Category: Solar Energy

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Can you sell power back to the grid in Oregon

Many Oregon residents wonder if they have the opportunity to sell excess power back to the grid. If you are considering renewable energy sources like solar panels, understanding the regulations around selling power back to the grid in Oregon is crucial. In this blog post, we will research into the process and requirements for selling power back to the grid in the state of Oregon.

Key Takeaways:

  • Net Metering Program: Oregon offers a net metering program where residents with solar panels or other renewable energy systems can sell excess power back to the grid.
  • Eligibility Requirements: To participate in the net metering program in Oregon, homeowners must meet certain requirements, such as having a renewable energy system that meets state regulations.
  • Financial Benefits: Selling power back to the grid can help homeowners offset their energy costs and even earn credits on their electricity bills, making renewable energy investment more financially viable.

Oregon’s Net Metering Policy

What is Net Metering?

The Net Metering policy allows you to connect your renewable energy system, such as solar panels, to the grid. When your system generates more power than you need, the excess electricity is sent back to the grid, and you receive credits for it on your utility bill. This helps offset the costs of the electricity you draw from the grid when your system is not producing enough power.

How Does it Work in Oregon?

The Net Metering policy in Oregon allows you to receive full retail credit for the excess electricity your system generates. This means that for every kilowatt-hour of surplus energy you send back to the grid, you receive a credit equal to what you would pay for the same amount of electricity. These credits can be used to offset your future electricity bills when your system is not producing enough power.

Work with your utility company to ensure that your renewable energy system meets the requirements for net metering in Oregon. They will install a special meter that can track the energy flow in both directions, allowing you to accurately receive credit for the surplus electricity you generate.

Eligibility and Requirements

Who is Eligible to Sell Power Back to the Grid?

Little is known about who is eligible to sell power back to the grid in Oregon. Typically, residential homeowners, commercial property owners, and industrial facilities with renewable energy systems, such as solar panels or wind turbines, installed on their properties can participate in net metering programs.

System Size and Installation Requirements

Grid-connected systems that are eligible for selling power back to the grid in Oregon must meet certain size and installation requirements. These requirements vary depending on the utility company and the specific net metering program. It is important to consult with your utility provider or a qualified installer to ensure that your renewable energy system meets the necessary criteria.

Plus, the Oregon Department of Energy offers resources and guidelines to help property owners navigate the process of installing renewable energy systems and connecting them to the grid. By following these guidelines, you can ensure that your system is compliant with state regulations and eligible for selling power back to the grid.

Interconnection Standards

Installation of renewable energy systems must adhere to interconnection standards set by the utility company and the Oregon Public Utility Commission. These standards ensure the safe and efficient integration of renewable energy systems with the existing grid infrastructure. It is crucial to understand and comply with these standards to participate in net metering programs and sell power back to the grid.

Sell power back to the grid in Oregon after meeting the interconnection standards. These standards outline the technical requirements for connecting your renewable energy system to the grid, including safety measures, equipment specifications, and testing procedures. By following these standards, you can ensure that your system is properly integrated and able to sell excess power back to the grid.

Benefits of Selling Power Back to the Grid

Reducing Your Energy Bills

Benefits of selling power back to the grid in Oregon include the opportunity to participate in the state’s net metering program. Oregon Net Metering allows you to earn credits for the excess electricity your solar panels generate. These credits can significantly reduce your energy bills by offsetting the cost of the electricity you consume from the grid.

Generating Revenue

Reducing your energy bills is just one way selling power back to the grid can benefit you. Another advantage is the potential to generate revenue through net metering. By selling the excess electricity your solar panels produce, you can earn additional income, turning your solar investment into a profitable endeavor.

Generating revenue through net metering not only helps offset the initial cost of installing solar panels but also provides a steady stream of passive income for you over time. This additional revenue can make a significant difference in your financial stability while helping to promote sustainable energy practices in your community.

Environmental Benefits

Reducing your carbon footprint and contributing to a cleaner environment are necessary benefits of selling power back to the grid in Oregon. By generating clean, renewable energy through your solar panels, you not only reduce your reliance on fossil fuels but also help combat climate change by lowering harmful emissions.

