The Basics Of Florida Pv Solar Power Panels

Solar energy generated by Florida PV solar power panels is an important source of renewable energy, with the possibility of meeting many challenges faced by mankind. Solar power is gaining momentum because of its many benefits to the environment and people and not to mention its versatility. Climate changes are causing serious crises such as hurricanes, flooding and unpredictable weather patterns. The presence of a large amount of carbon dioxide in our atmosphere is creating the acidic oceanic environment; killing off marine life. The surge in temperatures is leading to the rapid melting of polar ice caps, increasing sea levels and reduction in wildlife habitats.

Thankfully, humankind has a solution to counter these devastating problems: solar power. By learning how to harness the sun’s energy, we can reduce our reliance on fossil fuels and leave a smaller carbon footprint.

What is a PV solar panel?

Florida PV solar power panels contain photovoltaics (PV). These are simple devices that are capable of harnessing the sun’s rays. Also called solar cells, they are able to convert solar radiation into electricity. Solar technology has no moving parts which mean it produces no noise or pollution. This is a robust, long-lasting and reliable form of technology.

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What is the Makeup of a PV cell?

Silicon is the primary component of solar cells. It is a semi-conductor material that is actually very poor at conducting electricity. Therefore it must be doped with impurities so that it can effectively capture solar energy and convert this into electricity. In appearance, each PV cell resembles a sandwich: two slices of semi-conducting material (silicon).

How does a PV Cell operate?

Photons or particles of light knock the electrons free from the atoms, which generates the flow of electricity. Within a single solar panel are many small units of photovoltaic cells which work in unison. To operate effectively, PV cells must establish an electrical field. Opposite charges must be separated by first doping the silicon with other materials, giving each PV sandwich a negative or positive electrical charge. Phosphorous is often used to add extra electrons with a negative charge. In the bottom layer, boron is added to create a positive charge. Together this creates an electrical field at the PN junction which is located between the silicon layers. Basically, when a photon of light knocks the electron free, the charge will push this electron out of the PN junction.

How to go solar?

If you’re interested in taking advantage of all the benefits that Florida PV solar power panels have to offer, contact Pssolarsystems.

Solar Water Heating Systems For Homes: How Do They Work?

Thinking of adopting green technology in your home? Consider solar water heating systems for homes! This technology enables you to harness the power of the sun and use it to heat your water. Why is it becoming a popular choice amongst homeowners? Apart from its ability to heat water without increasing the carbon footprint, solar water heaters are efficient, guaranteed to reduce your monthly utility bill.

The following is a brief explanation about solar water heating systems for homes and how they operate:

What is a solar water heater?

This is a device that captures sunlight and heats the water in the pipes which can be used for domestic purposes, i.e. bathing, washing, etc.
It has four main components which work together to produce heated water. These are:
1) Thermal Panel or solar collector: This is installed on the roof. It gathers the sun’s rays on its flat surface.
2) Tank: This is where hot water is stored.
3) Circulating Pump: This accessory transports solar energy gathered from the collectors and transfers it to the tank.
4) Thermal Regulator: This device behaves much like a thermostat and regulates the heat of the system.

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How do solar water heating systems for homes work?

The solar collectors on the roof absorb the sun’s light. The panels covert this into heat and pass it onto the water tank via a circulating pump. The thermal regulator triggers this exchange as soon as the temperature of the collector becomes hotter than the water within the tank. This inhibits the circulating pumps from using up too much energy. It also stops overheating.

What is the best way to fit collectors for maximum efficiency?

The collectors are most efficient during the midday in the summer months, pending the sky is cloudless and there is south-facing orientation. Collectors work fairly well in other seasons too, even when they’re facing east or west. For maximum efficiency, a 35 degree gradient towards the horizon is best.

In cases where there is insufficient sunlight, you may have to invest in a back-up system. This will bring the temperature of the water up without emitting carbon dioxide into the atmosphere.

Why opt for a solar water heating system?

With a solar water heater, you have an unlimited supply of sunlight to heat your water. It can provide substantial savings throughout the year. For example, a sun shining on a 1m² roof can replace 100 litres of heating oil and 100 m³ of natural gas. You can use solar energy for up to 70% of your domestic requirements such as running the dishwasher or washing machine, bathing, etc.

An investment in a solar water heating systems for homes will provide a lifetime of savings. To learn more about how this technology works, please contact PS Solar System.

