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Solar Tax Credit Facts and Information: Use It Before It Runs Out

Posted by SEPCO

1/26/15 10:00 AM

Federal-Solar-Tax-CreditThe solar tax credit helps homeowners and businesses alike to lower the cost of using solar for their home and business. This tax credit provides a 30% Federal Tax Credit that can be applied to homeowners towards their personal income tax or to businesses to apply towards their Federal business income tax. This can add up to huge savings. And if all of the money isn’t used that year, it can be rolled over to the next, up to five consecutive years.

The Federal Solar Tax Credit is only good till December 31st, 2016 and the solar project needs to be purchased and installed before that date. This leaves just under 2 years left to take advantage of this and there is no word yet to extend the program. The best information in regards to the Federal Incentives is DSIRE – Database of State Incentives for Renewables & Efficiency. Best of all, they have a complete list of all state and local incentives as well sorted by state to increase the savings of a renewable energy project, not just solar.

Who Qualifies?

Residences qualify for their home, whether new construction or existing, and for their first and second residences; however, rental properties do not fall under this program. This is for full installations and not for PPA – Solar Power Purchase Agreements or Solar Leases as the tax credit goes to the company  you work with instead as the savings is typically already figured into your agreement.

For Profit Businesses qualify for their business, both new and existing construction. These systems typically are much a larger scale than a system for a residential application and are almost always completely owned by the business.

How To Calculate?

Both residential and businesses applications include the purchase and installation when calculating the tax credit; the only difference is how discounts are calculated. With residential applications, if the owner is able to get a state, local or utility rebate, that amount is deducted before you do the final calculation for the Federal Tax Credit. For example, a $20k system that qualifies for a $5k state rebate is then only calculated as $15k on the Federal side.

Businesses on the other hand get the complete $20k as their Federal Tax Incentive regardless of the rebates and other incentives they qualify for. This is due to the way the IRS considers the other incentives. Businesses pay taxes on all incentives as the IRS considers it income, whereas with residential, the IRS considers it a reduction in cost.

Other Incentives

There is a lot of information in regards to all other types of incentives on DSIRE’s website; however, there are other resources available. Doing a good search online and asking your local solar representative is the best way to find all the incentives available for you. Most solar companies have a good familiarity with incentives that are available and would be able to do the search to help you find everything that is available.

What About Nonprofits?

Nonprofit companies are not able to take advantage of the Federal Tax Credits and are stuck with the whole bill; however, there is some hope. There are grants that nonprofits are able to take advantage of which can be found online. Other suggestions include fundraising (get your community involved in what you are trying to accomplish), crowdfunding (so much good can come from a crowdfunding campaign) and leasing (let the solar company take advantage of the incentives and give you a lower price). There are more details in a post done last year: Finding Funds for Nonprofits Renewable Energy Projects.

In the end, no matter what your project is backed by, there is funds available to make your solar project come to life. Speak to your solar specialist to see what they can do to help work through the red tape and make the sun shine on your solar system.

Blog Solar Lighting CTA

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Topics: Solar Power, Funding

Advantages and Benefits of Solar Power Systems

Posted by SEPCO

1/12/15 10:40 AM

In 2012, I went to Wiki Answers to help provide you a post on the Solar Power Advantages and Disadvantages. In the last three years, a lot has changed in the solar industry and I thought it was time to reevaluate these and see what has changed over time and focus more on the positive, but don’t worry, we’ll hit the disadvantages to be fair.

Financial Advantage of Solar Power:

One of my favorite sites One Block Off The Grid (Now Pure Energies) provided an Infographic the year I wrote the original article: How Much Does Solar Cost? that showed the average cost and savings around the US at the time. SEIA states that as of Quarter 2 of 2014, solar prices have decreased 64% from 2010 and installations have increased dramatically. Between 2012 and 2014, the average price of traditional energy sources increased around 5% over the last two years and is projected to increase even more (see the Short-Term Energy Outlook provided by the EIA). With the large decrease of solar and the steady increase of standard forms of energy, solar is making more and more financial sense.

Pure Energies Infographic

That’s not the only financial advantage…for two more years; the Federal Tax Incentives are still available along with many state and local incentives that increase the financial savings of installing solar. These are mostly available for companies, groups and individuals who pay taxes; however, for all the non-profit organizations, there is still money available through grants for solar power and other solar rebates and incentives. There is a lot of financial assistance available to help lower the cost of the solar system even further.

