Goal Zero 12401 Nomad 13.5M Solar Panel
 | The Nomad 13.5M collect 13.5 watts of power from the sun, and stores power with the Sherpa 50 power pack for use anytime. The solar panel charges the Sherpa 50 power pack in 6-10 hours from the sun, giving you the power you need to use your smartphone, GPS, portable media player, or any other device you carry. On the mountain or at the beach, the Nomad 13.5M goes wherever you do. | |
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Your Questions About Solar Energy Generator Price
Joseph asks…
How can people say that green energy is inefficient when the lack of investment causes it’s inefficiency?
The financial elite (the 5% of Americans who own 75% of America or the 1% of the world who own 40% of the world, whichever way you want to look at it) invested a lot in the coal and oil energy business because they controlled the coal and oil mines.
They could invest in solar, tide, wind, geothermal etc energy but they can’t sell us any of those things, so even though it would make very positive change for everyone, they aren’t doing it, which is WHY the technologies are still inefficient.
admin answers:
Some of it is inefficient. For example, solar panels can only capture about 20-40% of energy. For the price of the item, no one wants to take that chance. All the investments in the world won’t change the fact that you’re not getting most of it. There is a reason only businesses and celebrities have solar panels. Also, the world tends to get dark from time to time, making it unreliable.
I agree that we should have them. It’s not like surfers and fishermen need the oceans to be pretty and not have wave generators five miles from the coast. It is free and everywhere. But the fact still remains that it isn’t prestigious or cheap enough.
Mark asks…
Solar energy: How to get more wattage from several solar panels?
Here’s the thing. I have this little farm in a far far place where there’s no electrical power. I only have a generator that I can’t afford to have on all day… I have this chickens I need to keep warm at night among other things, like turning on light bulbs (both old and energy saving ones), tv, radio, etc for a few hours.
Here’s the thing, I was looking online and I found a descent price on a 130 watts solar panel, 12 volts output so I was thinking of buying it.
I’ll explain what I know so far so you can maybe help me out with my doubts:
I am supposed to sum up the amount of watts consumed by the devices connected to my panels right ? for instance, if I have three 40 watts bulbs that would mean 120 watts per hour, which means the panel would do the job right ? Let’s assume for a second we have ideal weather conditions. So that would mean that if I need the bulbs on for 4 hours that’s “120*4= 480 watts hour” .. the panels would need to be working under ideal conditions 4 hours as well right ? That would mean “130*4=520 watts hours” so I should be fine, right ? No energy storage involve so far. Just direct energy consumption right?
Now, here’s one of my main question. I couldn’t fine panels that could provide more than 130 watts, so what do I do when I need more energy than that ? am I supposed to connect several panels in parallel to keep the same voltage or am I supposed to connect them in series and deal later with the voltage increase ? My “common sense” tells me that I should connect them in parallel (assuming I’m buying the same panel several times), so I get the same voltage output, to them connect them to a power inverter. But, will I get a wattage increase, will it just keep adding up ? For instance if I have four 130 watts panels in parallel will I get total of 520 watts ? *Crucial question*
Also, among all the doubts I have, I would also like to ask how to select my system. Like I said before, my main issue is to keep the chicken warm. I would like to light up say, 6 old light bulbs just so I can heat up the room for the chickens. Let’s say 60 watts (maybe?). According to my logic that would mean 360 watts so one panel wouldn’t be enough, so how to I get more wattage ? How to I get enough wattage to light up these light bulbs plus a couple other energy saving ones for the surroundings of the farm, and old small tv and maybe a small fan ? The “warming bulbs” would be on all night, that’s the goal.. the other things I intend to power would be on for 4 hours average.
Last but not least, actually this is quite important… how to I store enough energy to keep this things going on once the sun is gone. As you may have figured out already I need energy at night, once the sun is gone, to keep the chicken warm at night an to light up the patio I guess. I’m gonna need an arrangement of batteries for this.. but which ones ? How many ? in parallel (of course?) ? How much time will they need to charge before I need to use them again ? Remember I plan to use them on a daily basis.
