I was tired of paying so much for electricity, so I decided to generate my own. Hi. My name is Marcio Pugina, and this is my invention the GEN. It's an electrical generator that combines wind and solar technology into one compact unit. For over 2 years, I've generated about 50 of my own electricity, and I'm working on a newer model that will generate up to 70. For a long time my wife and I wanted to produce our own electricity, but the only options available were solar panels and windmills, and they can cost up to 50,000 dollars. It.
Just didn't make financial sense. Plus, what happens when it's not windy or when it's dark We certainly didn't want to buy both. Solar panels and windmills also draw a lot of attention, and many cities and homeowner associations won't allow them. So that's when I said to myself, I'm an engineer. I'll just come up with my own invention. So after working in my garage for over a year, I came up with, the GEN. The GEN combines wind and solar technology. Since it's not always sunny, and it's not.
Always windy, this allows the GEN to produce a more consistent flow of electricity. Because the GEN is relatively small, it costs a lot less than the alternatives, it fits comfortably on your roof, much like an air conditioner, and it's more broadly accepted by cities and homeowner associations. The first month after we set it up, I got the power bill in the mail, and I was shocked. It was cut in half. I was so excited I called my husband right away. He thought I had won the lottery or something.
We are excited about the GEN, and we want to make it affordable for everyone. Our goal is to offer the improved model for 6000 dollars. Depending on where you live, you can actually get back enough tax and energy credits so that you end up paying nothing. Let's say that where you live, the GEN still costs you 3000 dollars. Compare that to the alternatives. Even after tax and energy credits, solar panels on half your roof would cost 20,000 dollars, and a windmill would cost 30,000. Now let's say you spend $150 per month on electricity. This is the average American.
Electric bill. And if you produce 50 of your own electricity, you save 75 dollars per month. At this rate, the solar panels would take approximately 22 years to pay off. With an average lifespan of 25 years, the solar panels give you only 3 years of free energy. The windmill would take about 33 years to pay off. With an average lifespan of 20 years, a windmill would never pay for itself. The GEN, on the other hand, would take only about 3 years to pay off. With an average.
Lifespan of 20 years, that gives you up to 17 years of free energy! Not only does the GEN make financial sense, it helps you become selfsufficient and better prepared in the case of a natural disaster or power outage. Plus it's safe for the environment. A lot of people have been asking me, So Marcio, when can I get one of those Well, that's where you come in. We need your help to raise $60,000 so we can begin manufacturing the GEN. The one I have on my roof has worked great so far, but it's just a prototype. The newer model is a patent.
Pending design, with additional solar panels and an improved alternator and wind turbine, and it will be manufactured here in the U.S. And it will generate as much as 70 of the electricity you need. We need a minimum of $60,000 to get started, but the fact is, the more money we raise, the more GENs we can manufacture at a lower cost, making it more affordable for everyone. So please, click the green button to donate, and help us make the GEN a reality. You'll even get a cool reward when you do.
Turning Salt water into Drinking water using Solar power
According to the Securing Water for Food agency, between 2000 and 2050 water demand is expected to increase 55 percent globally, meaning the number of people affected by water scarcity will continue to grow. By 2025, twothirds of the world's population could be living in severe water stress conditions. Around the world, there is more salty groundwater than fresh, drinkable groundwater. For example, 60 percent of India is underlain by salty water and much of that area is not served by an electric grid that could run conventional reverseosmosis desalination plants.
To find solution for this drinking water issue in developing countries, USAID the U.S. Agency for International Development had run a global competion for Desal prize. The idea for the competition was to create a system that could remove salt from water and meet three criteria it had to be costeffective, environmentally sustainable, and energy efficient. The winners of the $140,000 first prize were a group from MIT and Jain Irrigation Systems. The group came up with a method that uses solar panels to charge a bank of batteries. The batteries then power a system that removes salt from the water through electrodialysis,.