Green Benefits of Solar Power:

Keep Calm and Go SolarSolar power is a renewable resource. Every day, enough solar energy hits the Earth’s surface to power the total requirement of energy for 27 years says the Texas Solar Energy Society. That is a lot of power! Harnessing this requires a lot of solar installations, and over the course of the last couple years, we have been able to increase the amount of solar energy we can harness. 2014 alone provided an increase of over 100% from the installations of 2013 says Renewable Energy World, from 6,048 GWh in 2013 to 17.5 GWh in 2014. These solar installations will continue to produce power for 25 years or more with little to no maintenance.

With all this growth, the amount of CO2 that has been diverted is amazing, and it doesn’t just stop there, it will continue the longer these systems operate and the more installations that are completed. And these benefits are not just for the local area, homeowner or business with the installation, the installations have a ripple effect on their surroundings and across the globe. The more solar we install, the more we work together to combat greenhouse gas emissions and global warming as we are lowering our dependence on fossil fuels.

Economic Benefit of Solar Power:

Green JobsNot only does solar power save money and lower our dependence on fossil fuels, the job creation has been huge for the solar industry. As of 2013, there were over 142,000 Americans working in the solar industry with new jobs being added all the time. A great overview of the jobs provided by the solar industry can be found on The Solar Foundation National Solar Jobs Census 2013. The more jobs the solar industry creates, the more solar systems get installed, the more we save.

Recently we learned that a select number of companies are also offering solar power systems to their employees in the Group Energy programs. This is a great concept and one that hopefully will catch on all over the US in 2015. Employees do not receive free solar; however, they do get a discount on their home solar power assemblies. Best of all, this discount can also be used in conjunction with the 30% Federal tax credit. Talk about a job perk.

Disadvantage of Solar Power:

Okay, we covered the three most prominent advantages of solar power, and those are quite heavy players, so what about the disadvantages of solar power? There are still a few things to consider, such as efficiencies are still not as high as we’d like to see in the mass market, still hovering around 15% to 20%, but advances are constantly happening to increase this efficiency rating.

Also, areas with a lot of overcast or foggy weather do not perform as well as areas with a lot of available sun. This doesn’t mean that these areas shouldn’t install solar, but it may be more efficient to combine solar with other technologies such as wind power as well. This would also allow for power generation to occur even at night.

All in all, solar is becoming more viable of a source of energy, and combined with other renewable energy sources, is working towards lowering our dependence of fossil fuels and will keep us moving in the right direction to fight global warming. All solar power systems, large and small, provide some form of an impact to our environment for the positive.

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Topics: Green Ideas, Solar Power

2014 SEPCO Blog Year in Review

Posted by SEPCO

12/30/14 9:30 AM

SEPCO_Blog_2014_Review 

We wanted to highlight our top 5 articles for 2014 and provide you a little peek at what is coming up in 2015. We also wanted to thank our readers for continuing to come back for more information on solar lighting, solar power, green ideas and renewable energy news and information.

  1. 13 Solar and Lighting Terms to Know

This article covers a lot of terms found in the solar power and lighting industry and what they are actually referencing. This information is great to get you well-informed on industry terms and their meanings when communicating with a solar power or lighting company.

  1. Solar Street Light Components: What’s in Your System?

This article covers the different components that are in a commercial solar lighting system and the variations that can occur. There are many options and knowing what should be included in any commercial solar street lighting system will help you make sure you get all the necessary components to operate the system correctly.

  1. Why a Minimum of Five Days Autonomy is Important for Off Grid Solar

Five days / nights autonomy is required to make sure your solar power / lighting system operates as intended and provides reliability and longevity to the systems. This article covers why this is needed and how, in more northern climates, this can make or break a system.

  1. What You Need To Know About Light Distribution Patterns

Distribution patterns ensure that the required area you need to light is covered by the fixture or fixtures. Different distribution patterns are used for different applications. This article reviews them and explains the different applications each type of light pattern is used for.

  1. 4 Questions to Answer Before You Get a Solar Lighting Quote

There are four primary questions that should be asked before you get a quote and this article covers them and why. These questions make sure you are not getting a packaged “off-the-shelf” system that may or may not work how you expect it to for your application.

