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About Solar Energy
Solar power is energy from the sun that is transformed into thermal or electrical energy.
Solar energy is the cleanest and most abundant renewable resource source available, and the United States has some of the richest solar resources worldwide. Modern innovation can harness this energy for a variety of usages, consisting of producing electricity, supplying light or a comfortable interior environment, and heating water for domestic, commercial, or industrial usage.
Solar power makes it possible for homeowner to utilize the sun to power everyday life: running your air conditioner, washing clothes, watching TELEVISION, cooking dinner. All while minimizing your carbon footprint, and without burning nonrenewable fuel sources or putting a pressure on the electrical grid. And while the ecological advantages of solar power are substantial, many home owners find that the benefit, special features, and cost savings of owning a solar power system are much more attractive.
Top 10 Benefits of Solar Energy
#1 Considerably lower or even eliminate your electric costs
Whether you're a property owner, business, or not-for-profit, electrical power expenses can comprise a big portion of your regular monthly costs. With a photovoltaic panel system, you'll generate complimentary power for your system's entire 25+ year lifecycle. Even if you do not produce 100 percent of the energy you consume, solar will minimize your energy bills and you'll still conserve a lot of money.
#2 Make a fantastic return on your investment
Photovoltaic panels aren't an expense-- they are among the very best methods to invest, with returns equaling those of more conventional investments like stocks and bonds. Thanks to substantial electrical power bill cost savings, the average American house owner pays off their photovoltaic panel system in 7 to eight years and sees an ROI of 20 percent or more.
#3 Secure versus rising energy costs
Among the most clear cut advantages of solar panels is the capability to hedge utility costs. In the previous ten years, domestic electrical energy costs have increased by approximately 3 percent annually. By buying a solar energy system now, you can repair your electrical power rate and safeguard versus unforeseeable increases in electrical power costs. If you're a service or house owner with rising and falling money circulation, going solar also helps you better projection and manage your costs.
#4 Increase your property worth
Numerous studies have actually discovered that homes geared up with solar energy systems have greater property values and sell faster than non-solar houses. Appraisers are significantly taking solar setups into factor to consider as they value homes at the time of a sale, and as property buyers become more educated about solar, need for residential or commercial properties geared up with solar panel systems will continue to grow.
#5 Increase U.S. energy independence
The sun is a near-infinite source of energy and a key component of achieving energy self-reliance in the United States. By increasing our capacity to produce electricity from the sun, we can also insulate our nation from price variations in global energy markets.
#6 Develop jobs and assist your regional economy
According to The Solar Foundation, the solar market included tasks at a rate nearly 12 times faster than the total U.S. economy in 2015, representing 1.2 percent of all jobs in the nation. This development is anticipated to continue. Because solar-related jobs have the tendency to be greater paying and can not be outsourced, they are a significant contributor to the United States economy.
#7 Protect the environment
Solar is an excellent method to decrease your carbon footprint. Buildings are accountable for 38 percent of all carbon emissions in the United States, and going solar can significantly decrease that number. A common domestic photovoltaic panel system will get rid of 3 to four lots of carbon emissions each year-- the equivalent of planting over 100 trees annually.
#8 Show your dedication to sustainability
Sustainability and corporate social duty are important components of a company's culture and values. They also produce bottom line outcomes. Significantly, customers and communities are recognizing and rewarding services that select to run responsibly. Businesses are finding that "green" qualifications are an effective chauffeur of customer getting decisions, developing goodwill and improving company outcomes.
#9 Start Conserving from Day 1
Solar purchase power arrangements (PPAs) and solar leasing has made it possible for property owners to go solar for little or no money down.
Many homeowners opt to fund their photovoltaic panels with among the "pay-as-you-go" financing alternatives. This indicates that a third-party business-- the solar supplier-- owns the solar system and takes care of setup, maintenance, tracking and repair works. You merely pay the solar supplier for electricity-- less than you would've paid the utility business.
As of June 2013, 75% of all American homes have access to pay-as-you-go solar.
#10. Solar is a Secure Financial investment
The energy companies are notorious for their changing and unreliable electrical energy prices. There is clearly an upward trend.
With solar panels and easy mathematics, we can calculate just how much electrical energy will be generated, and most notably, at what price, for at least the next Twenty Years (fixed energy expenses).
