Solar Panels: You Too Can Save $80,255.81 with Solar Panels!
All the money you pay on your electric bill should remain in YOUR pocket. If you are still paying your electric company every month, you better READ this. Solar energy is FREE!
The government, your utility company, and other organization have been partnering with people like YOU so if you switch NOW you will get so much cash that in many cases YOUR Solar System will be paid by itself. ZERO down programs are available. We do all the paperwork, permits, design, installation, even maintenance. Don't keep wasting you money. Call us to help you switch to FREE Solar Power. The Best Investment. The Best Decision. |
DON'T PAY Any Other Utility Bill until You Read This
Energy From Solar Panels provides the best options in solar panel, solar system, solar cells, solar power, photovoltaic panels, and solar energy. We are committed to excellence and best prices. You will find here important information about solar cost, cost of home solar panels, solar water heater, and solar installation. Contact us to receive a free estimate for you home solar power solar generator, with alternative energy sources, including our efficient solar roof. We also serve commercial needs. You know that electricity costs going up every year. With us, you can lock in low rates and at the same time take back the power from your utility company. A great way to save money to do or buy the things you want. Plus, you’ll feel good because now you'll be part of the solution, helping to keep our world clean for our children. Get Energy From Solar Panels! |
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We are serving the cities of San Diego, National City, Chula Vista, El Cajon, La Mesa, Spring Valley, Lemon Grove, Santee, Point Loma, Mission Valley, Mid-City, Coronado, Lakeside, Rancho San Diego, Otay Ranch, Bonita, La Joya, Pacific Beach, Imperial Beach, San Ysidro, even Tijuana. Contact us to get you free estimate and start saving money.
Solar Energy Using Solar Photovoltaic Panels
![Energy from solar panels girl happy](/uploads/1/9/8/8/19886979/71674.png)
Solar energy using solar photovoltaic panels have many benefits from the ones related with the inexpensive solar cost, the advantage of using solar panels for home, and the peace of mind of doing your part to keep this world safe.
Solar energy is renewable so we never have to worry about running out of sunlight or using it all up. The sun is a consistent power source meaning it's always going to be there every day. As a matter of fact, the sun is there to provide us his resource so we can have a better life.
Solar energy is environmentally friendly since solar cells don't release anything into the air. Fossil fuels release greenhouses gases, carcinogens and carbon dioxide, plus the environmental damage due to accidents related with its storage and transportation.
Solar panels are extremely reliable since there are no moving parts so you don't have to worry about replacing anything. In fact, most people generate electricity for 1000s of hours with little or no maintenance. Just hose them from time to time and that's it.
House solar panels and it solar cells make no noise while collecting energy which makes this the only renewable energy source that is completely silent.
Solar electricity is cheaper than buying it from a power company. There is a start up cost, but then it starts paying for itself from day one, and once you break even, everything after that is profit. Compare this to paying a monthly bill that increases as the price of the gasoline, and getting no return on investment.
We have a huge variety of solar panel systems available for you to choose, for residential and commercial purposes. Some can cost tens of thousands of dollars, some cost just a couple hundred, some can cost nothing. This means anyone with any budget can get into solar. The residential solar price of solar panels makes them affordable for every family.
Solar energy is renewable so we never have to worry about running out of sunlight or using it all up. The sun is a consistent power source meaning it's always going to be there every day. As a matter of fact, the sun is there to provide us his resource so we can have a better life.
Solar energy is environmentally friendly since solar cells don't release anything into the air. Fossil fuels release greenhouses gases, carcinogens and carbon dioxide, plus the environmental damage due to accidents related with its storage and transportation.
Solar panels are extremely reliable since there are no moving parts so you don't have to worry about replacing anything. In fact, most people generate electricity for 1000s of hours with little or no maintenance. Just hose them from time to time and that's it.
House solar panels and it solar cells make no noise while collecting energy which makes this the only renewable energy source that is completely silent.
Solar electricity is cheaper than buying it from a power company. There is a start up cost, but then it starts paying for itself from day one, and once you break even, everything after that is profit. Compare this to paying a monthly bill that increases as the price of the gasoline, and getting no return on investment.
We have a huge variety of solar panel systems available for you to choose, for residential and commercial purposes. Some can cost tens of thousands of dollars, some cost just a couple hundred, some can cost nothing. This means anyone with any budget can get into solar. The residential solar price of solar panels makes them affordable for every family.
![Energy from solar panels how solar panels work](/uploads/1/9/8/8/19886979/9280651.png?498)
The best part is that you're not required to connect to the power grid. You can be completely self-sufficient and live off-the-grid. Imagine never paying another monthly bill or hook-up charge. Yo will also get more knowledgeable about how much energy you consume to make your house more energy efficient.
Once you get to that point, you can sell excess electricity. If you build a large enough solar panel system, or you manage to use less that what you estimated at the beginning, you can make your electric meter spin backwards, and most power companies will gladly buy or credit you for this excess electricity.