That wraps it up for 2014 and the SEPCO Blog. We here at SEPCO wish you a wonderful and fruitful 2015. See you on the flip side.

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Topics: Solar Lighting, SEPCO News & Information, Solar Power, LED Lighting

4 Stunning Examples of Remote Solar Systems

Posted by SEPCO

10/16/14 9:30 AM

Solar power can be a beautiful thing to see, especially when it provides the power with little to no damage to the surrounding area. Here are four examples of remote solar power systems that provide utility and are stunning in their installations.

Seismic-Station-1Seismic Station Solar Power

A seismic station collects data about underground activities such as earthquakes in the nearby area. Since a lot of these types of applications are not located near a power source, solar powered seismic stations are a great choice to power the data center and transmit the information over satellite, phone or internet. These types of remote solar systems require a lot of solar power and backup battery to ensure that the system is always operational; however, the systems, like in the example photo, can be completed with little visual impact and be installed in just about any location required.

 

WiFi-Power-2Wi-Fi Solar Power Station

First installed as a Wi-Fi station to be solar powered in a remote location, this solar power system was installed on a movable skid that allows for easy transportation from one location to the other. This system powers a Wi-Fi station to broadcast the signal to the nearby area for local uses and can also be used for Wi-Fi signal repeater stations to keep the world connected, especially with everything being networked today. Like the seismic stations, the Wi-Fi power stations also need to provide enough solar power and battery backup to ensure that the system runs reliably in the field and is always operational.

 

Vehicle_OverheightVehicle Over-height Detection System

A vehicle over-height detection system is typically installed in a remote area along a highway. This alerts truckers that there is a low bridge coming up, and if they are too tall, to take a pre-determined detour to avoid collision with the bridge. This ensures the safety of not only the truckers, but the other travelers on the roadway. One system is configured to run the detection system and further down the road the flasher and sign will be operated by a separate solar power system. Since there is not always power in the nearby area, solar is a wonderful way to be able to power these types of applications.

 

Solar-Camera-1Solar Camera on Golf Course

Golf courses require security for vandalism and trespassing; however, there is little power out on the green. Using solar powered security cameras allow for no damage to the green for installation of a security camera system, especially those areas that are far from a clubhouse or normal security patrols exist. Installing a security camera in these vulnerable areas that can transmit the feedback to a central station for onsite security crews allows for extra visibility in these areas for the safety of golfers and homeowners in the nearby area.

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Topics: Solar Power

Harness the Sun to Power Your Home

Posted by SEPCO

9/9/14 9:30 AM

SunThere has been a growing trend in recent years towards clean, renewable energy. Many consumers have explored the benefits of meeting some or all of their energy needs through renewable energy, such as wind or solar energy. One of the most common and popular options is the installation of home solar panels. When done properly, these solar panels can generate a large amount of electricity, greatly reducing the bill being paid to the electric company.

Over time, it is very possible for the investment in solar energy to pay for itself and more, all while being clean and renewable. The first consideration when looking in to solar panels is the upfront cost. Depending on the size of your house and the amount of energy you are looking to produce, this can be a sizable investment. In addition to investigating the cost of the panels themselves, you will want to look in to the cost of getting the panels installed on your roof and connected to your home's electrical system.

While it is possible to do the installation yourself, most consumers will want to hire professionals to make sure the job is done correctly the first time. The amount you pay for a professional installation can be significantly less than having to redo the project later. In certain areas, especially northern latitudes which gets fewer hours of sunlight, you may not generate enough energy through solar for it to be your only source of energy. Be sure to carefully monitor your energy usage to determine if you can get by with just solar energy, and reach out to other homeowners who have made the switch to solar. They will be able to give you an estimate on how much energy you can expect to generate through solar panels.

Other homeowners can also be an excellent resource on where to buy panels and how to install them. If need be, you can also look in to options such as wind, or see if your electric company offers any partial-year options; you may be able to use solar energy throughout the summer and just need the extra electricity during the winter months.

In addition to the actual installation, you will want to look in to any laws in your area regarding solar panels for homes. While solar panels are becoming increasingly prevalent, there may be rules or regulations which can come in to play in your particular case, so you will want to be aware of them. In addition to any laws, you will want to check with any homeowners association, landlord, or other entity which has any say in your home to make sure you can install your solar panels. It is also worth looking in to any tax credits you may qualify for by switching to solar energy.