That means that dissolved salt particles, which have a slight electric charge, are drawn out of the water when a small electrical current is applied. Using the sun instead of fossil fuels to power a desalination plant isn't a totally new idea. Larger solar desalination plants are being seriously investigated in areas where water is becoming a scarce resource, including Chile and California.But the current technology is expensive. The MIT team's this new desalination technology electrodialysis is comparatively less expensive. Both electrodialysis and reverse osmosis require the use of membranes, but the membranes in.
Solar Energy in Indian Wells, California by Suntrek Industries
Indian Wells Solar Energy from Suntrek Industries has demonstrated since 1991 they are the leader in solar energy systems technology. For residential solar electricity, Solar pool heating, Solar water heaters and Commercial Solar Power. Solar brings value to a Community that is unsurpassed. Today we have a proven reliable technology to power our daily lives with the sun. Just imagine how different your world will be living in a Solar Home powered by the sun with little reliance on utility power. Since 1991 Suntrek Industries has been a leader in solar energy manufacturing and system design.
How to Manage Your Windows in Summer
Another very important element of making your home more efficient is how you manage it. Just like your grandparents used to do in the old days, we have developed a daily routine which varies according to season. The simple managment plan ensures that we take full advantage of favorable ambient conditions and as far as possible keep out unwanted heat in summer and cold in winter. So with the routine in place the house stays more comfortable without the need for heating or cooling. At the beginning of winter, we remove the shade sails and the external blinds will be.
Rolled up. The daily routine in winter begins with opening the blinds on the north face of the house to let in as much sun as possible to provide passive warming. And depending on the outside air temperature we will keep the remaining blinds closed to avoid colder outside air transferring through the glass and making the house cold. In summer we need to protect the house from the summer sun's rays. So we will reinstall the removable shade sails, roll down the external blinds and reinstall the shade cloth on the solarium.
The daily routine in summer includes closing the windows in the morning and keeping most of the blinds down. To prevent the hot outside air from entering the house. Windows on the southern and western side of the house should be opened to take advantage of cooling summer breeze. But these should be closed when the wind isn't blowing. At night when the air temperature drops we can open the blinds and windows to fill the house with cooler night air. And in the morning they need to be closed to keep in all the cool air we have captured.
How to Make a Shoji Screen
Why it's back to our tool tip where we show you how to make these Japanese rice paper screens using these materials and simple hand tools. Today we're gonna make some Japanese screen panels which are a great alternative to traditional blinds using this framing and a special rice paper film. You ready Dene Yep, We have got about 8 cuts to do at 265mm so we will set the measuring gauge on the mitre saw. First thing we do here, we will measure this piece here at 265mm. Measure and mark the Tasmanian oak beading at 265mm, then using the measured length,.
Set the saw stop on the mitre saw and cut the end pieces of each of the frames. We have divided our window opening into 5 so we need 10 end pieces. And now we are going to cut the beading to exactly the same size, it's 6x6mm, and it runs along side this part of the frame. You right Dene Yes I am Cut the 6mm beading to the same length as the frame pieces. It provides support for the acrylic sheet that's overlayed with the rice paper film. We then measure and mark the side pieces of the frame to 1213mm and cut 10 lengths.
The panels are easy to assemble. We predrill 2 holes in each corner and we use small panel pins to hold the frames together while the glue dies. You will need a second pair of hand to help hold the frame in position as you drive in the panel pins. Use a fairly generous amount of glue. Wipe away any excess. That's great, OK so once you get the frame together you then glue the smaller pieces of beading, which are these ones, into position. OK so if you run a bit of glue down there.
Having cut our 6x6mm beading to match the long sides and short ends of the frame, we then apply aliphatic glue to the beading and position down the sides and ends of the frame. Because the material's fairly light a generous amount of glue will easily hold it in position. OK, well as soon as that glue goes off we will stain them up then we will send them off to have the acrylic sheet cut and fitted. The rice paper film we have chosen is produced by the 3m company, the actual rice paper is.
