Consulting
Installation
Maintenance
Consulting
Our specialist will provide you with a customize proposal including your energy savings and product recommendations.
Installation
Quality and safety is our best attribute. Our installers are certified professionals in phtovoltaic installation.
Maintenance
Our trained Technicians will identify all the problems and will provide you with the best solution.
HOW DOES SOLAR ENERGY WORK?
When a solar power system gets installed on a roof or ground mounts, the most common type of solar panels used are photovoltaic (or “PV”) panels. The panels absorb light particles, called photons, from the sun. These particles then flow through the semi-conductive materials in the panels, creating an electrical current. Solar panels will convert the captured sunlight to DC electricity. An inverter then converts DC electricity to AC, which powers your home or business. Current technology has produced sleek black solar modules that aesthetically complement any architectural style.
PHOTOVOLTAIC
PHOTOVOLTAIC
How Do Solar Panels Work?
Frequently Asked Questions
Do Solar Panels work during rainy and cloudy days?
YES ! Solar panels do not need sunshine to get electricity, they get energy from the UV Rays
What is Net Metering?
Net Metering is a great benefit offer in the State of Florida, when a homeowner produces more power than the house can use; the excess electricity is automatically sent to the grid building a “bank” of credits with your utility company.
What if I loose power?
For the safety of workers that are fixing the power outage, it is utility regulation for solar systems to shut down during power outages. Luckily we have you cover !
What if I sell the house?
If you sell the house you could have the ability to transfer your solar agreement to the new buyer; the process is very easy and offers electricity savings; which is a great selling point when your home is on the market.
The Power of Photovoltaic Cells
Solar cells – (PV) cells, are manufactured with a positive and negative layer to mimic the electric field of a battery. This allows PV cells to serve as semiconductors that capture the photons from sunlight and transform them into direct current (DC) electricity.
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