PV Solar Panels: An Elegant Technology With A Bright Future

Ever wonder what those black, shiny boards are on some people’s roofs? Those are PV solar panels or photovoltaic panels. PV panels are a form of solar technology. These panels are capable of generating electricity by harnessing the sun’s energy.

Many cities and towns in the United States receive year-round sunlight. Rather than rely entirely on fossil fuels, many homeowners are recognizing that they too can obtain energy from the sun.

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How do PV solar panels work?

Solar photovoltaic is a sophisticated technology. It is capable of producing electricity from the sun without using any movable parts. Within each PV cell there are small parcels of light energy, also called photons. These are captured by electrons in the PV cell. Enough energy is imparted so that it kicks electrons free from host silicon atoms.

On the upper surface of each cell lies a “one-way membrane”, called a PN Junction. This convergence point is created by spreading small amounts of phosphorous, forming a one-micrometer thin silicon wafer. When a free electron passes this junction, it is unable to turn back producing a negative voltage to form on the surface with a positive voltage on the rear. Both surfaces are joined using an external circuit so that voltage, power and current may be extracted from the cell.

Solar cells are lined behind glass to create photovoltaic modules. With the right maintenance procedures, these cells can last up to 40 years!

A typical solar panel with a collection area of up to 50m2 to power an adequate energy efficient home.

The Future of PV Solar Panels

The world solar energy market is governed by PV technology. A majority of photovoltaic panels contain crystalline silicone within their solar cells. PV technology is rapidly finding widespread use and is especially growing in remote area supplies, satellites and consumer electronics. Recently, there has been a dramatic drop in the cost of purchasing solar panels due to the immense growth in this sector. Solar PV electricity is far less expensive than commercial and domestic electricity obtained from the grid. In keeping with this pattern, we can expect the cost of PV solar panel system to decline further.

PV solar panels are an efficient way to capture and use solar energy. To learn more about how these panels work or to obtain an estimate on installing your own system, please contact PS Solar System.

What Are The Components In A Residential Solar Panels Installation?

Are you considering a solar panel installation? Solar technology can help you reduce your electricity consumption. In addition, it is an environmentally friendly energy source; meaning you’re leaving a zero carbon footprint. Before signing up for this technology, it helps to know what the components of a solar installation are and how they work.

Solar power systems contain an arrangement of solar panels, an inverter with a controller and a mounting system. Your panels, which are typically mounted on the roof and sometimes in the yard, will capture direct sunlight and generate direct current electricity. It is then sent to the inverter where direct current will be transferred into alternating current for use within the home. The controller is responsible for regulating your solar system so that it performs optimally. A normal system is programmed to stop working the moment it experiences a power interruption. In situations where there is no connection to the utility grid or no access to back up power, batteries will be also required.

Listed below are the components in a Residential Solar Panels Installation:

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Whether it’s a commercial or residential installation, for most customers the roof is one of the best places to mount your solar panels. It naturally has the structural requirements that a panel installation requires. With appropriate mounting hardware and flashings, the installer will mount your solar panels. In case your roof is deemed an unsuitable location, other mounting options may be used such as ground-mount, ground pole, trackers, shade awnings, etc.

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Inverter

In a solar panel installation, the inverter is usually installed near your main panel or outside. The components of an inverter are made of solid-state electronics. They have their optimal performance in cool conditions, therefore it’s recommended that you install them out of the sun. Hence, your electrical panel is the best place.

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This enables you to view your panels’ performance via a wireless device or computer. Most solar power companies have a convenient app that you need to download onto your mobile device. This enables you to access solar production statistics anywhere and anytime!

Additional Hardware

In case you prefer a stand-alone energy system or a battery-backed system, you will require additional hardware. Your solar installation company will provide this for you. In some back-up or stand-alone systems, a gas generator may be necessary. The size of your battery bank will vary in size and according to your power load, but most require 10 to 20ft. of space and venting.

Ready for a solar panel installation? Contact Pssolarsystems.

5 Types Of Solar Water Heater in Florida

It is estimated there are currently over one million domestic and 200,000 commercial solar water heaters installed within the United States. Though there are different types of solar water heating systems, their basic technology is quite simple. It begins with sunlight striking and heating an absorber area within the solar collector or storage tank. Solar heaters are typically roof-mounted and can supply 80% of the required hot water for your home. The portable will flow via the tubes attached to the absorber surface. The heat is collected from it. Systems using a different heat-transfer loop have a heat exchanger which will heat up the potable water. This heated water is then stored separately in a preheat or conventional water tank until required. If the water requires additional heating, fossil-fuel energy or electricity can be applied.