About the AuthorShashank Kirloskar is a professional business analyst. Apart from his profession he is a freelance writer for Lancosolar.com. He loves writing and sharing articles related to solar energy and companies offering solar panel for homes and commercial buildings.

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Topics: Guest Post, Green Ideas, Solar Power

How To Clean and Maintain Your Solar Light or Power System

Posted by SEPCO

8/19/14 9:30 AM

Solar Light Cleaning and Maintaining

Since there are no moving parts to a solar lighting or solar power system, maintenance is quite easy and doesn’t need to be performed often. Even if your system is at a slope and it rains often where you live, buildup of dirt and debris can still accumulate on the solar panels. There are a few things to do once a year to ensure the system runs at peak performance year after year.

Clean the Solar Panels

Cleaning the solar panels on any system is quite easy and does not take much time. Creating a solution of soap and water, using a soft brush and squeegee will get your solar panels back to their installed luster. You need to do this early in the day, before they start to really heat up from the sun. This is similar to washing your car, and with the steps below, you will be done in no time.

  1. Hose off the panels to wet them down and wash off any loose dirt and dust.
  2. Take your soft bristle brush and soapy water and scrub down the panels. Take mind to any hard to get off spots by gently using your finger or allowing the soap to soak for a minute or two and try again.
  3. Rinse the panels off thoroughly making sure to leave no soapy residue.
  4. Use the squeegee to remove all water to leave no water spots when it dries.

Other Maintenance

While you are there working on cleaning the panels, this is a great time to check all connections for any problems such as chewed wires or conduit, inspect the light fixture (if there is one) for any problems from weather, vandalism or wildlife, and make any replacement or repairs as needed. This is also a great time to replace the batteries if it has been between five and seven years.

That is all there is to cleaning and maintaining your solar light or power system. If you discover any issues, you can contact the manufacturer to troubleshoot the system further or purchase replacement parts. You can also check out our quick and easy troubleshooting guide for more information on any issues you may come across.
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Topics: Solar Lighting, Solar Power

6 Questions to Ask Before Going Solar

Posted by SEPCO

7/24/14 9:30 AM

Before_Going_SolarAs with any investment, purchasing solar panels for your home is a decision that shouldn't be made lightly. You will need to consider many factors and avoid the numerous pitfalls. By hiring the right company and asking the right questions, you'll be able to benefit greatly from solar panels.

It is important to decide if having solar panels installed on your house is the right decision for your situation wants and needs. Solar panels offer many impressive benefits, but there are other factors to consider. We take a look at what questions you should ask before you make the switch, and the pitfalls to avoid.

1. Is the company and brand of solar panels you’re considering reputable?

You should ask the companies if they use a reputable brand of solar panels. If you can't find much information about the brand or manufacturer, then you shouldn't use those particular types of solar panels. The solar company you go through should have fully trained employees, with skilled technicians and installers to help you with the process.

Don’t be afraid to ask how long the company has been in the business. An established company that has served many customers with a portfolio of work and testimonials tends to be a company that you’re able to trust and relay on. Years of satisfied customers means good work and a reputable company will be more than willing to show off their good work and previous clientele.

In the solar business, there are unfortunately many people trying to sell cheaply made solar panels and rip customers off. Opting for a cheaper solution or a company that doesn’t appear reputable will only lead to inexperienced installer doing the job for you, additional and costly repairs, and a service that won’t follow up on you and the product after it’s installed.

By concentrating on quality above anything else and working with the right company, you’ll be able to determine whether solar panels is a good investment for your home and avoid costly mistakes.

2. Should you lease or buy solar panels?

Depending on your goals, there difference between purchasing your own solar panels and leasing can vary dramatically. Because every homeowner has different goals, the “right” payment option for each person can change.

Whilst the initial cost of purchasing solar panels yourself can be expensive, most homeowners prefer to do so. The ongoing savings on power bills solar panels offer ensure the initial expensive of them are paid off in 10 years, depending on the home. Cash rebates can also reduce the cost of the system by 10%-50% and with government incentives in place, tends to be the better option for most people.