So as you can see I’m pretty much an ignorant when it comes to this, but I’m really trying to figure it out. I know this sounds a bit nuts but I’m basically asking you to teach me to set up a whole systems for my needs. Is it even possible ? Given the case that I can’t keep the “warming bulbs” on, I would still like to set up a system to light up the patio with energy saving bulbs, to turn on a small tv and perhaps a fan, that would still help a lot.
Even if what I’m asking is too crazy, do you know of any other affordable way to produce or store enough energy for any of this things ? Like maybe wind energy? or (I don’t know) is there a way to charge an arrangement of batteries with my generator and then use these batteries with an inverter to keep the rest of the things on at night ? Because I don’t keep the generator on all night, it would probably break after a while. Sounds like waste to have such a huge thing on for hours every night just to keep a few bulbs and a small tv on.
Well anyway, thanks for your time. I hope this doesn’t sound too crazy and I hope you can help me out or maybe guide me in the right direction.
ROWLFE: Please, I hope you read this. You seem to be well informed, more than just well. Thanks by the way.. but I need to flood you with a bunch of other questions if that’s alright. So I assuming I have a established storage battery system (which I don’t, I don’t even know where to start, but let’s just assume I have it) would it matter if I have a 130 watts panel or a bazillion watts panel ? What I mean is, since I’m using the power almost strictly when the sun is gone, then I can’t consider the panel a “battery” as you said. I absolutely need the so said storage unit… so if I had this unit, any panel would do the trick to charge it ?
I don’t know if I’m explaining myself well, what I’m trying to say is that my energy consumption will be strictly supplied by my batteries, the solar panel in this case is just one of the many ways to charge those batteries. If I could charge the batteries with anything else then I would.. but I need pow
but I need power at night to light up incandescent light bulbs. So would I need an specific solar panel to charge an ARRANGEMENT OF BATTERIES THAT HAS ALREADY BEEN DESIGNED TO POWER MY NEEDS ? or any panel/wattage would do the job since I would not be feeding directly from it ?
By the way, since I have no clue where to start, do you think you could maybe recommend some panels/wattage for what I need ? and batteries, specially batteries. I know I can’t use just regular car batteries since they are not designed to be charged and discharged so often. I heard something about golf car batteries, I don’t know. Man if you could maybe show some quick schematics/designs of a system that might work for my needs, that would help me out a lot. Even if its just a block diagram… I’m sorry to sound so stupid but this is the first time I try to do something like this so I’m still on the trial and error stage. I promise I’m a bit smarter than this. Thanks for your help!
admin answers:
To keep a 12v system, mount multiple panels in parallel. That increases available watts leaving volts constant.
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Goal Zero 22004 Yeti 150 Solar Generator
 | A plug and play generator for emergencies, camping, or wherever you need power. The Goal Zero Yeti 150 Solar Generator is a gas free source of portable power to keep lights, phones and laptops powered on through any situation. It’s your portable mini powerhouse. | |
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The Benefit Of Solar Power RV
Electricity and gas costs are two main issues we face and deal with everyday. Even when you go on vacation camping you need to take in consideration places where you can have power supply for your RV. A solar power RV can enable you to vacation when and where you like without worrying about the power supply or gas costs.
The Benefits Of Solar Power
There are specific solar panel kits, which can be placed on the roof of your RV thus providing you with the required power whenever you require it. A solar power RV can be parked wherever you choose and whenever you choose without worrying about the electricity supply.
Through solar panels you can have the RV’s batteries charged with which other appliances can be used as well.
Solar power RV kits come in different sizes depending on your requirements. It can be installed on the roof of the RV with ease thus, accessing maximum exposure to sunlight at all times.
Besides saving you a considerable amount of money and providing you with the liberty to camp anywhere you find fit a solar power RV is also environmentally friendly due to which is highly recommended. Environmental issues have always caused a great deal of concern especially when using RV’s for camping purposes. Using a solar power RV you can contribute your share to helping keep the earth clean and healthy.