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If you’re shopping for a solar water heater Florida, learn the different types that are out there. These include:

#1 Thermosiphon Systems

This system heats an antifreeze fluid called glycol. This fluid will rise via natural convection from the collectors to the storage unit, which is typically placed on a higher level. Pumps are not required in this system. Fluid movement and heat transfer increases as the temperature rises. Thermosiphon systems work best in areas with large amounts of solar radiation.

#2 Direct Circulation Systems

In this system, water is pumped from the storage tank to the collectors during sunny periods. Protection from freezing is obtained by recirculating the hot water from the tank or flushing out the collectors. Since the recirculation system requires increased energy use while the flushing component reduces hours of operation, this type of solar water heater Florida is best used in areas that do not receive freezing temperatures.

#3 Drain-Down Systems

This is an indirect heating system. Untreated/treated water is dispersed via a closed loop. The heat is transmitted across a heat exchanger. If solar heat is not available, the collector fluid drains by gravity to prevent freezing.

#4 Indirect Water-Heating Systems

Freeze-protected fluid is transmitted via a closed loop. Heat is added to the potable water using a heat exchanger. Substances such as water-propylene glycol and water-ethylene glycol are used for freeze protection. This system has an 80-90% efficiency rate.

#5 Air Systems

This is an indirect system of water heating. Collectors will heat up the air and move it to an air-to-water heat exchanger using a fan. This water is then used for domestic purposes. The efficiency of a heat exchanger in air systems lies within the 50% range. Thermosiphon, pump-activated and direct circulation solar water heaters require higher maintenance. A majority of the solar water heaters in the United States are indirect air/water systems.

If you’re considering getting a solar water heater Florida, contact PS Solar System.

5 Points To Consider Before Switching To Solar Energy Systems

Solar energy systems can provide homeowners with a range of benefits. From providing clean power, reducing your monthly electricity bill, to protecting you from the escalating costs of energy, solar energy is a reliable and sound investment.

Before beginning your research on which solar panel to purchase, consider the following five points before switching to solar energy systems:

1) Decrease Your Energy Consumption. Solar energy is awesome, however it still requires a financial investment. Start by reducing the amount of electricity you currently use. Make small changes in your consumption habits. In other words, use less but save more! Decreased consumption means the amount of solar energy you produce will offset total energy usage.

2) Implement Energy Efficient Measures. This is the flip side of the reduction equation. A home that is poorly insulated will leak away energy dollars. Most solar installers will first recommend certain energy efficiency improvements prior to commencing solar panel installation. In some states, this practice is codified into legislation. For example, in the state of New Jersey a higher solar rebate is applicable to home owners who opt for a professional energy audit of their home before solar panel installation.

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3) Carefully read your Electricity Bill. Most people are unaware of the per kilowatt-hour rate they pay for electricity consumption. They aren’t aware of the delivery and supply charges which make up a major portion of the bill. Closely examine your electricity bill and find out the rate structure you’re using. For example, if you’re on a TOU (time of use) structure, it is better to do the dishes and laundry at night when energy rates are cheaper. You might also want to reduce your air conditioner usage during the day when energy rate are most expensive. By becoming familiar with how and when you use energy, you can make changes to your habits and reduce electricity consumption.

4) Assess your Roof and Location. A professional will help you determine whether your roof receives complete sun exposure between the hours of 9am to 3 pm. This is a recommendation to obtain the maximum benefit from our solar panels. In addition, does your roof have southern exposure? Homeowners with a south-facing roof receive maximum sun exposure.

5) Evaluate your Finances. To get started with solar energy systems, you will need to either finance a considerable sum or pay the entire amount upfront. However, most solar panel companies offer excellent (and painless) payment options. In addition, states such as California, Massachusetts, New Jersey and New York offer excellent rebate and incentives on solar panel installations.

If you’re ready to convert to solar energy systems, get in touch with PS Solar Systems today!

Solar Power Panels For Homes: How Many Do I Need?

To determine the number of solar power panels for homes you’ll first need to know your energy goals. Do you want to maximize your investment returns? Do you want to reduce your carbon footprint? Most homeowners cite a combination of minimizing environmental impact and saving money as their primary goals for wanting to switch to solar technology.

To determine the number of solar power panels for homes you must be able to answer the following questions:

How much solar energy will you require?

