Solar energy switch advices

Solar energy switch advices

Lets discuss about Solar energy tips and costs. Solar energy can be used for many different purposes. It can be used to generate electricity in places that lack a grid connection, for distilling water in Africa, or even to power satellites in space. Solar power is also known as “The People’s Power”, which refers to how easily deployable solar panels are at the consumer level (both photovoltaic and solar thermal). With the introduction of flexible thin-film solar cells, solar power can even be seemingly integrated into the material of buildings (building integrated photovoltaics) – Sharp, a solar panel manufacturer with headquarters in Japan, recently introduced transparent solar power windows.

Energy storage systems such as batteries will help smoothen out demand and load, making solar power more stable, but these technologies are also expensive. Luckily, there’s a good correspondence between our access to solar energy and human energy demand. Our electricity demand peaks in the middle of the day, which also happens to be the same time there’s a lot of sunlight!

Harnessing solar energy does not generally cause pollution. Whilst there are some emissions associated with the production and installation of solar energy equipment these emissions are minimal when compared to generating electricity from fossil fuels. The CSIRO, an Australian government research body estimates that the energy payback is 1.5 years. That is, it takes a solar panel 1.5 years to generate the amount of power it took to make it. This statistic was from 2009 and is likely to be a quicker payback now. Given solar panels are warranted to last 25 years this is quite good.

Solar panels (also known as photovoltaic panels) are installed on your home. The solar panels convert light (photons) into electricity (voltage). Each panel is connected to a microinverter that changes the electric current from DC (direct current) to AC (alternating current). Each microinverter operates independently of the others so that if one stops working your system is still generating maximum power. The energy generated by the microinverters is then sent through your electrical panel to power your home. Any excess power is sent to the utility company. When the sun is not shining your home is being powered by the utility company.

The process of installing solar panels on your home and switching to solar electricity starts with a free survey of your home where we also perform an energy review to determine how photo voltaic solar panels can help reduce your energy costs. We create a custom installation plan that’s efficient and effective without compromising the quality of the results. Before we begin, we will walk you through the entire solar installation process down to the smallest detail to ensure you understand what will be done and how you’ll benefit.

If you’re ready to invest in your future with an environmentally-friendly solution, the question on everyone’s mind is how much do solar panels cost? In Denver, Colorado many believe solar power comes with a hefty price tag. However, solar panels are actually more affordable than many realize. In fact, the cost to install solar power has dropped more than 70% in the last 10 years, allowing the industry to deploy thousands of systems nationwide. In 2015 alone, solar prices dropped by 3% in just one year. Plus, there are now many government incentives and rebates that make residential solar panels more affordable than ever before.

At SunKey Energy, our knowledge and experience allows us to empower our customers to make educated buying decisions. Using the most efficient and reliable equipment, we help homeowners obtain residential solar energy with maximum cost savings—both now and in the future. SunKey Energy is a leading provider and installer of residential solar panels serving communities throughout the State of Colorado and surrounding states. See more info on Solar contractors Colorado. Give SunKey Energy a call at 303-512-3100 to lower your energy costs with renewable solar energy.