Disadvantages Of Solar Power
The only disadvantage of a solar power installation whether it is for an RV or building is the cost. Any solar power installation requires a considerable investment however, in the long run it will recover all the money invested in it. How? Well, by the simple fact that you will not have to put out any more money for the electricity of your RV when camping will have you hundreds of dollars every year. Therefore, this disadvantage is a short term one that will be over come easily in time.
Due to the importance of using solar power there are a number of governmental and private financial assistance plans, which are specially designed to help those who are willing to make the switch.
Conclusion
Try using a solar power RV and in no time you will be convinced of its benefits that are not only to save you money but also to create and keep a cleaner environment. For more information and assistance on solar power use, check online specialized private and governmental sites.
235-Watt Solar Panel Charging Kit ; 1000-Watt Power Inverter, 20Amp Solar Charge Controller, 25Yrs Warranty on Solar Panel
 | Enjoy the electricity produced by pure solar energy. It is useful for normal use in home for lighting, TV, fans, micro oven,food processor,coffee maker, small refrigerator etc. It is also very appropriate for back-up power,cabins, rv recreational vehicles,boat, remote power, and 24-volt deep cycle battery (2 x12V in series) charging. The kit is complete and simple to assemble. Just put the solar panel on ground in the sun facing south at about 45 degree angle or mount it on your home roof or on | |
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WakaWaka Solar Lamp
 | The cool, personal solar lamp designed to survive the extremes of Africa. The patented innovative solar power management technology provides for superior charging capabilities results in no less than 16 hours reading light on less than a full day of sunlight. In suboptimal conditions WakaWaka performs up to 200% better than any other solar lamp. WakaWaka ensures you will always have light. Perfect for hiking, disaster preparation, camping, or in-home reading light. No need to connect to USB port | |
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Solar 13w Briefcase Solar Generator, Portable Solar Charger for 12 V and 24 V Battery Systems, Ideal for Outdoor Activity, Caravans, Motorhomes, Yacht, Dc Fridge, Laptop Computer, GPS System…
 | Feature:
Powerful 13 Watt solar charger, with adjustable support panel, help to maximzie power output, with flashing charge indicator and block diode
Complete with all leads needed, with detachable connections for different application, with cigarette plug socket
Solar charger for batteries, transform sunlight into electricity, Grid independent.
Briefcase design, handle and portable
Innovative angle adjusted support for max sun exposure
12V/24V swich for charging battery | |
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Your Questions About Solar Generators Home Depot
Maria asks…
Who knows of a honest Company that sells wind generators and solar panels for a decent price?
admin answers:
Try Northern Arizona Wind and Sun. Their prices are decent, not always the lowest, but decent. Service is good, and the forum they sponsor has helped many.
Another company, partsonsale.com, has good prices, but you need to wade through the hype. Know what you want, and don’t believe everything you read.
On occasion, some Home Depot stores actually stock the large 165 and 175-watt Mitsubishi panels.
John asks…
How to build your own wind or solar power!?
I am really looking for Ebooks that are FREE, not the kits where you spent $1000 to build the darn thing but books on how to use common items in building a wind or solar power kind of stuff. My father is REALLY wanting to build a wind turbine, and maybe even a solar panel. The problem is that all the books we find require you either buy a kit or go to some special hardware store to get this or that. I have talked to a man that has a solar panel he built himself not spending over $200 and got all the stuff from home depot! This is what I am looking for if ANYONE can point me in the right direction PLEASE PLEASE do so!!