For those that choose to lease solar panels, the long-term financial benefits will be less than those of purchasing. The advantage though is that the upfront costs are lower and any maintenance or repairs become responsibility of the leasing company, not you. Lease terms are generally for 20 years but some can range from 10-20. To find out what option is best for you, it’s best to speak with the solar power company about your specific situation.

3. Does the cost outweigh the benefits?

There is no point in investing in something that doesn’t serve you and so weighing up the cost and benefits is crucial. For homeowners that haven’t yet experienced the benefits of solar power firsthand, making the switch can be fairly daunting with the costs involved.

On the brightside though, (pun intended) the savings through solar power are significant – not to mention the environmental impact it has too. Over the last few years, everyone has fallen victim to the ongoing utility costs on the rise and we’re all looking for ways to cut down on how much we spend. Installing solar powers and taking advantage of the sun’s energy is one of the best ways to do this.

Government incentives and tax breaks sweeten the deal for homeowners wanting solar a little more, the system and panels add value to your home and the sustainable energy is a growing and beneficial industry. Whilst the initial cost can seem like disadvantage, solar power systems are one investment that will pay off and give years of enjoyment. Always ask your solar company to go through the individual costs with you. You can bring a copy of the last few utility bills too to determine if the cost will really outweigh the benefits in your home.

4. What is the type of panel mounting system that’ll be used?

Understanding the type of panel mounting system for your home, and the materials it’s made of will ensure you’re getting a durable system. Look for mounting systems that are made from either stainless steel or aluminium.

When solar panels are installed, the mounting system is what balances everything and holds it into place. Check with the company whether roof mounts, ground mounts or pole mounts would be best for your home and how this can impact on the system quality and price. The most common style of system mounting is on the roof and this is held together by metal brackets between the solar panels and roof to ensure the panels do not overheat.

5. Will you be able to produce enough power in your location?

The biggest advantage of solar power is that it relies on the sun for its power source, making it absolutely free. But, this would be pretty useless if your sun gets little to no sun right? Cloudy days can be an issue and locations that suffer all year round winters can be very indecisive about making the switch.

To accommodate for lack of sun, a large number of solar powers can be needed to produce greater amounts of electricity. This can require more roof space and money so it’s best to check with your company if this will affect you.  If you’re unsure, ask a reputable solar power company. Most companies will come to your home and conduct a site examination, including shade analysis which helps to determine whether solar is the best solution for you.

6. How long will the solar panels last for?

No homeowner wants to fork out money for an investment that won’t last the distance. This is why choosing a company that is reputable and trustworthy, and that uses quality a product is of the upmost importance. 

The lifespan of solar panels depends on several factors including the quality of the materials, and the specific manufacturer. Look for products that come with a long warranty, and this shows the manufactures commit and belief in the product. Companies that offer only a few years warranty on their products is best to stay away from, you should be looking at least 10 years.  A durable and reliable solar panel inverter and mounting system will last the distance.

Author Bio: This article is written by Aidan Jenkins , Managing Director of Infinite Energy, Australia’s market leader in quality solar power systems. 

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Topics: Guest Post, Green Ideas, Solar Power, Renewable Energy

Safety with Solar Powered Vehicle Overheight Detection Systems

Posted by SEPCO

5/27/14 9:30 AM

Vehicle-Overheight-3The National highway system is a great way to get from one place to another in a short amount of time. Running all over the country, highways are full of travelers, including our busy truckers bringing product to its final destination. There are many areas that have not been updated to changing sizes of vehicles over the years. Overheight vehicle detection systems provides safety to truckers and other travelers on the road by making sure they can get through the area safely, or provide information for a detour to safely route the larger trucks around the obstacle.

A lot of these low lying bridges and overpasses are in rural areas where power does not exist. Solar powered vehicle overheight detection systems provide the needed power to these areas to power the systems to alert truckers on size restrictions. If the truck is detected to be too high for an upcoming bridge or overpass, a message will show with flashing beacons to attract the attention of the truckers allowing them to safely exit the highway and go through the detour. These systems can be installed in any location and use the solar power system to provide the power to the flashers, message board and detection systems.

