How Does Solar Roof Ventilation Work?

Solar Roof Ventilation

Does your property become unbearably warm in the summer? Struggling with rising cooling costs as you leave your air conditioners on all the time? With solar roof ventilation, eliminate all your summer woes with one smart purchase.

While we’ve dived into the benefits of solar roof ventilators in previous posts, our focus this week is how these devices work. By going deep into this energy-efficient technology, we show that with their superior capabilities, you can not just stay comfortable but reduce reliance on power-intensive cooling devices as well!

Keep reading to find out more.

The secret behind solar roof ventilation

During the summer, direct sunlight on the roof increases roof temperature to incomprehensible heights. This causes heat to build-up, radiating this energy into your living space. By installing a solar roof ventilator, this problem is solved as roof temperatures are decreased significantly.

Here, a solar panel on top of the roof vent provides the power the system needs to run, triggering the fan which then extracts heat from your roof. Cool air is then drawn through an air flow vent that’s installed under the eaves.

During installation, make sure these vents are installed on a roof facing the north in order to enjoy higher efficiency. This is because sunlight is most intensive from this direction.

Solar roof ventilators, therefore, are very similar to whirlybirds, despite being far more effective. So effective, in fact, that they produce the same effect as that of 15 whirlybirds.

Application in non-residential properties

Beyond residential properties, these systems are also greatly suited to the industrial and commercial context. In factories, in particular, solar roof ventilators keep work environments healthy and save businesses a significant amount of cost.

More than just energy savings, with these systems, companies save on staggering medical bills, paid leave, and equipment replacement. This is because excessively high internal temperatures not only cause discomfort but sickness among employees as well. Further, equipment is also prone to failure and gets damaged quickly in very hot environments. Given that certain parts of Australia get as hot as 48℃, this is a very pertinent problem.

Thus, if you run a factory or a similar kind of industrial workspace, solar roof ventilators are a cost-efficient choice that will keep your working space cool, cost-efficient, and healthy.

Improve efficiency and save money with solar roof ventilation

One of the biggest pulls towards solar roof ventilators is that beyond the purchase price, these devices cost nothing to run.

Powered by solar energy, solar roof ventilation is one of the most energy-efficient ways to ensure your home is cool even during the hottest time of the year. These devices cool a home so successfully, in fact, you won’t even feel the need to turn your air conditioner all the way down. This, in turn, reduces electricity bills almost overnight.

These also cut down on cost in less obvious ways.

For instance, a lack of proper ventilation in your home can cause mould, condensation, and decomposition to develop. With solar fans, the upper area of your home, office or commercial property is kept free of mould and decomposition, saving you thousands of dollars in repairs and replacements.

These systems are also very much more efficient compared to cheaper, wind-powered whirlybirds that are very limited in terms of power and efficiency.

Key takeaways

If you’re looking to stay cool and comfortable in the height of summer, solar roof ventilation is a reliable and effective choice.

Owing to its solar capabilities, these systems aren’t just sustainable, they also cost nothing to run. With all these benefits and more, you now stand to gain more than what you pay for with one of the most efficient solar devices on the market.

Want to know more about solar roof ventilation?

At Earth Save, solar roof ventilation is just one of our many specialties. Contacts us today to find out more!

 

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