admin answers:
You Can Build A Wind Generator from you home as little as $100
just click on the link or copy and paste in your browers for more info on wind generator
http://rbagent.windplans.hop.clickbank.net?tid=wind1&gid=&yid=&ex=
hope this helps you in your matter
richard
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Ambient Weather WR-111-B-AC Emergency Solar Hand Crank Weather Alert Radio, Flashlight, Smart Phone Charger with AC Adaptor
 | Power Specifications: Dynamo Power: The hand crank generator charges the internal Lithium Ion battery Solar Power: You can play this Radio with the direct Sun or charge the Lithium Ion battery USB Power: With the included adapter, you can play or charge with USB power from a computer Rechargeable Power: 3.7V/800 mAh Lithium Ion Battery Included (non-proprietary) Maximum Power Consumption: 0.5W Radio Bands: AM: 525 KHz to 1710KHz FM: 88MHz to 108 MHz Digital 7-Channel Weather Band Weather Alert M | |
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K-tor Power Box 20 Watt Pedal Generator, Emergency Charger, Any Portable Devices Charger, Can Charge a 12 Volt Battery, Lightweight, Strong Polycarbonate Plastic
 | The K-Tor Power Box is a 20 Watt pedal generator with an universal international power socket. Plug in your wall charger and charge your portable electronics at the same rate as plugging in a wall outlet. You can charge multiple devices at once up to 20 watts or an external battery to power larger devices like laptops or appliances | |
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The Advantages And Disadvantages Of A Solar Power Fan
The actual term solar power is used to describe not only one issue, but rather a number of methods that involve the harnessing of energy from the light of the sun. There are many different and incredibly resourceful matters that solar power can be and is used for, and the actual subject of solar power is becoming one of quickly increasing popularity. A solar power fan is one of the available uses for solar power, however, as with anything else, a solar power fan does have both its advantages and disadvantages.
What Is A Solar Power Fan?
A solar power fan is a fan for those home owners who do not want to use a fan that is run by the more conventional method of electricity. A solar power fan is, instead, powered directly by sunlight, and the fan will stop at sunset when there is no longer enough sunlight available to power the motor any further. There are both advantages and disadvantages to a solar power fan, and both halves which must be taken fully and thoroughly into consideration before can truly shape an opinion on a solar power fan.
What Are The Advantages?
There are certain advantages to this type of solar powered fan, such as the fact that you do not have to power the fan at all with your own electricity. As well, you do not have to run any electrical wiring to the fan. This can save a lot of time and money as an end result, and is considered as an extremely positive set of factors to the environmentally concerned person.
What Are The Disadvantages?
As with anything, however, there are also disadvantages that come with the solar powered fan, such as the fact that the fan must run on solar power. Thus, the motor is simply not as powerful and it also is much smaller. The fan also covers a lot less space than a regular fan, so you might find that you will have to supply yourself with two of these fans, when you would only need one of the regular forms. As well, the actual cost of a solar powered fan is higher than that of an electrical fan, primarily due to the fact that there is the cost of the solar cell which is additional.
Obviously, you must weigh the advantages and disadvantages out, and the final decision is truly dependent upon your own personal preference.
Goal Zero 22004 Yeti 150 Solar Generator
| A plug and play generator for emergencies, camping, or wherever you need power. The Goal Zero Yeti 150 Solar Generator is a gas free source of portable power to keep lights, phones and laptops powered on through any situation. It’s your portable mini powerhouse. | |
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Your Questions About Solar Energy Calculator
George asks…
Q. How the electricity is produced by using solar energy?
Please describe in details how do the whole mechanisms work? How it is developed? What apparatus is required? How the solar panel is constructed and how it works? Explain me all questions by using 3d figures or images or video if available. I have no prior knowledge about solar electricity so; please guide me in the easiest way as much as possible; I want to make electricity for my home by using solar energy what should I do? How can I achieve or construct it myself?
admin answers:
Solar electric panels are made up of something called silicon, the same thing that makes up sand. There is more silicon on the planet than almost anything else. Even though you can find silicon almost everywhere, making a solar panel is difficult and expensive. The silicon has to be heated to super high temperatures in a big factory, and then formed into very thin wafers.
When sunlight hits a solar panel, it makes electrons in the silicon move around. (Electrons are teeny tiny specks–they?re way too small for us to see, even under a microscope.) The electrons flow through wires that were built into the solar panel. And presto! We have electricity! We can do whatever we want with this electricity, run a calculator, a CD player, or, if we have big enough solar panels, a satellite! [Solar panels are also called photovoltaic panels. “Photo” means light and “voltaic” means electricity.]
http://www.windandsolar.com/nss-folder/pictures/Solar%20Panels%20S%20Wind%20machines%208319%20W%20Sunset%20005.jpg
Before installing solar panels, make sure you are wearing safety goggles. Make sure you have read and understand the manuals for your installation equipment.
