Country Solar NT Offer New Solar Panels Darwin Packages
Announcement posted by Country Solar NT 25 Oct 2012
One misconception about household owners of solar panels Darwin is that they are affluent. But they have one thing in common: they recognized the long-term savings that a solar roof may generate. Instead of being considered as extravagant, these owners should instead be lauded for their practicality. What are the reasons that customers cite when making the big leap?
You can boost the value of the property. This is actually a roundabout way of boosting the value of the home by putting a solar panel on the roof. While the amount of investment may be substantial at first, you will only start to reap the benefits after five years. Installing a solar panel on your roof will reportedly raise its value easily at $20,000 and will give added incentive for home buyers who are on the fence about purchasing your property.
Have you ever experienced those hot, humid days but you can’t really turn on the air-conditioning unit because you feel guilty about messing up your monthly budget on electricity? Installing solar panels will immediately rid that guilt.
Customers also want to do their part for the environment and that’s why they install solar panels on their roof to cut down their carbon footprints. Of course, the main reason is the amount of savings they will generate annually since they save about 30% at least every year on electricity bills alone.
How much can the solar panels Darwin convert sunlight into direct electricity? Unfortunately, while the cost of installing one has drastically improved over the years, scientists are still searching for the holy Grail as far as harnessing the rays of the sun and converting them into 100% electricity. If that happens, the solar value of your renewable resource.
First off, the kilowatt hour measure attached to solar panels does not refer to the amount of electricity being generated but rather by how big your system is. With that said, the numbers will vary but if you go by the averages: a one kW system in Australia will produce between 3.5 to 5.0 kW daily, a 2 kW solar panel will produce an average of 8.0 kW to 10 kW annually.
The difference in numbers can be explained in several factors: optimal tilt, the efficiency of each of the components of the panel, the functionality of the grid, quality of materials and the response of the technology in very high temperatures.
But the technology promises to only going to get better. And that means more efficiency for lesser cost for the clients. There are prototypes now that can supposedly convert from 34% to an amazing 41% of the rays that hit the system into direct electricity. The industry average of electricity produced of your typical photovoltaic system is only about 16% to 20%.
For more on solar panels Darwin visit http://www.countrysolarnt.com.au
You can boost the value of the property. This is actually a roundabout way of boosting the value of the home by putting a solar panel on the roof. While the amount of investment may be substantial at first, you will only start to reap the benefits after five years. Installing a solar panel on your roof will reportedly raise its value easily at $20,000 and will give added incentive for home buyers who are on the fence about purchasing your property.
Have you ever experienced those hot, humid days but you can’t really turn on the air-conditioning unit because you feel guilty about messing up your monthly budget on electricity? Installing solar panels will immediately rid that guilt.
Customers also want to do their part for the environment and that’s why they install solar panels on their roof to cut down their carbon footprints. Of course, the main reason is the amount of savings they will generate annually since they save about 30% at least every year on electricity bills alone.
How much can the solar panels Darwin convert sunlight into direct electricity? Unfortunately, while the cost of installing one has drastically improved over the years, scientists are still searching for the holy Grail as far as harnessing the rays of the sun and converting them into 100% electricity. If that happens, the solar value of your renewable resource.
First off, the kilowatt hour measure attached to solar panels does not refer to the amount of electricity being generated but rather by how big your system is. With that said, the numbers will vary but if you go by the averages: a one kW system in Australia will produce between 3.5 to 5.0 kW daily, a 2 kW solar panel will produce an average of 8.0 kW to 10 kW annually.
The difference in numbers can be explained in several factors: optimal tilt, the efficiency of each of the components of the panel, the functionality of the grid, quality of materials and the response of the technology in very high temperatures.
But the technology promises to only going to get better. And that means more efficiency for lesser cost for the clients. There are prototypes now that can supposedly convert from 34% to an amazing 41% of the rays that hit the system into direct electricity. The industry average of electricity produced of your typical photovoltaic system is only about 16% to 20%.
For more on solar panels Darwin visit http://www.countrysolarnt.com.au