Beyond the financial savings and potential revenue, knowing that you are actively contributing to a more sustainable future can provide a sense of fulfillment and pride. Your decision to sell power back to the grid in Oregon is not only beneficial for you but also for the planet and future generations.

Types of Renewable Energy Systems

For a better understanding of the types of renewable energy systems available in Oregon, let’s break them down into solar power systems, wind power systems, and hydroelectric power systems.

Solar Power Systems

On the topic of solar power systems, these setups harness sunlight to generate electricity for your home. By installing solar panels on your property, you can capture the sun’s energy and convert it into usable power. Knowing the amount of sunlight your location receives is crucial in determining the efficiency of your solar power system.

Wind Power Systems

An alternative to solar power systems is wind power systems, which utilize the wind to produce electricity. Wind turbines can be installed on your property to capture the kinetic energy of the wind and convert it into electrical power. Recall, the feasibility of a wind power system depends on the average wind speeds in your area.

Renewable energy sources like wind power systems offer a sustainable solution to power your home while reducing your carbon footprint.

Hydroelectric Power Systems

Power generated from water sources through hydroelectric power systems is another renewable energy option. By utilizing the flow of water in rivers or streams, hydroelectric systems generate electricity that can power your home. This method is especially effective for properties located near water bodies.

This type of renewable energy system can provide a constant and reliable source of electricity, making it a popular choice for homeowners looking to reduce their reliance on traditional power grids.

The Selling Process

Once again, selling power back to the grid in Oregon involves a specific process that you need to follow. This process includes metering and monitoring your energy production, understanding how to sell excess energy to the grid, and knowing the payment structures and rates set by utility companies.

Metering and Monitoring Your Energy Production

With metering and monitoring, you can track the amount of energy your solar panels or other renewable energy systems are producing. This information is crucial as it helps you determine how much excess energy you can potentially sell back to the grid.

How to Sell Excess Energy to the Grid

Monitoring your energy production allows you to identify periods when your system generates more power than you consume. During these times, you can sell the excess energy back to the grid. Most utility companies in Oregon have programs in place to facilitate this process.

Understanding how to sell excess energy to the grid involves contacting your utility company to learn about their net metering or feed-in tariff programs. These programs enable you to receive credit or payment for the excess energy you contribute to the grid.

Payment Structures and Rates

Process of selling excess energy back to the grid includes understanding the payment structures and rates that utility companies offer. These structures can vary and may include credits on your bill or direct payments for the excess energy you produce.

Production-based incentives are also common, where you are compensated based on the amount of energy your system produces. Familiarize yourself with the payment structures and rates in Oregon to make the most of selling power back to the grid.

Incentives and Rebates

Despite the initial cost of setting up a system to sell power back to the grid in Oregon, there are several incentives and rebates available to help offset some of the expenses.

Federal and State Tax Credits

Any individual who installs a solar power system in Oregon is eligible for federal tax credits, which can cover up to 26% of the total system cost. In addition to federal incentives, the state of Oregon offers its own tax credits, making it even more affordable to generate your own electricity and sell it back to the grid.

Oregon State Incentives

Federal tax credits are not the only incentives available to Oregon residents. The state also offers cash incentives and grants to homeowners and businesses who invest in renewable energy systems. These incentives can significantly lower the overall cost of installation and help you start earning money by selling power back to the grid sooner.

Furthermore, the Oregon Department of Energy provides technical assistance and resources to help you navigate the incentives and rebates available, making it easier for you to take advantage of these programs.

Utility Company Rebates

Utility companies in Oregon often offer rebates to customers who install renewable energy systems. These rebates can further reduce the upfront costs of setting up a system to sell power back to the grid. By taking advantage of utility company rebates, you can make your investment more cost-effective and profitable in the long run.

Utility company rebates vary depending on the utility provider and the type of system you install. It’s vital to research the rebates offered by your specific utility company to maximize your savings and ensure you get the most out of selling power back to the grid.