Mandy asks…
How do solar powered calculators work?
Explain how a solar powered calculator works. My solar powered calculator also works with, light from a light bulb, how is this?
admin answers:
A solar powered calculator uses a photovoltaic cell to convert light energy (photons) into electric current to power it. Any source of visible light should work, including a light bulb.
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Duracell DRPP600 Powerpack 600 Jump Starter and Emergency Power Source
 | Households around the world trust Duracell for high-quality, long-lasting batteries. As part of their industry-leading line of superior quality power products, Duracell has created highly reliable, rugged portable power solutions that you can count on in any situation. From power outages and roadside emergencies to remote jobsites and the great outdoors, the heavy-duty Duracell Powerpack 600 will be there to provide plentiful power for work, recreation and emergency backup situations. Do you fre | |
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Your Questions About Solar Generator For Home Use
Donald asks…
What are the physics involved in the generation of electricity?
Please help me with this question, i can’t find what i needed. I need to research it on two countries of my choice. It would be great if you guys just give me the link of the website. Thanks a bunch 🙂
admin answers:
I hope this helps!!
A generator can also be used to produce direct current. I have an old generator, most physics teachers do. You can see the magnets and the coils of wire. As you turn the hand crank, the wires rotate around the magnets. As the coils of wires cut across the magnetic field, electrons are forced to move in the wire producing current. The wire in the light bulb has resistance, so the wire heats up as the electrons move in it. This causes the metal filament in the light bulb to get hot enough to glow. The last piece of equipment in a generator is a split ring commutator. As the rotating coil of wire moves down thru the magnetic field, the electrons are pushed one direction. As the rotating coil of wire moves up thru the magnetic field, the electrons are pushed the other direction. The split ring commutator reverses the current each ½ turn, so the electrons are all moving the same direction thru the light bulb.
Here is a picture of the split ring commutator
http://www.gcsescience.com/pme13.htm
Go to this site and you will see a picture of a generator.
Http://www.unm.edu/~physics/demo/html_demo_pages/5k4080.jpg
Here is an excellent article on alternating current.
Http://science.howstuffworks.com/electricity5.htm
Alternating current is produced by an alternator. The main difference between a generator and an alternator is that the alternator has no split ring commutator, so the current reverses each half a turn. This may mean nothing to you, but in order to reverse direction of motion, the electrons have to slow down, stop, and speed up in the other direction. As the electrons accelerate they send out an increasing magnetic field. As the electrons decelerate the magnetic field decreases. This changing magnetic field can produces current in a coil of wire. This is how a transformer works.
A transformer contains 2 sets of coils of wire each wrapped an iron core. One iron core has more coils of wire wrapped around it. If there are more coils, higher voltage is produced. At the power plant the voltage is increased to 110,000 volts to send to your house.
The power plant produces power. In physics we learn that power = voltage * current. The power produced by the power plant is constant, so if the voltage is high, the current is low. Low current is good, because high current produces too much heat in the wires and the wires melt. Before the power reaches your home, it goes thru a transformer which reduces the voltage, thus increasing the current. High voltage is dangerous. It can cause electricity to arc and cause a fire. The high voltage lines are up on tall poles and separated about 3 feet for that reason. You can see the transformers on the poles in alleys. They look like a cylindrical can attached to the side of the pole.
Now back to how AC works. Voltage energizes the electrons. The electrons give this energy to the light bulb (and all other electric appliances). The electrons obviously have to move to get to the light bulb. But, it doesn’t matter if they move in one direction (DC) or move back and forth in the light bulb. Either way the wire in the bulb gets hot and glows. When the electrons have given their energy to the light bulb, they leave the bulb and go thru the ground wire to the ground rod attached to your electricity meter. Go outside and look below the electricity meter. There is a thick aluminum wire going down to a metal rod. The rod is an 8 ft long copper rod. The electrons travel down this rod and join gavillions of other electrons in the earth.
¬Here is an article on AC vs DC power
This transformer helps transfer power traveling to and from California.
