Residential Solar Power Systems Cost in Arbuckle California
New Solar Won't Turn Off Even In A DownpourTop 10 Reasons To Go Solar
#1 Drastically reduce or even eliminate your electric bills
#2 Earn a great return on your investment
#3 Protect against rising energy costs
#4 Increase your property value
#5 Boost U.S. energy independence
#6 Create jobs and help your local economy
#7 Protect the environment
#8 Demonstrate your commitment to sustainability
#9 Increase employee morale
#10 Stay competitive
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Solar: “Lower Your Annual Electrical Bill By $200″Adding solar panels to your home can increase your property value more than a complete kitchen remodel.
Aside from all the great environmental benefits of going solar, there’s also a very real monetary incentive to do so. Installing 5kW of solar panels can increase the value of your home by up to $29,555 or more, depending on solar panel production.
Meanwhile, according to the folks over at HGTV, a $15,000 kitchen renovation is likely to return 92.9 percent of the cost at resale, for a total of $28,935.
And this doesn’t even begin to account for the savings you’ll likely receive on your monthly electricity bill. With Sunrun you can save 20% on your electric bill—which could amount to $20,000 over the life of your system.
What Everybody Ought To Know About Their Home Electricity And SolarWhy Go Solar?
Drastically reduce or even eliminate your electric bills
Whether you’re a homeowner, business, or nonprofit, electricity costs can make up a large portion of your monthly expenses. With a solar panel system, you’ll generate free power for your system’s entire 25+ year lifecycle. Even if you don’t produce 100 percent of the energy you consume, solar will reduce your utility bills and you’ll still save a lot of money.
Let's Talk Solar For A MomentSolar industry involves many different activities, from production of the crystalline silicon or thin films to the construction and operation of PV solar plants. This article maps the value chain of solar industry and explains how different segments relate to each other.The Basics of Value ChainsThe concept of value chain was first introduced by business scholar Michael Porter, famous for his research on competitiveness and strategy. As early as in 1985, Porter described value chains as a tool for strategic analysis, based on the processual view of organizations. According to Cambridge University’s Institute for Manufacturing, the idea is to seea manufacturing (or service) organization as a system, made up of subsystems each with inputs, transformation processes and outputs. Inputs, transformation processes, and outputs involve the acquisition and consumption of resources — money, labour, materials, equipment, buildings, land, administration and management. How value chain activities are carried out determines costs and affects profits,Porter’s value chain approach (firm level). Picture credit: WikipediaPorter’s model can be applied at various scales: firm-, region- or industry-level. At the industry level, the value chain encompasses all the various processes involved in the production of goods or services, from raw materials to the delivered product, and is based on the notion of value-added at each stage of production. The British geographer Garry Gereffi developed this idea further with his concept of the Global Value Chains, that span across different regions of the world. According to Gereffi, global value chains include multiple firms and multiple locations, and allow to describethe full range of activities that firms and workers do to bring a product/good or service from its conception to its end use and beyond. This includes activities such as design, production, marketing, distribution and support to the final consumer.Both tools can be of great help in analysing such global industries as solar photovoltaics. They allow to understand the geographical distribution of different production activities, their interconnections and dependencies, and ultimately aid decision-making in choosing new markets for expansion.Photovoltaics Value ChainThe value chain in photovoltaics is considerably complex, and involves all the different processes required to create a utility-scale PV solar system. First, raw silicon must be produced, purified, cut into wafers, doped, cleaned and coated. The cells formed this way are subsequently assembled into modules, arrays and then combined with electrical components to construct a full-fledged system. We have written in detail about these processes before. Now it is time to take a look at the bigger picture.Picture credit: https://www.linkedin.com/pulse/machine-learning-from-fundmental-capabilities-features-ravi-muluguSolar DAO uses crystalline silicon solar panels, which is more complex than thin film panels. The latter’s value chain is much shorter: the models are manufactured in one single step from raw silicon and other compound materials by deposing the photovoltaic material on glass or plastic. On the other hand, in concentrating photovoltaics the value chain is more complex than in the case of crystalline silicon, and involves higher costs, because silicon or thin film solar cells must be combined with optical concentrating systems, coolers and trackers, before it can be assembled into an array. That’s why crystalline silicon cells are better suitable for utility scale PV solar plants.However, the real journey starts once the solar cells and modules have been produced. The manufacturing process captures only the upstream part of the value chain, while most of the activities happen in its downstream part. It involves the project planning, implementation, and use phases.Picture credit: Green Rhino Energy, http://www.greenrhinoenergy.com/The project planning phase is very important, and we have written about it before. It encompasses area planning, system