Final Words

Conclusively, selling power back to the grid in Oregon can be a beneficial way to offset your electricity costs and contribute to renewable energy generation. By installing solar panels or other renewable energy systems on your property, you can potentially earn credits or payments for the excess power you generate. It’s important to research and comply with the regulations and requirements set forth by your local utility company and the state of Oregon to take advantage of this opportunity.

Q: Can you sell power back to the grid in Oregon?

A: Yes, Oregon has a net metering program that allows residential and commercial customers with renewable energy systems to sell excess power back to the grid. This program provides credits on your utility bill for the excess electricity you generate.

Q: What are the requirements to sell power back to the grid in Oregon?

A: To participate in the net metering program in Oregon, you must have a renewable energy system, such as solar panels or wind turbines, installed on your property. The system must meet certain technical and safety standards set by the utility company. You will also need to sign an agreement with your utility company to sell excess power back to the grid.

Q: How much money can you make by selling power back to the grid in Oregon?

A: The amount of money you can make by selling power back to the grid in Oregon depends on the size of your renewable energy system, the amount of excess electricity you generate, and the current electricity rates. Typically, you will receive credits on your utility bill for the excess power you produce, which can help offset your electricity costs or even result in a profit if you generate more power than you consume.

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Solar Energy

Unlocking the Power of the Sun: Exploring How Solar Energy Works

Most people are aware of the sun’s ability to provide light and warmth, but did you know that it also holds the key to powering our world? In this blog post, we will probe into the fascinating world of solar energy technology and how it harnesses the sun’s rays to generate electricity. From photovoltaic panels to concentrating solar-thermal power systems, we will explore the different methods used to convert sunlight into usable energy. Join us as we uncover the basics of solar radiation, the workings of PV and CSP systems, and the integration of solar energy into our daily lives and electrical grids. Let’s unlock the potential of the sun and discover how solar energy is shaping the future of sustainable power.

Key Takeaways:

  • Solar Radiation: Sunlight is a powerful source of energy, and technologies like photovoltaic panels and concentrating solar-thermal power systems harness this radiation to generate electricity or store it for later use.
  • Types of Solar Technologies: There are two main types of solar energy technologies – photovoltaics (PV) and concentrating solar-thermal power (CSP). PV panels convert sunlight directly into electricity, while CSP systems use mirrors to concentrate solar radiation for electricity production.
  • Integration and Soft Costs: It’s not just about generating electricity – solar energy systems need to be integrated into existing grids and buildings. Additionally, soft costs such as permitting, financing, and installation play a significant role in the overall cost of implementing solar energy solutions.

Solar Energy 101

The Nature of Solar Energy

For centuries, the sun has been the primary source of energy for life on Earth. Solar radiation, emitted by the sun in the form of light, is a powerful and abundant resource that can be harnessed to generate electricity. Every hour and a half, the amount of sunlight that reaches the Earth’s surface is enough to meet the world’s energy needs for an entire year.

Benefits of Harnessing Solar Power

Any discussion on solar energy is incomplete without highlighting its numerous benefits. Solar power not only reduces electricity costs but also contributes to a more resilient electrical grid, creates job opportunities, and promotes economic growth. Furthermore, when paired with storage solutions, solar energy can provide backup power during nighttime or outages, ensuring continuity of important services.

The utilization of solar energy not only offers environmental benefits by reducing carbon emissions but also has a significant impact on lowering electricity bills for consumers. According to the U.S. Department of Energy, solar energy systems can operate efficiently on both small and large scales, making them a versatile and sustainable energy solution for a variety of applications.

Photovoltaics Basics

How Photovoltaic Cells Convert Sunlight into Electricity

One of the key components of solar energy technology is photovoltaic (PV) cells, which are commonly found in solar panels. When sunlight hits these cells, the energy from the sunlight is absorbed, creating electrical charges within the cell. These charges then flow, generating electricity that can be used to power various devices or stored for later use.