¬Batteries, fuel cells and solar cells all produce something called direct current (DC). The positive and negative terminals of a battery are always, respectively, positive ¬and negative. Current always flows in the same direction between those two terminals.
The power that comes from a power plant, on the other hand, is called alternating current (AC). The direction of the current reverses, or alternates, 60 times per second (in the U.S.) or 50 times per second (in Europe, for example). The power that is available at a wall socket in the United States is 120-volt, 60-cycle AC power.
The big advantage that alternating current provides for the power grid is the fact that it is relatively easy to change the voltage of the power, using a device called a transformer. Power companies save a great deal of money this way, using very high voltages to transmit power over long distances.
How does this work? Well, let’s say that you have a power plant that can produce 1 million watts of power. One way to transmit that power would be to send 1 million amps at 1 volt. Another way to transmit it would be to send 1 amp at 1 million volts. Sending 1 amp requires only a thin wire, and not much of the power is lost to heat during transmission. Sending 1 million amps would require a huge wire.
¬So power companies convert alternating current to very high voltages for transmission (such as 1 million volts), then drop it back down to lower voltages for distribution (such as 1,000 volts), and finally down to 120 volts inside the house for safety. As you might imagine, it’s a lot harder to kill someone with 120 volts than with 1 million volts (and most electrical deaths are prevented altogether today using GFCI outlets). To learn more, read How Power Grids Work.
Mandy asks…
How does the world switch over to hybrid automobiles fast?
How are world governments going to assess this? Do they scrap every person’s current car and force them to buy a new one or will their government pay for one to provide?
If Global Warming is to be stopped/slowed down one of these options must happen.
admin answers:
Once the price of oil in the US reaches 5 to 6 dollars a gallon; you’ll see a massive movement that pushes better fuel economy and within 10 years gets rid of gasoline run engines entirely. The people would have to get a 100% to 300% cost of living raise in all sectors to combat rising fuel prices once the price of gas hits 5 to 6 dollars a gallon the government will be forced into creating a massive campaign to get rid of gasoline entirely.
You’ll see fuel cells that don’t pollute being put into cars; solar panels being made mandatory on all new homes in addition to wind generators in windy areas.
You’ll also see the governement forced into releasing our military fuel reserves to our allies and ourselves to reduce gas prices and pressure being increased by the military on politicians to increase the speed of the current programs to remove gasoline as a viable fuel source.
Most don’t realize it’s already being done in the military and once that’s completed it will be done in the private sector as well.
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Solar Power Lighting Are Becoming Very Popular Today
Solar power lighting was once upon a time the dream of the future, specifically for rural areas where conventional electricity was difficult to provide. However, the cost of installing the solar panels being prohibitive, the projects was dropped in the middle. This was the picture a decade or so back. In the meantime, technology has brought about many changes, making solar power lighting feasible in terms of both cost and installation.
Solar Power Lighting And Urban Locations
The solar power lighting was initially designed for rural areas. However, the fast depletion of organic fuel and the rising costs of conventional electricity have motivated many people to look into the alternatives available. Out of all the choices out there, the solar power generation system was found as the best. This is because all it needs is a one-time installment for a virtually perennial, free of cost source of electricity.
The discovery of the LEDs also added to the charm of the solar power lighting projects. The LEDs are virtually inexhaustible as they are meant to work for thousands of hours. Just one white LED is capable to provide sufficient light for one person to read at night. The whole house electricity can be taken care of by less than fifty LEDs, which consume one hundredth of wattage that a normal household consumes.
Another great addition to the solar power lighting arsenal is the solar candle. This type of lighting is made with the help of LED that run on batteries. Since they consume so less electricity, these can last forever and the light that these candles give is excellent.
New Solar Power Lighting Devices
The advancement of technology brings out more developed and convenient devices every day. The new tube solar panel is one such example. This device is made of extraordinarily thin and flexible solar panels, which can be rolled into a tiny tube. The tube being small and light, can be carried anywhere like camps, trekking trips and the like to provide convenient and safe solar power lighting.