Laminated between 2 very strong layers of 3m film. Although the process looks fairly simple, the manufacturers recommend that it's carried out by there trained personnel. The film is a clear matte finish and is extremely hard wearing. Once it is overlayed on the acrylic sheet, it gives the appearance of traditional Japanese rice paper. While the experts are applying the film we apply a dark stain to the Tasmanian oak frames. We run a bead of glue around the perimeter and cross frames of the beading and carefully place the finished rice paper panels into position.
SUPERNATURAL HEAVENLY FIRE CONFERENCE Promo 2
I'm from Kochin. My name is Cecil. I'm coming here for the first time. After I came here, I felt a Heavy Anointing! I felt the Anointing is moving freely here. And two three times I felt Iike. I'm drunk with the HOLY SPIRIT And now I went to the Pastor's room for Praying, I got the HOLY LAUGHTER. After I finished laughing, I feel it's completely free! I'm weightless! you know. My name is Jessica. I'm coming from Tirupur. I heard about this SUPERNATURAL CONFERENCE. I've seen pastors manifesting God's Anointing in the television programmes.
Optimize Power in Automotive Electronics, Portable Communication with the Advanced Power System
Hi. My name is Neil Forcier, an engineer with Agilent Technologies. And in this tutorial I'm going to be talking to you about the new advanced power system family. The advanced power system family is a family of one and two kilowatt system power supplies. And the advanced power system was designed to help you solve your toughest power related test challenges. And in this tutorial we're going to be talking about the power test challenge, capturing your DUT's dynamic current profile. Let's take a look at the demo setup. Here in our demo setup.
We have an advanced power system power supply. And connected to that we have a vehicle mounted radio that the power supply is powering. Now, I have a simple program on the PC that's gonna be used to capture the current profile of the radio. When working with DUTs where power efficiency is critical, such as portable communication equipment or vehicle mounted radios, these devices often have a dynamic power model, meaning when they're inactive they draw very little current, but when they're active, such as when they're transmitting, they draw very.
High current. The challenge customers have told us is how do they capture that very dynamic range of current Today they use a shunt, a digitizer or DMM, and a power supply. Now we can do it with just the advanced power system with its 18 bit digitizer, its two measurement ranges, and its Agilent only technology known as seamless ranging, that allows us to move from one measurement range to another. Let's take a look at the demo. So now I'm going to start our simple program that's going to capture the dynamic current profile of the.
Radio. Let me key the radio a couple times to create our dynamic current profile. So here we have our dynamic current profile from our vehicle radio. You can see the large transmit pulses that took place when I keyed the radio. If we look at the low level current we don't really see anything. But if I go ahead and zoom in we can actually see that we have some low level current activity down into the hundredths of milliamps. So we are able to capture down to hundredths of milliamps in great detail up to 30 amps of this wide dynamic measurement.
Range of current using the APS. Why Because we had our 18 bit digitizer, we had our two measurement ranges, and we were able to seamlessly move from one measurement range to another to capture the clear dynamic current range of the vehicle mounted radio. So in this tutorial we looked at how the advanced power system can be used to capture your devices dynamic current profile using an 18 bit current digitizer built in, two measurement ranges, and an Agilent only technology known as seamless ranging. For more information on how the advanced power.
Sustainable Energy Projects Risk Assessment
In 2008, there were 2,600 Ontario companies in the environment sector broadly representing $7 billion in revenue and 65,000 jobs. But only 100 or so of these companies are currently developing madeinOntario proprietary intellectual property and patented innovations. Principal investigator Salemi's projects in remote sensing for energy usage and sustainable energy technologies, which will help advance small and mediumsized businesses and the college's research capacity, are an undeniably hot area for R and D these days. The opportunity comes down to saving energy and costs for businesses and homeowners, and reducing our.
Dependency on a finite resource fossil fuels. This sectoral demand, along with Ontario public policy, the new Green Energy Act, helped convince the college's Office of Applied Research and Innovation to allocate several rounds of seed funding to Salemi's projects in mechanical engineering technology. Leo Salemi We're at the Kortright Centre where we're looking at one of the research projects we're working on, on solar energy and you see behind me, we have the solar panels and this is basically where we started our research and from this point onward we just.
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