Start by examining your utility bills. To calculate the number of panels needed, multiply your home’s hourly energy use by peak sunlight hours in the area and then dividing that figure by a panel’s wattage. Use low and high wattage figures to create a range. If this is something you’re unable to figure out, consult a solar expert to provide you with calculations. They can help you determine the number of panels you might need.

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How many watts does your home currently use?

Examine your utility bill to determine average use. Look at the figure stating “Kilowatt Hours/ kWh Used” and look at the time period. Your bill will show the daily average. If not, simply divide the monthly average by 30 and divide the figure again by 24. This will show your average hourly electricity consumption.

On an average, a small home located in a temperate climate zone may use up to 200kWh per month. The average home in the U.S. requires around 900kWh per month or 1.25kWh per hour. This is going to be your target if you want to switch to 100 percent solar power.

One important point to note is solar panels don’t operate at maximum efficiency every day. Weather conditions, lack of sunlight, etc., may reduce your panels’ efficiency. Experts, therefore, recommend you provide a 25% cushion to ensure your solar panels can generate the energy required.

How many hours of sunlight do you receive in the area?

The amount of sunlight hours in your location will impact the energy produced by solar panels for homes. For example, residents in Phoenix and Arizona receive more sunlight hours than residents in Seattle and Washington. However, this doesn’t mean homeowners in Seattle shouldn’t opt for solar; it means they require more panels.

What affects panel efficiency?

Not all solar panels are the same. Each panel ranges in wattages from 150 watts up to 370 watts. Since there is a large variation in efficiency and quality, it is hard to generalize which panels are best for you. The main point is the more watts a panel can produce, the fewer you will need on the roof. This is a rather technical matter which your solar panel installer can assist you with.

Does solar panel size matter?

Yes, it does. If your roof is unusually shaped or very small, the number and size of the panels will matter. In this case, you will have to opt for fewer, high-efficiency solar panels to save you money. Shopping for solar panels for homes! Contact PSSolarSystems.

What Are The Benefits Of Installing Solar Panels On Your Home

Sun has proved to be the biggest source of energy which is renewable and inexhaustible. Usage of solar energy has brought immense benefits to our lives in many different ways. It has revived our hope and confidence that somehow we can reduce pollution and green house effect on this earth, as the energy we derive is clean and pure. It is proving to be a good alternative to traditional electricity, which is derived from fossil fuels. Fossil fuels are non-renewable resources, along with causing harm to the environment when they are burnt to produce electricity. And they were limited in availability create a market with high demand which raises the prices of these resources, making them extremely expensive.

Installing Solar Panels on your homes is the most viable solution to fight against all the above-mentioned issues. Solar panels capture the heat of the sun and convert this energy into electricity, in the cleanest manner without leaving a carbon footprint on this environment. It definitely reduces the electricity bills that were burning holes in your pocket. With each passing year, you are going to experience the reduction in your bill. It is actually more of an investment which will reap you dividends in the long run. Secondly, you would receive tax benefits as the government encourages solar panel installation and appreciates your contribution to saving the environment in the cleanest and purest way possible. Thirdly, if you have installed solar panels on your property, it is going to increase your property value, which makes it more beneficial an investment which is going to bring lucrative returns whenever you decide to sell your property. Fourthly, installing solar panels is going to lead to greater energy security and less dependence on importing fuel from other countries.

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If you partner your solar panels with battery backup, it is an added bonus as it generates power as well as helps you store the power to use it whenever you need it. The solar system liberates you from worrying about its maintenance which is almost negligible if installed by an expert who has the experience in this field and knows his job well.

Installation of the solar panel is too simple which has to go through the simple steps of consultation by the company which you find the most experienced and reliable. Here, it is important to do one’s homework and check the track record of the company. Design and engineering of the solar panel will be advised by the company depending on the location of the house and the amount of sunlight received. Finally, it is time to install and then to operate the system.

We at Property Solutions have been serving South Florida since 2004 by designing procuring, installing and maintaining the solar systems. We are State Certified Solar and Building Contractors, and all our products are well designed and most reliable. We are known for our commitment and dedication. We are a team of passionate workers who take pride in their work. Visit us and call us today for free consultation.

