Yes we do, or you can supply your own as long as they're compatible with our aerators.

Yes, we do. This is typically for customers close to Melbourne but we do travel for project work. We may also be able to refer you to a local installer, if we know of one in your area. Please reference this in your enquiry and we can provide an idea of the cost. We also have installation videos for those who want to go it alone. 

Solar aeration is a form of aeration that uses power generated from sunlight rather than a mains electrical connection.

Solar panels capture sunlight and convert it into electricity, which powers the aeration system. Depending on the system, this can operate a surface aerator that sprays water into the air or a sub-surface aerator that pumps air through diffusers positioned near the bottom of the waterbody.

The aeration process increases oxygen levels and circulates the water, helping to prevent stratification and stagnant, oxygen-depleted conditions.

Solar aeration is particularly useful where mains power isn't available or practical to run to the waterbody. It provides a way to aerate remote and off-grid dams without having to install a conventional electrical connection.

Australia's generally strong sunlight also makes solar a practical option for many rural and remote waterbodies.

Solar aeration can be provided through both surface and sub-surface aeration systems.

Surface aerators, such as Air-O-Lator systems, move and spray large volumes of water into the air, providing oxygenation and circulation.

Sub-surface systems use a compressor to pump air through diffusers positioned underwater. The rising bubbles draw water upwards and circulate the water column without creating a fountain or surface spray.

The best option depends on the size, depth and shape of your dam and what you're trying to achieve.

The amount of aeration available from a solar system depends on the amount of energy being generated by the solar panels. That means when the sun isn’t out, the aerator isn’t running. 

The good news is that you need the aerator least when the sun isn’t out because everything slows down. That's why ponds and dams look healthy in winter; because all life slows down when the sunlight hours shorten. Biological activity (including algae and weeds) need sunlight to grow. That means whenever conditions are suitable for them to have a run at it, your aerator is running.

Solar aeration is viable across a wide range of climates, but it is particularly well suited to regions with good and consistent solar exposure.

Australia is an excellent environment for solar-powered aeration, including remote areas where mains electricity isn't readily available.

As a general guide, the region between approximately 35° north and 35° south latitude is often referred to as the world's solar belt. However, solar aeration can be viable outside these areas too, depending on local solar conditions and the system design.

The right system depends on more than just the size of the dam. We consider the surface area, depth, shape, water quality, intended use and available sunlight, as well as whether you want surface or sub-surface aeration.

We can then recommend an appropriately sized system and solar configuration.

For larger or unusual waterbodies, multiple aerators or aeration stations may be required.

Yes. Aeration increases oxygen availability and circulates the water, helping create healthier conditions for aerobic biological activity.

It can help address problems associated with low oxygen, stratification, stagnant water and odour. Aeration is not a standalone treatment for every water-quality problem, however. Where algae, weeds or excess nutrients are present, additional water-quality treatments, such as Biostim, may be required.

Yes. Stratification occurs when water forms distinct temperature and density layers, reducing natural mixing between the surface and deeper water.

Aeration creates circulation through the water column, helping to break down these layers and improve oxygen distribution.

Sub-surface aeration can be particularly useful for this purpose because the diffusers can be positioned towards the bottom of the dam.

Solar panels are generally very low maintenance. They should be periodically inspected for damage, dirt, debris and problems with the cabling or connections.

Maintenance of the aeration equipment depends on the system. For sub-surface aeration, common tasks include checking and replacing air filters, clearing debris from compressors and cleaning biofilm from diffusers.

Surface aerators require their own routine checks, including inspection of the motor, intake, propeller and float.

Regular maintenance helps maintain aeration performance and extends the life of the equipment.

The lifespan depends on the individual components and the conditions in which the system operates.

Solar panels are generally designed for a service life of 20 years or more, provided they aren't damaged by factors such as severe weather, wind-blown debris or other external impacts.

Aerators, compressors, controllers, and other components have different service lives and may require replacement or servicing during the life of the overall system.

Warranty coverage depends on the specific solar panels, aerator, controller and other equipment supplied.

Rather than applying one warranty period to the entire system, we can provide the applicable manufacturer's warranty details when quoting your solar aeration system.

Yes. Solar aeration can be configured as a completely off-grid system, making it particularly useful for remote dams and ponds where there is no mains electricity.

Keep in mind, however, our systems do not store energy in batteries. The aerators only run when the energy source is active. So, when the wind is moving the turbine or the sun is shining on the solar panels. 

For sites where mains power is available, a hybrid AC/DC system can also provide additional flexibility.

Yes. Solar power can be used with both types of aeration.

Surface aerators use solar-generated electricity to drive a motor that moves water into the air, while sub-surface systems use solar power to operate a compressor that pumps air through underwater diffusers.

The choice between the two depends on your waterbody and the type of circulation and oxygenation required.

Solar isn't necessarily better — it is an alternative power source with particular advantages.

It is especially useful where a dam is remote or off-grid, or where installing mains electrical infrastructure would be difficult or expensive. Where mains power is already available close to the waterbody, a mains-powered system may be simpler.

We can assess the site and compare the available options rather than assuming solar is always the right answer.