When you invest in a solar panel, and sometime you have no out of pocket expenses, you can cash government tax credits. Most governments will provide some kind of tax credit or incentive for people purchasing solar energy systems.
Contact us to give you a free estimate and discuss your best option so you can have a home solar power and say goodbye to your utility bill.
Once you get to that point, you can sell excess electricity. If you build a large enough solar panel system, or you manage to use less that what you estimated at the beginning, you can make your electric meter spin backwards, and most power companies will gladly buy or credit you for this excess electricity.
When you invest in a solar panel, and sometime you have no out of pocket expenses, you can cash government tax credits. Most governments will provide some kind of tax credit or incentive for people purchasing solar energy systems.
Contact us to give you a free estimate and discuss your best option so you can have a home solar power and say goodbye to your utility bill.
Watts Calculator to Determine Your Need of Solar Energy
![Energy From Solar Panels PV Watts Tool](/uploads/1/9/8/8/19886979/5650920.png?465)
Using typical meteorological year weather data for the selected location, the PVWatts calculator determines the solar radiation incident of the PV array and the PV cell temperature for each hour of the year.
The DC energy for each hour is calculated from the PV system DC rating and the incident solar radiation and then corrected for the PV cell temperature.
The AC energy for each hour is calculated by multiplying the DC energy by the overall DC-to-AC derate factor and adjusting for inverter efficiency as a function of load.
Hourly values of AC energy are then summed to calculate monthly and annual AC energy production.
The DC energy for each hour is calculated from the PV system DC rating and the incident solar radiation and then corrected for the PV cell temperature.
The AC energy for each hour is calculated by multiplying the DC energy by the overall DC-to-AC derate factor and adjusting for inverter efficiency as a function of load.
Hourly values of AC energy are then summed to calculate monthly and annual AC energy production.
The Photovoltaic (PV) Power Systems
![solar photovoltaic panels](/uploads/1/9/8/8/19886979/5074601.png?377)
Photovoltaic (PV) power systems convert sunlight directly into electricity.
A residential PV power system enables a homeowner to generate some or all of their daily electrical energy demand on their own roof, exchanging daytime excess power for future energy needs (i.e. nighttime usage).
The house remains connected to the electric utility at all times, so any power needed above what the solar system can produce is simply drawn from the utility.
PV systems can also include battery backup or uninterruptible power supply (UPS) capability to operate selected circuits in the residence for hours or days during a utility outage.
We ensure that the residential photovoltaic power systems we work on are properly specified and installed, resulting in a system that operates to its design potential.
We based our customer service in key criteria that describe a quality system, and key design and installation considerations that we met to achieve the goal of excellent service.
Our Basic Principles for a Quality PV System
We design system that meets the owner's needs, including reduction in monthly electricity bill, environmental benefits, desire for backup power, initial budget constraints, etc. Then we size and orient the PV array to provide the expected electrical power and energy.
We ensure the roof area or other installation site is capable of handling the desired system size and specify sunlight and weather resistant materials for all outdoor equipment.
Then, we locate the array to minimize shading from foliage, vent pipes, and adjacent structures and design the system in compliance with all applicable building and electrical codes. We take care of all permits needed.
We design the system with a minimum of electrical losses due to wiring, fuses, switches, inverters, and properly house and manage the battery system, should batteries be required.
We also ensure the design meets local utility interconnection requirements.
Most PV systems produce 5-to-10 Watts per square foot of array area. This is based on a variety of different technologies
and the varying efficiency of different PV products.
A typical 2-kW PV system will need 200-400 square feet of unobstructed area to site the system. Consideration should also be given for access to the system. This access space can add up to 20% of needed area to the mounting area required.
Masonry Roofs
Masonry roofs are often structurally designed near the limit of their weight-bearing capacity.
In this case, the roof structure must either be enhanced to handle the additional weight of the PV system or the masonry roof transitioned to composition shingles in the area where the PV array is to be mounted.
By transitioning to a lighter roofing product, there is no need to reinforce the roof structure since the combined weight of composite shingles and PV array is usually less than the displaced masonry product.
Shade Structure
An alternative to roof mounting is to mount the system as a shade structure.
A shade structure may be a patio cover or deck shade trellis where the PV array becomes the shade.
These shade systems can support small to large PV systems.
Estimating System Output
PV systems produce power in proportion to the intensity of sunlight striking the solar array surface.
The intensity of light on a surface varies throughout a day, as well as day to day, so the actual output of a solar power system can vary substantial.
There are other factors that affect the output of a solar power system.
We make sure that these factors are understood so that our customers have realistic expectations of overall system output and economic benefits under variable weather conditions over time.
A residential PV power system enables a homeowner to generate some or all of their daily electrical energy demand on their own roof, exchanging daytime excess power for future energy needs (i.e. nighttime usage).
The house remains connected to the electric utility at all times, so any power needed above what the solar system can produce is simply drawn from the utility.
PV systems can also include battery backup or uninterruptible power supply (UPS) capability to operate selected circuits in the residence for hours or days during a utility outage.