preparation, operational model, applying for approvals for the use of land, and considering different financial options. Once this has been done, comes the implementation phase, in which the actual construction process takes place, the system is getting verified and installed. The last part of the downstream value chain is the use phase, which involves a complex socio-technical configuration, as the researchers from Finland’s Aalto University warn. What they call socio-technical configuration involves operation and maintenance activities, as well as different adjustments and negotiations regarding the property relations around the PV solar plant, its positioning within the industry and the market, negotiations with local authorities and communities, and how the plant will be operated, and the energy it produces will be distributed and used, in a given local social context. In terms of the project planning, the use phase involves consideration of political and country risks. Read more about the risk management in PV solar industry in our next publications.Picture credit: https://www.researchgate.net/publication/276866186_Renewable_micro-generation_of_heat_and_electricity-Review_on_common_and_missing_socio-technical_configurationsAn Organizational View of the Value ChainSimilarly to any other industry, the photovoltaics value chain can be broken down into several specific types of organizations (supplier, operators, consulting firms) that actually operate the various processes involved into the value chain.First, there is a whole series of products that are required to build a PV solar systems. Thus, the following players must be active on the market:Suppliers of the manufacturing equipmentSuppliers of the raw materials for wafer-, cells- and module productionProducers of crystalline siliconProducers of silicon wafers and ingotsProducers of PV cells and modulesProducers of the mounting structures and trackersProducers of electrical componentsSoftware suppliers for monitoring system and operation of PV solar plantsIn terms of services, there are financial, legal, consulting and testing services that go through the whole value chain, as these services may be required at each stage. One can also include different activities such as education and training of the personnel, publishing and PR efforts to promote solar energy, as well as government relations services to obtain approvals, subsidies and support grants. When it comes to actual phases of the value chain, there are several necessary services as well:Wholesale distributionProject planning and developmentDesign, engineering, and constructionOperations and Maintenance servicesIn an ideal market environment, all these activities can be performed by different organizations that enter contractual relations with each other. In reality, however, firms tend to optimize their cost structures by reducing the transaction costs. There are several ways of doing so: they can form a cluster, by concentrating related and interdependent activities in one region (for example, silicon, wafer and modules production), vertically integrate, by including different stages of manufacturing or downstream activities into the firm structure, or diversify their processes, that is, for example, being both a distributor and doing some activities in unrelated businesses.Depending on the age of the firm and different competitive factors, in can be a pure player in the solar energy industry, or it can be more diversified: for example, like big fossil fuels corporations that enter the renewable energy field as a separate business activity. Diversification can also be organized in terms of combining different fields of renewable energy, like solar and wind.The other trade-off that the firms face is the one between different degrees of vertical integration. Today, most companies are partially vertically integrated, but none covers the whole value chain, although there are many highly specialized companies in the upstream (manufacturing) and downstream (services) parts of the value chain.Thus, the whole value chain can be depicted as follows:Picture credit: Green Rhino Energy, http://www.greenrhinoenergy.com/Read our next post about the geography of solar photovoltaics. Stay tuned with Solar DAO.If you enjoyed this story, please click the 👏 button and share to help others find it! Feel free to leave a comment below.
A Few Solar Myths And AnswersQuick Fact About Solar Energy In California:
The earth gets 174 Petawatts of incoming solar radiation in the upper atmosphere. About 30% is reflected back to space and the rest is absorbed by oceans, clouds and land masses.
What Everybody Ought To Know About Solar PanelsSolar Power History Quick Facts:
The first commercial photovoltaic cell was invented in 1954 by Bell Laboratories.
Don’t Try Solar Energy For Your Home Without Reading This FirstGrowth in Solar is led by Falling Prices
The cost to install solar has dropped by more than 70% since 2010, leading the industry to expand into new markets and deploy thousands of systems nationwide. However, over the second half of 2017, prices increased due to module price uncertainty in light of the Section 201 Solar Trade Case. Module prices have flattened in Q1 2018, since announcement of the 30% tariff, but are still at their highest level since early 2016.
Solar For Your Home Frequently Asked QuestionsWhy Go Solar?
Increase employee morale
Just like consumers, employees have a demonstrated appreciation for their employers’ commitment to operating responsibility. Employees share in the success and contributions of their organizations. Companies that care about their community and environment tend to have lower turnover rates, more engaged employees, and higher levels of morale.
Winning Tactics For 2018 Solar EnergyInteresting California Solar Fact:
The cost of solar panels has dropped by 80% since 2008 and it is expected to keep falling.
