From a carbon neutral perspective, reducing your environmental impact is becoming increasingly important.
One possible alternative for being more sustainable is to power your home or office heating system with solar panels.
The following article highlights the potential of solar thermal systems.
Solar thermal: heating with solar panels Sydney
Advantages of powering you’re heating with solar panels
Solar panels and heating: Solar thermal systems
Solar thermal: heating with solar panel system in Australia
Solar radiation is a crucial resource. Free and sustainable, it can become our ally in heating our homes.
Solar photovoltaics are often confused with thermal solar panels; the difference is:
Solar thermal : solar thermal panels produce energy to heat water;
Solar photovoltaic: photovoltaic solar panels produce electricity;
The use of solar thermal energy allows for the direct conversion of solar energy into heat.
It’s important to note that solar thermal energy can work in two ways:
Natural circulation: where the circulation of the liquid occurs naturally, therefore without the use of electricity;
forced circulation: in this case there is a minimal absorption that comes from the operation of a circulator that circulates a fluid to transport heat from the solar panel Sydney on the roof to the boiler in the heating plant.
The heat produced can be used both to heat rooms and to produce hot sanitary water.
Advantages of powering your heating with solar panel in Australia
Connecting solar panels to your heating system reduces the need for a boiler, and as a result, integrating a solar thermal system could cut energy bills by 50%.
This demonstrates how the initial commitment to installing solar heating panels represents a long-term investment, helping you achieve energy independence.
Another benefit of using solar heating panels is the improved quality of life and value of your home.
A solar penal system in Australia can actually raise your home’s energy rating by one or two classes, and it also eliminates greenhouse gas emissions, as it is powered by the cleanest energy source: the sun.
If you’d like to learn more about this topic, we invite you to explore our case studies.
Another reason to integrate a solar thermal system into your system is government incentives, which make it easier to install a solar thermal system.
If you’re interested in learning more about government incentives, read our article on them.
Solar panel Sydney and heating: H2 solar thermal systems
First of all, a solar thermal system can be complex and made up of numerous components, for this reason, we decided to illustrate the main ones.
Solar collectors: these are the so-called “solar panels “needed to capture solar energy in Australia. They are made with top-quality materials;
Circulation pump: allows the circulation of the heat transfer fluid;
Non-return valve: its task is to prevent the reversal of circulation;
Control unit: detects temperature parameters and manages the operation of the pump;
Expansion vessel: avoids dangerous overpressures that could cause damage to the system;
Heat exchanger: allows the exchange between the primary and secondary circuits;
Accumulation tank: tank where the hot water produced is accumulated.
Despite its numerous components, a Pelion solar thermal system operates on a very simple principle.
Solar panels collect solar energy in Australia, which heats water stored in tanks for later use.
An electronic control unit can maintain the water at the desired temperature, thus meeting 100% of the hot water demand.
Even when the sun is overcast, the sun’s rays can still provide heat to the solar panels. Therefore, the system will operate even in winter.
Of course, to optimize the system, it’s important to consider its ideal positioning and inclination to capture the sun’s rays for as long as possible.
Typically, a southern exposure and an inclination between 30° and 40° are recommended to maximize the prolonged absorption of solar energy in Australia.
During the coldest months, forced circulation systems are recommended. These require a more complex structure but operate efficiently in any weather condition.
Here are some of our forced circulation solar systems:
Eco Compact: solar hot water systems with solar station, electronic control unit, and Uniko-P21 flat-plate collectors;
Smart Eco: solar hot water systems with solar station, electronic control unit, and KSF-P26 flat-plate collectors;
Aqua Fresh Ray: single-coil storage system suitable for storing system water, with X-Ray R.
These are just a few of the many Pelion forced circulation systems. If you’re interested in learning more, we invite you to discover our forced circulation systems.
In conclusion, we might ask: does it make sense to connect solar panel Sydney and heating?
We’ve found that the main concerns concern the system’s efficiency during the colder months. This uncertainty can be overcome by adopting a vacuum forced circulation system.
The initial investment in Tindo solar may represent a further obstacle to adopting a solar thermal system; however, a long-term perspective, combined with government incentives, can help overcome this impediment.
Returning to the initial question, it’s safe to say that, given what has emerged, the benefits of adopting a solar thermal system are clear.
internal link:https://www.tindosolar.com.au/