Solar Panels For Residential Purposes

For many years, human beings have been trying to make optimum use of those sources which have inexhaustible energy. The sun, being one of the most important sources has helped in generating electricity which is much cheaper and more efficient. Solar Panels are Photovoltaic (PV) modules that generate electricity by absorbing the sunlight. These modules are a packaged assembly of photovoltaic solar cells. A single solar module can produce only a limited amount of power but in multitude; they produce power which ranges from 100 to 365 Watts. The PV system constitute of an inverter, a battery pack for storage and maybe a solar tracking system. We use solar panels mostly to make our homes more energy efficient, most commonly for Solar Water Heating systems.Solar water heaters can provide us with hot water for the home in the cheapest way possible and with the most effective energy efficient technique.

Every day, with new advancements in technology, one can observe the improvement in efficiency and application of these solar panels.These panels require low maintenance and have proved to be reliable in reducing the carbon emissions. This is not expected of any other alternative source of power, which gives us confidence that soon we would make this world a better place to live in.

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It is important that we keep a few things in mind before residential solar panel installation:

Firstly, the homeowner must assess the consumption of electricity at his place. It includes the use of all the electrical appliances at home. This assessment gives an idea as to what should be the size of the solar energy system to be installed.

Secondly, it is a must to seek help and guidance from the installer to know if the solar panels will be effective or not and the place where they should be installed. As, these solar panels are going to stay for long on the roof of the house, it is important that any repair or mending of the roof must be done before the installation.

Thirdly, taking information from the installer about the installation and maintenance is very essential. One must also find out about the warranty of the same and any other cost benefits or discounts / offers the company is offering.

Fourthly, checking the reputation and credibility of the installation company is required so that one knows that one is in safe hands as working with a company with high professional ethics and expertisemakes it hassle-free for the customers.

Property Solutions has been serving the residents of Florida since 2004 and we have given many reasons to our clients to trust us. We are a State Certified Solar and Building Contractors who have been into the business of designing, procuring, installing and maintaining the Solar Energy Systems. We are thoroughly professional in our approach and our dedication towards our work and honesty in our attitude has won us many customers whom we serve with immense happiness. It is indeed a matter of pride for us that we have contributed in making our state cleaner and energy efficient.

To know more about us, call us for free in home consultation.

Everything You Need To Know About Solar Water Heaters Florida

Solar Water heaters Florida are often called solar domestic hot water systems. This is a cost-effective method of generating hot water for your domestic needs. In addition, they may be used in any weather or climate! What fuel source do they rely upon? Sunshine-and it’s free!

Types of Solar Water Heating Systems

In a solar water system, there is a solar collector and a storage tank. This forms one of two types of systems: an active one with controls and circulating pumps or a passive form.

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Active Systems

There are two types of active solar water heaters:

Direct Circulation Systems: The pumps circulate water via the collectors into the house. They operate in just about any climate where freezing is not a concern.

Indirect Circulation Systems: The pumps circulate a heat-transfer fluid via the collectors and the heat exchanger. The water heats up and flows into the house. This type of system is commonly used in areas with freezing temperatures.
Passive Systems

This type of system is less expensive than an active one but not as efficient. They are however more reliable and durable. The two types of passive system solar water heaters are:

Integral collector storage: These are best used in areas that do not experience below-freezing temperatures as well as in homes that have significant day and evening hot water requirements.

Thermosyphon systems: Water begins to flow when the warm water rises and the cold water sinks. The collector is installed below the tank enabling warm water to rise into it. Although these systems are very reliable, attention must be paid during installation and particularly to the roof design as these tanks are quite heavy. Thermosyphon systems are also more expensive than integral collectors.

Types of Storage Tanks and Solar Collectors

Solar water heaters require an insulated storage tank, an inlet and an outlet which connects to and away from the collector. In a two-tank system, the water is preheated by the solar water heater before entering the conventional heater. In a one-tank system, a backup heater is placed within the solar storage.

In residential applications, three types of solar collectors are utilized:

Flat Plate Collector: These are glazed, insulated and weatherproofed boxes which contain an absorber plate under a glass/plastic cover.

Integral Collector Storage: Also called batch systems feature one or more black tubes or tanks in a glazed box. The cold water will pass through the solar collector which will preheat the water. Then it continues to the backup water heater for a reliable hot water source. These may only be installed in mild freezing climates because the outdoor pipes may freeze in harsh cold conditions.

Evacuated Tube Solar Collectors: These feature parallel rows of glass tubes. Within each tube is a metal absorber tube which is attached to a fin. The coating on the fin absorbs solar energy and inhibits heat loss. This type of collector is often used in commercial applications.

Before purchasing any type of solar water heaters Florida, it pays to heed to study and understand the different types of systems out there. Getting in touch with a solar energy company like PS Solar Systems can greatly help in this matter