Types of Photovoltaic Systems

For those looking to harness solar energy, there are two main types of photovoltaic systems available: grid-tied systems and off-grid systems. Grid-tied systems are connected to the main electrical grid, allowing excess energy to be fed back into the grid. On the other hand, off-grid systems operate independently of the grid, storing excess energy in batteries for later use. Though the types differ in connectivity, both systems offer sustainable ways to utilize solar power.

Grid-Tied SystemsOff-Grid Systems
Connected to the main gridOperate independently
Excess energy can be fed backStore excess energy in batteries
Increased grid reliabilityEnergy independence
Lower upfront costsNo reliance on external sources
Less maintenance requiredSuitable for remote locations

Photovoltaic systems offer a sustainable and efficient way to harness solar energy for a variety of applications. Whether utilizing grid-tied systems for increased grid reliability or opting for off-grid systems for energy independence, both options provide a valuable source of renewable energy. Through the use of photovoltaic technology, individuals and businesses can contribute to a greener future while benefitting from lower energy costs and reduced reliance on traditional power sources.

Concentrating Solar-Thermal Power Basics

Despite the widespread use of photovoltaic technology, concentrating solar-thermal power (CSP) remains a powerful contender in the solar energy sector. For a comprehensive understanding of how CSP works, refer to Unlocking the Power of the Sun: A Comprehensive Guide to Understanding Solar Energy.

The Concept of Concentrating Solar-Thermal Power (CSP)

SolarThermal power plants utilize mirrors to concentrate sunlight onto receivers that collect and convert solar energy into heat. This heat can then be used to generate electricity or stored for later use. The efficacy of CSP technology lies in its ability to harness the power of the sun and convert it into a reliable source of renewable energy.

The Various Technologies and Their Applications

Powering large-scale installations, concentrating solar-thermal power technologies have proven to be instrumental in generating clean energy for electricity grids. With advancements in thermal energy storage, CSP systems can provide round-the-clock power generation, making them a valuable asset in the transition towards sustainable energy sources. By leveraging the heat of the sun, CSP technologies offer a reliable and efficient solution for meeting the world’s energy demands.

Systems Integration Basics

Keep Solar Energy: Guide to unlock the Power of Sun: in mind while delving into the world of solar energy systems integration. This crucial aspect involves seamlessly incorporating solar technologies into existing electrical grids and structures to maximize efficiency and effectiveness.

Challenges in Integrating Solar Energy into the Grid

Challenges arise when integrating solar energy into the grid due to the fluctuating nature of solar power generation. Managing grid stability, ensuring compatibility with existing infrastructures, and balancing supply and demand are ongoing complexities. Additionally, the varying levels of solar energy production can pose challenges in maintaining a consistent power supply to meet the needs of consumers.

Innovations in Solar Energy Systems Integration

On the flip side, continuous advancements in solar energy systems integration are shaping a more sustainable future. Innovations in smart grid technologies, energy storage solutions, and grid modernization strategies are revolutionizing how solar power is seamlessly integrated into the grid. These innovations are paving the way for a more reliable, resilient, and efficient energy system that harnesses the power of the sun to meet our growing energy demands.

Plus, the integration of solar energy systems with other renewable sources and traditional energy grids is enhancing the overall reliability and stability of the grid. By combining solar power with innovative energy management techniques and grid optimization strategies, we are moving towards a more interconnected and sustainable energy landscape that benefits both the environment and society as a whole.

Soft Costs Basics

Understanding the Non-Hardware Costs of Solar Installations

Many factors contribute to the overall cost of solar energy installations beyond just the hardware. These non-hardware costs, also known as soft costs, include permitting, financing, installation, customer acquisition, supplier payments, and operational expenses. In fact, soft costs make up the largest share of the total costs for rooftop solar energy systems, impacting the affordability and accessibility of solar energy for consumers.

Strategies to Reduce Soft Costs in Solar Projects

With the understanding that soft costs play a significant role in the overall cost of solar energy installations, implementing effective strategies to reduce these costs is crucial. Solar companies can streamline permitting processes, optimize financing options, utilize standardized installation practices, and invest in customer education to lower soft costs. By addressing these non-hardware expenses, the solar industry can make solar energy more cost-effective and competitive in the energy market.