What are the various payment options?
We have many flexible purchasing agreements for customers who would like to install a new home solar system. There are three different payment options, making them a viable choice for customers of all budgets. The payment options include Lease, PPA, and Purchase.
- Low, fixed payments each month
- System insurance for 20 years, including maintenance
- Flexible end-of-term options, including system upgrade, lease extension, and free panel removal
Power Purchase Agreement (PPA)
- We own the solar panel system
- $0 down for installation
- Customers only pay for the solar energy that they use
- Customer pays for the system upfront and owns the system
- System monitoring and maintenance for 20 years
- Receive 30% federal tax credit
- See a return on investment within 7-10 years
What happens when the contract for my lease is finished?
We provide our customers with a few different options for when their lease contract is up. Customers can upgrade their equipment to the newest solar technology available, extend the agreement, or have the panels removed at no cost.
What is the warranty?
The Lease and PPA include a 20-year warranty during the lifetime of the system. This warranty exceeds that of most other solar installers’ warranties.
Frequently Asked Questions
Powering An Air Conditioner Via Solar Panels?
Does Anyone Know How I Would Go About Hooking Up The Air Conditioners In My House To Solar Panels? I Would Want Just The Air Conditioners To Be Powered By Solar Energy. How Could I Hook It Up Where The Panels Can Absorb Energy From The Sun During The Day, And Save And Store The Energy So I Can Run The Air Conditioners At Night? I Really Feel That In The Long Run, This Would Save A Lot Of Money With The Energy Bill. It'S The Use Of The Air Conditioners That Drive Up The Bill. Is This Idea Feasible? Is It Also Possible To Have Some Sort Of Hybrid System Where I Can Switch From Solar To My Regular Local Energy Source When I Want To?
The simple answer is no. It is not feasible to run your AC on solar photovoltaics. Even a small AC system is about 2 1/2 ton (30,000 BTU's of cooling power). There is 3,413 BTU's per KW, which is saying 1000 watts of energy is required to get you 3413 BTU's of cooling
30000/ 3413 = 8.8 kWh .
That means you need 8,800 watts of power over each hour to run your AC while the compressor is kicked in.
If you run your AC for just 10 hours a day you need 10 * 8.8 kWh(= 88 kWh) of stored capacity to run your AC. Solar panels cost about $10 per installed watt, so this means even if you ran your AC for 1/3 of the day, you would need 8.8 /3 = 3000 watts generated each hour for 24 hours. Sun doean't shine...means no power.
So you need about 5000 watts of panels with deep cycle batteries to run your AC even miserly.
That is a $50,000 system.
I would suggest if you are really into alternative energy, that the most cost effective is to get a wind pump (not a wind turbine, but a pump similar to a wind water pump seen on farms) where the pump is hooked directly to the AC's compressor pump thru a torque converter.
The compressor in a AC is the big user of all those watts. It is just a mechanical pump that pumps the freon up to a high pressure and then allows it to expand to make the cooling power.
A torque converter is what is on your car transmission. This allows a spinning power source, like a wind pump, to put it's power into a compressor shaft only when the wind is blowing. When the wind is not blowing the compressor gets power from the normal AC motor.
In this way , the wind is used for assistance to lessen the power requirements to run the AC's compressor.
The best way is to convert your AC air unit to a ground water condenser, which is a "geothermal AC" or a heat pump.
Geothermal air conditioning might cut your bill by 75% because depending on your ground water temperature (55F or lower is best) , the heat from your compressor and heat of condensation is given up to the cold water instead of hot outside air. Water conducts heat about 256 times better than air, so this is very effective.
Think of this, take you shirt off in 40F weather and it feels cool. But have someone throw a glass of 40F water on your back and you will jump 3 feet in the air from the shock. That shows how much more heat water conducts from a surface over what air does from a surface.
So all in all, the most practical way to get a cheap AC electric bill is to get a heat pump using ground water. It has the added benefit of giving you free hot water if you plumb in the condenser into the how water heater
Has Back Emf Coil Collapse Spikes Been Used In A Beam Solaroller?
A Beam Solaroller Is Basically A Sollerpowered Dragracer, Trying To Get 1 Full Meter In The Shortest Amount Of Time Off Of A 500W Bulb Over The Track.