How To Get The Best Price And Energy Out Of Solar PanelsAny discussion regarding the effectiveness of solar power and its efficiency should first of all be qualified by the fact that we're talking here about a technology that is in its relative infancy and is improving all the time.That having been said, it's fair to say that, while massive improvements have been made in the overall efficiency of solar panels, there's still a long way to go.Let's take a look at how solar panels work and get some background as to why this is and what can be done to improve solar panel efficiency.The Secret's In The CellThe solar cell is the basic building block of a solar panel and is where all the action takes place as far as the conversion of sunlight into electricity is concerned. A cell consists of a negative and a positive silicon wafer, which work together in reaction to the sunlight striking them to cause electrons to literally jump out of the wafers to create a DC (Direct Current) electrical circuit. This is known as the photovoltaic (PV) effect.So, even with the best will in the world, 100% efficiency is simply not achievable. Certain techniques are being used to improve cell efficiency, such as reducing reflection loss through surface structuring, or stacked (or tandem) cells, or concentrator cells, so there's plenty of room for optimism for the future efficiency of cells.But, even with the restrictions on the potential efficiency of solar cells, the fact that we're able to produce usable electricity from such an unlimited source of energy as the sun is nothing less than miraculous in and of itself. Add to that the fact that this is clean, renewable energy with no carbon emissions or harmful effects that can reduce and potentially help eliminate our dependence on dangerous fossil fuels and it's clear that solar is a wonderful and effective technology whose time has come.
Solar For You - Quick TidbitCalifornia Solar Resourceful Information:
Solar energy can also be used for making potable, brackish or saline water. Without using electricity or chemicals, waste water can be treated. Creating salt from sea water is also one of the oldest uses of solar energy.
More Solar Panel Installation Questions And AnswersSolar Power Cost and Affordability Quick Fact:
Solar installation often ranges from $2.87 to $3.85 per watt. The entire installation package cost averages around $16,800, but if you apply tax credits, the total installation will probably sit between $10,045 and $13,475.
Solar For Your Home Frequently Asked QuestionsSolar Myths:
Excess energy can be stored in battery systems.
Fact: If you are living on the grid, your system is connected to the electricity grid, thus you would benefit from a net metering system. Additionally, if you are connected to the grid, you are still able to keep your current local utility company, so if you produce more electricity on some days, you end up having more electricity credited to your own account.
Therefore, if you need more electricity at night when the system isn’t running, you end up using the extra electricity produced to power your home directly from the grid. This is done automatically so you won’t notice any changes when the switch occurs whilst still have a low electricity bill.
Solar Panels: PhotovoltaicSolar Energy Is an Abundant Energy Source.
he sun is the most abundant source of energy available on Earth. The sunlight we receive for just an hour is enough to generate energy for one year for the whole world. Although the Earth receives around 173 petawatts of energy continuously, we are able to harness merely 0.0001% of this vast amount. The solar energy we get is around 10,000 times greater than what we actually use on the Earth.
NewHomeowners who get multiple solar quotes save 10% or more.
As with any big ticket purchase, shopping for a solar panel installation takes a lot of research and consideration, including a thorough review of the companies in your area. A recent report by the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) recommended that consumers compare as many solar options as possible to avoid paying inflated prices offered by the large installers in the solar industry.
To find the smaller contractors that typically offer lower prices, you’ll need to use an installer network like EnergySage. You can receive free quotes from vetted installers local to you when you register your property on our Solar Marketplace – homeowners who get 3 or more quotes can save thousands on their solar panel installation.
Incentives For Solar panelsInteresting California Solar Fact:
Solar power is one of the cleanest, most sustainable, and most renewable resources in the world.
The Secret of Perfect Solar For Your Home NeedsSolar Myth:
Solar energy is too costly and is not economically viable.
Fact: Actually, if we look at figures from 2009 to 2015, investments in solar panels have generally been on the rise as they are becoming more affordable. Their average costs have fallen by about 30% percent. Globally, it is actually cheaper to produce electricity from solar energy than it is from coal. In addition, having solar panels allows you to give electricity back to the grid, allowing you to benefit from the feed-in tariff scheme.
Advantages and Disadvantages of Solar Energy For Your HomeCali Solar Facts:
With new advancements in scientific researches, solar energy could be more affordable in future with decreasing costs and increasing efficiency.
5 Things You Need to Know About Solar PanelsCali Solar Facts:
With new advancements in scientific researches, solar energy could be more affordable in future with decreasing costs and increasing efficiency.
Why We Switched To Solar Energy For Our Home (And Maybe You Should Too)Did You Know This About Solar In California?
Currently, the sun burns hydrogen. One day when all the hydrogen is gone, it will switch to helium—but that doesn’t matter for solar panels. They’ll continue to use the sun’s rays to create electricity to power our homes.
What To Know About Buying SolarQuick Fact About Solar Energy In California:
The solar technology can be distinguished into active and passive. Photovoltaic panels and solar thermal collectors which harness solar energy are examples of active solar technology. Passive technology includes constructing rooms to improve air circulation, orienting space to favorably use sunlight.
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