Going Solar Basics

Assessing Solar Potential and Site Selection

Not all locations receive the same amount of sunlight, so it’s crucial to assess the solar potential of your site before going solar. Factors such as shading, orientation, and roof condition can impact the efficiency of solar panels. Consulting with a solar energy provider can help determine the best location for solar installation based on your specific site’s characteristics.

Steps for Homeowners and Businesses to Adopt Solar Energy

Solar energy can help reduce electricity costs, contribute to a resilient grid, create jobs, and operate efficiently on both small and large scales. For instance, a residential rooftop solar system can not only generate electricity for your home but also provide backup power during outages. Businesses can benefit from installing solar panels to lower operational expenses and demonstrate a commitment to sustainability. Taking these steps towards adopting solar energy can have a significant positive impact on both the environment and your bottom line.

Solar Industry Basics

Market Trends and Growth in the Solar Industry

On the forefront of renewable energy solutions, the solar industry is experiencing rapid growth and significant market trends. The amount of sunlight that strikes the earth’s surface in an hour and a half is enough to handle the entire world’s energy consumption for a full year. Residential systems, businesses, and utility-scale solar power plants are all contributing to the expansion of solar energy generation.

Job Opportunities and Economic Impacts of Solar Expansion

Trends indicate a surge in job opportunities and positive economic impacts accompanying the expansion of solar energy. This sector not only helps reduce the cost of electricity but also creates jobs, spurs economic growth, and contributes to a resilient electrical grid. Soft costs, such as permitting and financing, play a significant role in the total costs associated with solar energy systems, making it a vital industry for job creation and economic development.

Dive Deeper

Once again, for a deeper understanding of the innovative research and development happening in the field of solar energy, check out the article “Unlocking the Power of Solar Energy: A Sustainable Journey”.

Advanced Solar Technologies and Research

Any advanced research in the field of solar energy focuses on pushing the boundaries of current technologies and exploring new possibilities. Below is a breakdown of some key areas in advanced solar technologies and research:

Solar Panel Efficiency InnovationsResearch into improving the efficiency of solar panels to capture more sunlight and convert it into electricity.
Battery Storage SolutionsExploration of advanced battery technologies to store excess solar energy for later use during nighttime or grid outages.
Smart Grid IntegrationIntegration of solar energy systems with smart grid technologies for better energy management and distribution.

Global Solar Energy Policies and their Impact

Advanced global solar energy policies play a crucial role in shaping the adoption and growth of solar energy on a worldwide scale. Understanding the impact of these policies is vital for driving sustainable energy transitions and combating climate change.

Global initiatives such as incentives for solar installations, feed-in tariffs, and renewable energy targets are key components of effective solar energy policies. By implementing supportive policies, governments can drive investment in solar technologies, create jobs, and reduce greenhouse gas emissions.

Conclusion

Considering all points discussed, it is clear that solar energy has the potential to revolutionize the way we power our world. With the abundance of sunlight available to us, harnessing solar energy through photovoltaic panels and concentrating solar-thermal power systems offers a sustainable and renewable solution to our energy needs. By delving into the basics of solar radiation, PV and CSP technologies, systems integration, soft costs, going solar, and the solar industry as a whole, we can unlock the full potential of the sun’s power. The innovative research being conducted by the U.S. Department of Energy’s Solar Energy Technologies Office further drives advancements in this field, paving the way for a cleaner, more efficient energy future. Embracing solar energy not only benefits the environment but also contributes to economic growth, job creation, and energy independence. It’s time to fully harness the power of the sun and embrace the possibilities of solar energy.

FAQ

Q: What is solar energy?

A: Solar energy is sunlight that is converted into usable energy through technologies like photovoltaic panels or concentrating solar-thermal power systems.

Q: How do photovoltaic (PV) panels work?

A: PV panels absorb sunlight, generating electrical charges that produce electricity when sunlight hits them. This electricity can be used immediately or stored for later use.

Q: What are soft costs in the solar energy industry?

