Both residential solar electric systems and commercial solar electric systems supply and store electricity for homes and other buildings. The category covers solar inverters, solar panels, solar roof tiles and solar storage batteries, which work together to convert sunlight into usable power and retain excess energy. The suitable combination depends on the building’s energy requirements, roof form and connection to the electricity grid.

Solar electric systems are used alongside or in replacement of regular power grids to supply energy to a household. With the rise of global warming, more and more homes are switching to renewable sources of energy to reduce their carbon footprint and monthly bills. ArchiPro features the best solar electric systems from trusted and experienced suppliers in Australia.

Solar Inverters

Solar inverters convert direct current (DC) that is absorbed through solar energy into an alternating current (AC), which is the functional type of energy your home requires.

Solar Panel

Solar panels are generally what people first think of when considering solar electric systems. These absorb sunlight via a photovoltaic surface and form an intrinsic electric field.

Solar Roof Tiles

Mimicking the appearance of regular roof shingles, solar roof tiles function like solar panels to absorb sunlight. They can be fixed on top of existing shingles or completely replace them.

Solar Storage Batteries

When accumulating massive amounts of energy during the day, as is common in sun-heavy regions across Australia, solar panels require solar batteries to store excess DC.

The advantages of high-quality solar electric systems

Solar electric systems are slowly becoming a staple in modern buildings for their environmental consideration and long-term cost efficiency. They can be connected to the existing power grid in Australia or utilised as a standalone system. This means they provide back-up power during blackouts as they do not need to rely on standard power supplies. Solar batteries are especially useful, storing excess energy to be used when solar power cannot be accumulated. When dealing with any of these products, focusing on quality should always be a priority. This ensures products that are well-developed, more efficient, made from higher quality materials for greater longevity. Planning a solar installation should account for the building’s energy demand, available roof area and connection to the electricity grid.

How to choose solar electric systems that are right for you

With so many components to consider, it can be overwhelming to know what your home needs. Solar panels and solar inverters provide a great foundation. Solar roof tiles are a discreet option, blending in with existing shingles so as to not distract from the aesthetic of the architecture. This is especially effective in homes that already have dark roof tiles. For households in Australia that use power well into the night, solar batteries are absolutely necessary, allowing you to continue powering your home without relying on the main power grid. Solar panel installation must also account for roof orientation, available space and the inverter’s position.

Will a 5kw solar system produce enough electricity?

In Australia, the standard solar electric system is around 5 kw. This provides approximately 20 kWh per day, depending on the sunlight density of your region and the positioning of your solar panels. This is enough to supply sufficient energy to a household independent from the grid.

Can I convert my electric water system to a solar system?

Electric water systems can be converted to solar systems by rerouting the existing inputs. You will need to install a solar water heater in an area exposed to high amounts of sunlight, then connect this heater to the water heater. Because this process can be quite technical, it is best to consult a professional.

What size solar electric system is best for my home?

The amount of solar energy required to power a home is incredibly relative. The best way to determine which size electric system is best for your home is to calculate your kW output. You can do this by dividing your kWh energy requirements by the number of peak sunlight hours in your region. This kW output can help when determining how many solar panels you’ll need to power your home.

Solar Electric Systems