check and record inverter performance history Checking operation of the shutdown procedure Always engage a qualified technician

An AC-coupled storage system is connected to your switchboard.

The main advantage of AC-coupled battery storage is that it is the easiest and generally more cost-effective way to retrofit batteries onto a pre-existing solar PV system.

Examples of AC-coupled solutions include the Varta Pulse 6, Sonnen & of course Tesla Powerwall 2.

View AC Coupled options here

A DC-connected energy storage system connects to the grid mains at the same place as the solar panels; this usually means that they share a ‘Hybrid Inverter’. You can think of this as a ‘one box’ solution, because there is only one inverter instead of two.

Because they contain fewer components (which usually translates into lower costs), we generally recommend DC-coupled systems for homes considering a brand new solar & storage system (as opposed to a retrofit).

View DC Coupled options here