A: Soft costs in solar energy refer to non-hardware expenses like permitting, financing, installation, and customer acquisition. These costs can impact the overall cost of solar energy systems significantly.

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10 Fun Solar Energy Facts

10 Fun Solar Energy Facts

Here is a list of 10 fun solar energy facts that you probably didn’t know!

  • As early as 1921, the Nobel Peace Prize was awarded for experiments solar power and photovoltaics. It was awarded to Albert Einstein.
  • When silicon is taken from just one ton of sand and used in photovoltaic solar power panels, that silicon can produce as much electricity as 500,000 tons of burning coal.
  •  In the U.S., there are more than 10,000 homes that get their energy entirely from solar power.
  • Nearly 200 years ago, a British astronomer by the name of John Herschel cooked food with solar power during a journey to Africa.
  • California opened its first large solar power plant in 1982.
  • Solar power can cut water bills by more than 50 per cent each year in a home where a solar model replaces the electric water heater.
  • The price of photovoltaic (PV) solar power panels has dropped 200 per cent over the last 30 years, according to the Department of Energy. Owners now pay between 10 and 40 cents per kilowatt-hour.
  • A study by the U.S. Department of Energy (USDOE) showed that solar power conditions were close to perfect (99 per cent) in San Francisco on June 14th, 2000. On that day, 100,000 customers in that area lost power. Solar power could have provided all they needed.
  • Another USDOE study showed that the roofs of California’s city and county buildings if covered with solar PV panels, could generate 200 megawatts of clean electricity! Cover California’s school roofs with solar power panels, and you add 1,500 megawatts more to the state’s peak power supply.
  • In California, covering every available commercial and industrial roof with solar power panels could generate all of the electricity needed in that state during the daytime.

 

For more solar energy facts and tips go to solarpowerce.

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Solar Energy Solar Panel Solar power

Which countries are using photovoltaic energy the most?

Photo for blog post about countries using the most photovoltaic energy. Solar pannel on blue sky.

Which countries are using photovoltaic energy the most?

 

Photovoltaic energy is a sustainable and cheap way to produce energy. Some countries are already taking full advantage of this technology. Photovoltaic energy is produced in solar modules. Light energy is transformed into electricity in photovoltaic cells.

Here is a list of top countries that use the most photovoltaic energy:

 

  • China

 

China has the most photovoltaic energy capacity than any other country in the world.  At a gargantuan 130 gigawatts. In China, there is the largest solar plant located in China’s Tengger Desert.

China has also a big solar panel technology market, one of the biggest in the world. In fact, around 60% of solar panels are being made here.

 

  • Japan

 

The Kyocera Corporation’s Kagoshima Nanatsujima Mega Solar Power Plant is recently Japan biggest solar power plant. The amount of photovoltaic energy produced by it can generate electricity for more or less 22.000 houses.

 

  • Germany

 

Germany has roughly 1.6 million installed solar arrays. That would be 10% of the world installed capacity (2018).

It is quite impressive, taking into consideration that Germany is not the sunniest country.

 

  • United States of America

 

In 2018 in the United States installed over 2 GW of solar capacity.

Moreover, the United States predicted to double this number in the next 5 years.

The number already rise more or less 9% per year.

The leading US state for using solar panels energy is California. California electricity comes in 17% form solar panels.  There are nearly 23GW solar installed.

 

  • Italy

Solar technology in Italy recently covers 5% of the electricity demand.

Italy uses its advantage of perfect geographical location.

The statistic shows that this shiny country constantly improves with the amount of energy produced by solar powers. In fact, in 2018 the number of solar increased by 17% from 51 MW to 60.1 MW.

Thank you for reading! Hope you enjoyed this article, for more visit: https://solarpowercee.com/

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Solar Energy Solar power

What You Should Need To Know About Solar Energy

Solar Power CEE

What You Should Need To Know About Solar Energy

If you want to take advantage of solar power, then you might have thought of many questions. How do you get started? What are some helpful tips you should know? By the end of this article, you should have a good outlook on solar energy and how it can benefit your home or business.