Another great device for camping and trips is the portable mini solar generator station. This device can provide sufficient electricity for you to run your laptop, fan, TV, stereo, cell phone, lights and the like for as long as you like. The generator normally gets charged with the help of one or two fifteen-watt solar panels.
Your Questions About Solar Generators For The Home
Robert asks…
Build a solar or wind propelled generator?
I want to know how to make a solar or wind propelled generator? First if i can make a solar and wind propelled generator and combine them to work at the same time. The solar panel can be around 12 volts. I just want to do this as a home project. I don’t want extreme power out of this. I am young but have a lot of experience with building electronics so keep it simple enough for me to do it.
admin answers:
Well i dont know much but i hope this will help, i whould imagine for the wind power you whould need the light propeler to be somehow conected to a magnetic generater. And for the solar power, well i dont know much about that but i hope to find out soon.
Sharon asks…
How many solar panels does it take to run an A/C unit? Also, How many batteries in an array?
I was wondering how many 700 W solar panels it would take to run a household A/C unit. Also curious how many batteries it would take to keep A/C running in inhospitable environments. Would a 3500 W inverter be enough if it were to run 220 AC?
admin answers:
Here we are doing the math of two facts to multiply or divide, to find the third, and you don’t give enough to make up the equation!
My 2.5 ton unit needs 220 VAC at 5 KW for the heater coils, and 3.5 KW for the cooling and fans, but, in electricity, we are always having to discriminate between inductive loads (transformers, oven coils, heater coils) and other uses, like lncandescent lighting.
To run my HVAC unit, in my 1,000 square foot home, would demand a10KW unit, and the 5200 watt (5500 watt Surge rated)
would not work. A generator simply stalls out under load, possibly smokes the generator electrics, while a solar unit and batteries can reverse potential under severe load, and explode!
The surge rating for my HVAC unit is 3X higher, (the Switching Load), for either heating or cooling. When figuring out the generator load for an emergency generator, for warranty purposes, they demand we install a generator with a ‘surge’ power rating triple the start-up load of our equipment, and that is the way to try to load your Solar panel, also!
Now, go to the hardware store, and get a booklet or pamphlet about emergency power generation, and look at the descriptions of the generator start up power capabilities for the ‘switching loads’!
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Your Questions About Solar Energy Generators For Home
Donald asks…
need help with my science home work questions?
1) describe 2 different ways to convert solar energy into electrical energy.
2) what problem exists when you use either solar or wind energy to generate electrical energy?
3) describe the nessary conditions for the use of tidal energy to generate electrical energy.
4) what is nuclear fusion? how does it differ from nuclear fission?
5) nuclear fission reactions take place is a large, sturdy tank. why is it impossible to use the same type of vessel for nuclear fusion reactions.
admin answers:
1. Solar energy can be converted to electricity in two ways:
Photovoltaic (PV devices) or “solar cells” – change sunlight directly into electricity.
Solar Power Plants – indirectly generate electricity when the heat from solar thermal collectors is used to heat a fluid which produces steam that is used to power generator.
2. The amount of sunlight that arrives at the earth’s surface is not constant. It depends on location, time of day, time of year, and weather conditions.Because the sun doesn’t deliver that much energy to any one place at any one time, a large surface area is required to collect the energy at a useful rate.
4. Nuclear Fusion- the process by which multiple atomic particles join together to form a heavier nucleus.
Nuclear fission is the splitting of the nucleus of an atom into parts (lighter nuclei) often producing free neutrons and other smaller nuclei, which may eventually produce photons.
5. An electrode structure is comprised of a pair of electrodes provided in a reaction vessel for causing a nuclear fusion reaction with deuterium or a deuterium compound in a gaseous or liquid state, at least one of the electrodes having a surface portion which is made of a reactive material for nuclear fusion reaction and a base which is tightly connected with the surface portion, wherein a heat exchange medium is introduced from a heat exchange device into the base and out from the base to the heat exchange device after heated by nuclear fusion reaction.
Sandra asks…
What is alternative energy and what are some examples?