The Square Inches Of The Solar Panel Is Restricted To 800 Cubic Mm, So There Is No Way To Directly Power A Motor From The Solar Cell.
So, A Solar Engine Is Used, The Cell Trickle Charges Up A Big Capacitor (Typically .33F), And A Voltage Trigger Enables An Npn Transistor That Then Drains The Capacitor To The Motor.
The Race Is Getting The Supercap Up To Charge The Quickest, And Design The Wheels And Weight Of The Frame To Make It Go The Farthest The Fastest. (World Record Was I Believe 1 Minute, 3 Seconds)
There, Now That We'Re All Caught Up, I Was Doing Some Reading On Back Emf Coil Collapse, With Regards To Capturing The Back Spike (Often 100'S Of Volts!) To Get The Super Cap Charged Up Even Faster, Using The Smallest And Lightest Iron Core Relay I Could Find, And Some Nc Relay Contacts To Divert The Spike To The Cap, In Rapidly Cycling Pulses Of Power.
Has This Been Tried Before? Does Anyone Think It Could Work? (Does Anyone Out There Know What I'M Talking About?)
Actually, I know nothing about BEAM solarollers. Is the lighting at a point where it is impossible to have continuous operation of the motor? Does it have to move in fits and starts? Because if you can keep the motor running, that would be best. And if you do, there won't be any back EMF. Back EMF requires that the motor acts as a generator. Which means you aren't driving the motor but instead allowing excess field energy you've already supplied to return (which is never an efficient process.) You'd be better off supplying energy in a fashion that is 'just right' so that you aren't faced with losses involved in recovering excesses. All of the energy should, at best, be converted to frictional losses in the end, not back EMF you have to recover.
You'd have to stop driving the motor for a period of time to get a back EMF. But there is capacitance in the motor and that will waste part of the energy as it reverses polarity (you don't get to recover that part) and some of the rest will be lost in resistance as well as your recovery circuit as the motor finally returns some of that energy as it comes to a stop and acts as a generator (more wastage in the stopping process and having to overcome stiction again.)
It just doesn't make good sense to me. Not for something depending entirely on a tiny solar cell in a competition.
And keep in mind, in your amazement at the "100's of volts" possibility you also need to be aware that 100's of volts is not power*time or energy. It's volts, which is only part of the equation. You need to know current, as well. And for how long. "100's of volts" occurs when it's driving a very high resistance load -- inductors will generate whatever voltage is required to allow the current to continue on a declining slope, starting from the current you left off at when you stopped driving the motor. Anyway, this isn't the way to do things.
Cars, on the other hand, do have to obey traffic lights and traffic, so people use braking a lot. In those cases, where sudden or frequent intentional stopping is the order of the day, then it makes some sense to try and recover some of that since stopping is a requirement of the application (driving.) But on this kind of thing?? Why would you stop???
This argument assumes that you can drive the motor continuously, efficiently. If overdriving, then stopping again, is the only way to achieve efficiency.. then the argument becomes far more nuanced and... well, then I don't know.
What Is Solar Energy.Where Does It Come From,How Does It Work,What Are The Good And Bad About It.?
Solar energy is energy from the sun, it is a renewable source of energy and does not cause pollution. From http://altenergy.in
Do You Support The New &Quot;Cap-And-Trade&Quot; Energy Tax?
An Energy Tax Is A Tax That Increases The Price Of Energy. Arguments In Favor Of Energy Taxes Have Included The Pursuit Of Macroeconomic Objectives (E.G., Fiscal Deficit Reduction In The 1990S) As Well As Environmental Benefits (I.E., Reduced Pollution). A Weakness Of Energy Taxes Is That They Impose A Burden (Or Cost) In The Form Of Reduced Economic Output And Employment.
In 1993, Then President Bill Clinton Proposed A Btu Tax. A Btu Tax Is A Type Of Energy Tax. The Tax Would Have Taxed All Fuel Sources Based On Their Heat Content Except For Wind, Solar, And Geothermal. It Was Never Adopted. The Btu Tax Passed The House, But Was Rejected By The Senate In Light Of The Lobbying Effort Mobilized Against Its Adoption. The Rejected Proposal Was Watered Down, As The Clinton Administration Tried To Salvage Their Efforts By Offering To Exempt Manufacturers And Base The Tax On The Cost Rather Than The Heat Content Of Energy. Many Of The House Democrats Who Voted For The Tax And Who Lost Their Seats In The 1994 Midterm Election, Blamed Their Loss On Their Vote For The Btu Tax. Getting &Quot;Btu'D&Quot; Became Beltway Slang At The Time For Those Who Lost Reelection By Voting For The Controversial Proposal.