Look into your state’s initiatives on solar power. Many have unique programs that can give you cash back for your solar power commitment. There are other benefits as well, including benefits at tax time, so do your homework on what you may have coming back to you for being a solar power leader.



If you’re leasing your solar power device, make darn sure that you can transfer your lease if need be. This is very important because if you sell your home, you could be stuck paying for a lease on a solar unit that you cannot use. If you have the transfer option, you can transfer your lease to the new owners of the home.

Just because you live in an area that is cold doesn’t mean you can’t have solar power to keep you warm and run your house. Visual light is only part of what is used to generate electricity, and cloud cover does not block everything. Some people even report improved power generation on grey days.

Solar panels reduce the amount of energy used to heat your home and water. While the use of solar panels does cut down your energy costs, they are expensive and it may take several years to recoup the cost in reduced energy costs. Check for government incentive programs to help pay for them.

If you cannot afford to purchase a solar power system for your entire house, consider using it in just one or two spaces. Solar power is a great option for heating swimming pools for instance or bringing additional warmth to a cooler bedroom. You can always start small and purchase later, as your budget allows.

Get online to find your local Internet solar panel community. You can find out good information about peaks and lows in solar energy use in your area. If you get particularly adept at getting on a roof to clean your solar panels, you might even market yourself and make a few bucks off other solar panel owners afraid of heights.

Look into solar-powered appliances. There are a number of products that are available that are powered by solar energy. One of the most popular is the solar powered water heaters. Just having one appliance run by solar power can save you hundreds of dollars each year in energy costs.

Consider installing more solar panels than your home will ever need. If you do this you will be doing two good things. First, you will earn money on any energy created that your home does not use. Second, you will be reducing the number of fossil fuels burned to power the homes of your neighbors.



You need to find an efficient way to finance your solar panels. Most homeowners borrow some money from their financial institution so they can cover the initial costs and then pay this money back in small monthly payments. You can even set the monthly payments so they correspond to your usual energy bills in order to keep a balanced budget.

If you are planning to move to a remote location you may want to have solar power panels installed on your home.

Solar energy is still relatively expensive to install, but it can be more affordable than wiring power to your home.

Get quotes on both before you decide which route you will take.

If you are building a vacation, rental or retirement home in a rural area, solar power can make a lot of sense. It can spare you the cost of a power line being routed to your home. At the very least it can give you some power in the case of local grid outages, as rural areas have power restored far more slowly than what you might be used to in a city.

Keep in mind that purchasing a solar power system often enables you to receive tax credits from the government. You may find that you get back as much as 30 percent of the total cost of your system. So, if you look into a system and think that it costs too much, investigate whether or not you will get credit back to determine how affordable it actually is.



If you are considering installing a solar panel system, it is important that the panel faces in the sun’s direction. Although this seems obvious, you would be surprised how many people forget this step. If your panel does not have sun, it won’t power up. If you live in the Northern hemisphere, your panel should face South towards the horizon.

Interview a few different solar panel installers before choosing the one for you. You’ve made a big investment by choosing solar panels, and you don’t want any costly mistakes occurring during the installation. Find a team that knows their stuff. A company that has a track record that you can respect.

Carefully consider the types of solar panels you plan on having installed. Long ago, if you didn’t have enough roof space, you’d need very expensive high-efficiency mono-crystalline panels. There are now more advanced polycrystalline panels and even thin film panels. If you’ve got enough roof space, you might wish to look at the size of the panels in relation to their output capacity to avoid having insufficient panels that you need more of later.

Don’t waste your time lining the solar panels beneath an array of fluorescent lights–though it may sound tempting. Solar cells are not designed to generate a voltage from fluorescent light sources and this is a waste of energy of time. Any spot in the yard would be a better location for the panels.

Do you feel better now after having read this article? Solar power, while still fairly new, is making great strides when climbing up the energy ladder. It is set to take over, and it is a renewable energy source that can help you realize great savings in the long run.



I hope you enjoyed this post: What You Should Need To Know About Solar Energy

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