I need a few examples of alternative energy and what it is.
admin answers:
Alternative energy is a term that refers to methods of generating energy that are not the usual method (i.e. Fossil fuels). There are many forms of alternative energy, but, as energy is conserved, you have to ask yourself where the energy comes from (and the answer is always “the sun”). You should always be careful when you look at energy forms, because some of them just won’t work – like the idea of putting water in your gas tank that another user has suggested (thermodynamics shows that these ideas won’t work).
The sun undergoes nuclear reactions which result in the release of photons (beams of light that have energy associated with them). Alternative energy forms just capture the energy from the sun in different ways (actually, fossil fuels also got their energy from the sun a long time ago).
Here are a few alternative energy sources and how they relate to the sun:
Bio-fuels: We can grow plants (such as algae, corn, sugar cane) which collect the photons from the sun and use the energy in the photons to create sugars. We can harvest those sugars and and turn them into liquid fuels such as ethanol.
Solar Energy: This technology directly harnesses the energy of the sun by absorbing photons through photovoltaic solar cells and which create an electrical current when they absorb a photon. Additionally, you can use the energy of the sun to thermally heat an object, which is referred to as solar-thermal energy.
Wind Energy: When the photons from the sun hit the air in the atmosphere, that energy can cause the generation of wind. We can harvest the wind energy by using turbines which spin when the wind hits them. The spinning motion is used to turn a generator which produces electricity.
Hydro-electric: When the sun hits water, it can cause the water to turn into a gas and later that gas can result in rain. If the rain occurs at a high enough elevation and gets held behind a dam, the water now possesses a high potential energy due to the energy from the sun. That energy can be turned into electrical energy by converting the potential energy of the water into kinetic energy which is then used to turn a turbine in a hydroelectric dam.
I came accross a new, proven and tested home made wind power system and solar power system which eliminates our electricity bills. It was written by a Renewable energy enthusiasts Michael Harvey the diy called Earth4energy. You can get your copy to save energy and help environment while eliminating your power bills. Get it from here: http://homemadeenergyreviews.blogspot.com/
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Residential Solar Power Systems: Make Electricity Bills A Thing Of The Past
When it comes to residential energy, spending is at an all time high. It costs so much to run the air conditioner, the television, the computer and whatever else people use to keep themselves occupied in their homes that they often have to reduce spending in other areas just to keep the lights on. The costs of energy have caused many people to consider some kind of residential solar power system.
Free Energy
A residential solar power system doesn’t need to use electricity from the local power plant. Instead, it uses an energy source that’s readily available and that’s, best of all, free. Residential solar power systems use the sunlight to power their household items. This can drastically reduce the amount on the electricity bill or it can even get rid of the electricity bill altogether.
A residential solar power system involves installing solar cells on the roof, or in other strategic places, in order to catch the rays of the sun. Technology has come a long way and this technology is going to save a lot of residents a lot of money.
Harness The Sun
Save your money and research what it would take to install a residential solar power system on your house. There’s no reason why you should spend a load of money to keep your lights on. If the energy is right there, waiting to be harnessed, as is the sun, you might as well take advantage of it.
It might cost you a substantial amount to have a residential solar power system installed on your home but the savings will be phenomenal. Leaving your lights on does not have to drain your pocketbook. You can leave your lights on and can spend your hard earned money on other things. Use the sun as your main energy source and stop relying on expensive power plants to fuel your home.
Residential solar power systems are the way of the future. With so much attention paid to lowering energy usage and keeping our environment clean, it just makes sense that we should use some kind of residential solar power system to fuel our homes. It will save us a lot of money in the long run and it uses an energy source that is available and it has absolutely zero ill effects on our precious atmosphere.
Go Power! GP-SW3000-12 3000-Watt Pure Sine Wave Inverter
 | Go Power! 3000-Watt Pure Sine Wave Inverter takes 12 volt DC battery power and converts it to an exact replica of AC houshold power. It is guarenteed to run any load within their wattage range and has a 2 year warranty. This inverter has two GFCI outlets and can use the GP-DC-KIT5 to connect to the batteries with ease. As long as the load is not greater then 3000 watt this inverter will run it and the GP-SW3000-12 can surge to 6000 watt as well as contains all instructions required. | |
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