On 7 November 2006, Citizens Of Boulder Colorado (A College Town With Roughly 100,000 Residents Situated In The Foothills Of The Rocky Mountains) Voted In Favor Of Initiative 202, The Climate Action Plan Tax. This Marks The First Time In The Nation That A Municipal Government Has Imposed An Energy Tax Directly Upon Its Residents To Combat Global Warming. The Cap Tax Applies To Energy Consumption With Deductions For Carbon-Neutral And Renewable Energy Sources (Such As Xcel Energy’S Windsource). The Tax Appears On Consumer’S Energy Bills, And Is Used To Fund The City’S Office Of Environmental Affairs Which, Is In Charge Of Programs Designed To Reduce Boulder'S Carbon Footprint.
&Quot;Cap And Trade&Quot; Is A Quota System Designed To Regulate Carbon Emissions In Order To Slow Global Warming. It Has Been Promoted By The Obama Administration, And Passed The House With Liberal Votes In 2009. Canadian-Born Libertarian Commentator Steven Milloy Wrote:
&Quot;Through Heavy-Handed Regulation Of Carbon Dioxide Emissions From Power Plants And Other Industrial Sources, Cap-And-Trade Would Kill The Coal Industry That Provides About One Half Of Our Nation'S Electricity. This Would Send Energy Prices Skyrocketing Which, In Turn, Would Send Millions Of American Jobs Overseas, Cripple Our Economy And Make Us Less Energy-Independent.&Quot;
Estimates Of The Cost Vary Widely. A Fifteen Percent Cut In Carbon Emissions Would Cost The Average American Household About $1,600 A Year, According To March 12, 2009, Congressional Budget Office Testimony. Climate Legislation Passed By The House In June Offsets Most Of The Cost To Consumers By Returning Some Of The Revenues To Offset Any Significant Spike In Electricity Costs.
Environmentalists Are Pushing The Proposal, But Industry Is Opposed And Prospects For Final Passage Have Dimmed, As The Recession Of 2008 And The Huge Federal Deficit Make Additional Burdens On The Economy Problematic. The Democratic Caucus Is Split Over The Bill, With Coal-, Oil- And Manufacturing-State Democrats Raising Concerns That A Cap-And-Trade System Would Disproportionately Raise Electricity Bills For Consumers And Business In Their States.
Politically Safe Alternatives Have Been Proposed. The Senate Energy And Natural Resources Committee Approved Energy Legislation With Bipartisan Support In June 2009 That Mandates Utilities Provide Fifteen Percent Of Their Power From Renewable Sources By 2021. This Legislation Could Furnish A Bipartisan Energy Bill That Leaves Out Cap And Trade.
The Obama Administration Wants To Impose A Massive &Quot;Cap-And-Trade&Quot; Energy Tax That Would Cost Trillions Of Dollars, Send Electricity Rates And Gas Prices Soaring, And Raise An Average Family'S Annual Energy Bill By $1,241. Do You Support This New Energy Tax?
If you want carbon trade, just move to Australia. Have you ever herd what they are complaining over there.
How Much Electricity Is Produced From Solar Energy?
I Been Searching All Over But I Do Not Get The Information That I Need. I Need To Find How Much Electricity Is Produced From Solar Energy And Not Wasted In Some Other Form Of Energy (Ex/ Heat)? I Would Also Love If The Answer Involves A Percent Efficiency. Thank You!
Currently the best achieved sunlight conversion rate is around 21%
And it is more like 5-10% for older solar panels.
o 90% of solar energy is lost.
Also, a problem of both solar and wind is that they are not reliable. They cannot generate electricity 24/7, and you cannot predict when they will be able to generate it. And we cannot store energy -- it is too expensive.
So we still need some kind of power-plant that can produce energy on demand, and the only way to do that is conventional energy.