The solar panel can be installed on the same pole with all other equipment necessary for this type of application. We work alongside companies to provide these DOT certified systems for installations all over the US. Our solar electric power assemblies are supplied to companies to provide power to their equipment in installations such as this. Since solar power is a great way to get energy where standard grid does not exist, providing a durable, long lasting solar power system with a minimum of 5 days backup storage is key to keeping our highways safe for truckers and travelers alike.
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Topics: Solar Power, Traffic & Warning Flasher

Why a Minimum of Five Days Autonomy is Important for Off Grid Solar

Posted by SEPCO

5/13/14 9:30 AM

Off-Grid-SolarI am often asked why a minimum of five days autonomy is used when sizing off grid solar power systems for lighting or remote power locations is used, so I figured I’d write a quick post about this to explain. There are a lot of factors that go into sizing off grid solar lighting systems, but one of the most important factors is autonomy. Here’s why:

Sometimes the sun doesn’t come out tomorrow

There are times where it is overcast or rainy all day. There is always some solar radiation hitting the earth no matter what, but you can’t always guarantee it will fully charge the battery back to full. At night, the lights will turn on, and by ensuring there is at least five days autonomy will ensure that your lights will run still even after a couple overcast and cloudy days. No one wants to be left in the dark after some bad weather.

Batteries need to last to make the system cost efficient

Rechargeable batteries come with a number of cycles. To make the batteries last, using only a fraction of the power out of them before recharging them will make sure they last longer than if drained to completion after every use. Using such items as a low voltage disconnect and oversizing the batteries for at least five days, seven or more in areas with low sun, can ensure the batteries will last the full five to seven years. This lowers the maintenance of the system and reduces the number of times you have to replace the batteries.

Temperature will affect your battery

Heat and cold both effect battery life and need to be considered when sizing off grid solar. Sizing for a minimum of five days makes sure there is plenty of power for times of extreme heat and cold, making sure the systems work properly.

After all is said and done, a minimum of five days autonomy will ensure your systems work under almost any condition. Remember, if you are in the far north, sizing for seven days or more would be recommended as the winter provides less sun and harsher conditions than southern areas. So next time you are looking for an off grid solar light or power system, make sure you are getting a properly sized battery bank to keep the system running perfectly all year round.

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Topics: Solar Lighting, Solar Power, Solar Lighting Design

What is Included in a Remote Solar Power System Package

Posted by SEPCO

5/8/14 4:35 PM

Atlantic-Group-5

Remote solar power systems provide power to areas where power doesn’t already exist or is difficult to bring out the grid. These types of systems can operate anything from a small light to large scale applications. Every system should be built to specification of the device they are operating and provide enough backup power for times of bad weather.

When purchasing your remote solar power system package, make sure to understand exactly what is included and what you should expect to receive. Different manufacturers may include different brand of components, but the standard complete system should be comprised of the same type of parts.

Solar Panels – The first and biggest component of a remote solar power system is the solar panels. Each panel is able to produce a certain amount of power, so make sure to get specifications on the panel to find out exactly what you should expect. A solar panel is comprised of silicon cells placed on a grid and protected by glass and framing. Additional panel protection is useful in areas where there are high chances of vandalism or wind-blown debris. The protection can be in the form of Lexan on the top of the solar or aluminum riveted to the back of the solar.

Battery Assembly – The next component to pay close attention to is the battery assembly. Making sure there is enough power in the battery to handle the load can make or break the system. You never want the battery to completely deplete down to zero, especially not every day, due to cycling of the battery. Batteries only hold a number of cycles, and if you deplete your battery to nothing every day, your battery system will only last a short amount of time. This also does not provide backup for times of little sun due to inclement weather. A minimum of five days autonomy is best for most applications, more for areas with a lot of snow or bad weather.

Charge Controller – The charge controller tells the system when to charge the battery and when to utilize the power. Your charge controller should always have a LVD Low Voltage Disconnect so that if the batteries get below a certain point, they will no longer pull the power and wait for the batteries to be recharged by the solar. The charge controller also tells the battery when night has come and to turn on the system when you have dusk to dawn system. Additional control options can be used to provide different operating requirements.

Making sure all components of your remote solar power system’s package are high grade and can meet the specifications of the load will ensure your system will run reliably for years. Remember, solar panels last 25 or more years, batteries should be replaced every five to seven years and your charge controller varies, but should be good for about 10 years or more. Researching companies and getting the specifications and warranty information of each component will help you choose the best system for your application.

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Topics: Solar Power, Renewable Energy

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