We ensure that the residential photovoltaic power systems we work on are properly specified and installed, resulting in a system that operates to its design potential.
We based our customer service in key criteria that describe a quality system, and key design and installation considerations that we met to achieve the goal of excellent service.
Our Basic Principles for a Quality PV System
We design system that meets the owner's needs, including reduction in monthly electricity bill, environmental benefits, desire for backup power, initial budget constraints, etc. Then we size and orient the PV array to provide the expected electrical power and energy.
We ensure the roof area or other installation site is capable of handling the desired system size and specify sunlight and weather resistant materials for all outdoor equipment.
Then, we locate the array to minimize shading from foliage, vent pipes, and adjacent structures and design the system in compliance with all applicable building and electrical codes. We take care of all permits needed.
We design the system with a minimum of electrical losses due to wiring, fuses, switches, inverters, and properly house and manage the battery system, should batteries be required.
We also ensure the design meets local utility interconnection requirements.
Most PV systems produce 5-to-10 Watts per square foot of array area. This is based on a variety of different technologies
and the varying efficiency of different PV products.
A typical 2-kW PV system will need 200-400 square feet of unobstructed area to site the system. Consideration should also be given for access to the system. This access space can add up to 20% of needed area to the mounting area required.
Masonry Roofs
Masonry roofs are often structurally designed near the limit of their weight-bearing capacity.
In this case, the roof structure must either be enhanced to handle the additional weight of the PV system or the masonry roof transitioned to composition shingles in the area where the PV array is to be mounted.
By transitioning to a lighter roofing product, there is no need to reinforce the roof structure since the combined weight of composite shingles and PV array is usually less than the displaced masonry product.
Shade Structure
An alternative to roof mounting is to mount the system as a shade structure.
A shade structure may be a patio cover or deck shade trellis where the PV array becomes the shade.
These shade systems can support small to large PV systems.
Estimating System Output
PV systems produce power in proportion to the intensity of sunlight striking the solar array surface.
The intensity of light on a surface varies throughout a day, as well as day to day, so the actual output of a solar power system can vary substantial.
There are other factors that affect the output of a solar power system.
We make sure that these factors are understood so that our customers have realistic expectations of overall system output and economic benefits under variable weather conditions over time.
Is Time to Solar Power Your Home or Business
![Energy From Solar Panels Play Clean](/uploads/1/9/8/8/19886979/8706714.png?671)
There are a number of ways our lives affect the environment around us. One of the biggest impacts we have on nature is how we get our energy.
As we require more and more electricity to power our increasingly technological lifestyles, where and how we generate that electricity becomes an important consideration. Solar Energy is one way we can seek to lessen our impact on our planet.
When the sun's energy strikes our planet, instead of being reflected away into space, much of the heat is trapped by our atmosphere. As we release more carbon dioxide into the air, the atmosphere's ability to trap heat increases, raising the global temperature.
The Photovoltaic Cells as a method of alternative electricity generation involves photovoltaic cells, also known as solar panels.
When sunlight strikes the silicon in these cells, electrons are released, and as they move within the cell an electrical current is generated.
This current lasts as long as sunlight strikes the cell. Solar systems often include storage batteries that charge during the day and provide power at night when the cells are dormant.
Solar electricity creates no carbon byproducts. No emissions are released, there are no fuel costs, and the power lasts as long as the sunlight does.
Solar electricity also has an advantage over some renewable sources, such as wind and water generation, both of which require large turbines that can disrupt aquatic habitats or even injure or kill birds.
With no moving parts, solar cells are absolutely safe for the environment, and they are noise free... and maintenance free.
As we require more and more electricity to power our increasingly technological lifestyles, where and how we generate that electricity becomes an important consideration. Solar Energy is one way we can seek to lessen our impact on our planet.
When the sun's energy strikes our planet, instead of being reflected away into space, much of the heat is trapped by our atmosphere. As we release more carbon dioxide into the air, the atmosphere's ability to trap heat increases, raising the global temperature.
The Photovoltaic Cells as a method of alternative electricity generation involves photovoltaic cells, also known as solar panels.
When sunlight strikes the silicon in these cells, electrons are released, and as they move within the cell an electrical current is generated.
This current lasts as long as sunlight strikes the cell. Solar systems often include storage batteries that charge during the day and provide power at night when the cells are dormant.
Solar electricity creates no carbon byproducts. No emissions are released, there are no fuel costs, and the power lasts as long as the sunlight does.
Solar electricity also has an advantage over some renewable sources, such as wind and water generation, both of which require large turbines that can disrupt aquatic habitats or even injure or kill birds.
With no moving parts, solar cells are absolutely safe for the environment, and they are noise free... and maintenance free.
Get the FREE energy from solar panels in you home: San Diego, National City, Chula Vista, El Cajon, La Mesa, Spring Valley, Lemon Grove, Santee, Point Loma, Mission Valley, Mid-City, Coronado, Lakeside, Rancho San Diego, Otay Ranch, Bonita, La Joya, Pacific Beach, Imperial Beach, San Ysidro, and Tijuana. Call Today.