Saving Energy with Solar Power Using a Solar Powered Water Heater
So what you see here is our water heater. And this water heater is a big one, because we want to store as much water as possible when we get the hot water from the sun. If you would use only a 10 gallon or a 20 gallon water heater, and we take a shower, then the water will be gone. So we use a big one because we want to store as much water as possible. And it's double insulated, so it has not the normal insulation, it's double insulated so.
It can store the hot water for at least 23 days before it gets cool. What we use in here, it's a little bit unusual because we use rain water in here. Many of you know that the water heater's really get problems when you have hot water because they get clogged up by the limestone, and they are, then you have to call a repair man or even throw it away, because nothing comes out there anymore. But when you use rain water, the rain water has no limestone in there. No lime, no hard particles. So this water heater is here for 12 years.
Now, 13 years now, and it will never clog up because rain water does not clog up a water heater. So that's a good thing. Another good thing is when you open it up on your faucet, the hot water you will not have the stains. When you use the rain water in your washing machine, then you only use a quarter of the detergent that you normally use because the detergent has not too soften your hard water. So, you save money there. And, as you know with a washing machine, you have the problem that the limestone is building up in there.
Too, and it clogs up your washing machine, and it gives stains in the machine and on your clothes. So, with rain water you don't have this problem. I only can recommend using a rain water catching system, and it's easy to do and it's not very expensive. Many states even supports the use of rain water in giving you a tax rebate on your rain water harvesting system. Here in Texas, we don't pay sales tax on it because when you tell your company you buy it from, the will cut out the sales tax, because Texas wants to have people use.
How a Portable Solar Lighting System Works
As we know we get a lot of free things in the world, one of which is solar energy and we should use it to its fullest. SuKam has come up with a new product Solar DC Home Lighting System which is a very unique and easy to carry product. We can charge this product from solar energy. Like you can see, we have a 40 Watt solar panel. All you need to do is connect this with the system and it will be charged. When solar energy is not.
Available, we have an adapter which we can easily use to connect to main to charge. There are two LED bulbs provided with the product. We can easily connect these two bulbs with the system and see. These LED bulbs are of 3 Watt and if we connect one LED to the system, it will give us almost 23 hours of battery backup. You can also connect lot more appliances to the system like DC TV. You can connect a 25 Watt DC TV with this small system and this DC TV will start working. Like you can see the DC TV is switched on. You can also.
Connect a 10 Watt DC fan to this system. There is a symbol of fan on this system. So, we can connect the fan here and start the fan. You can also charge your phone with this.There is a USB port provided here in front of it. So, you can connect it here and charge your phone. Here is also a FM port provided. So, you can connect it to FM and listen to it. As you can see my phone is charging here and you can use this product not only in villages.
Are solar panels worth it for your Westchester NY home Client testimonial tutorial for SunBlue Energy
I had investigated a number of other avenues for saving money and reducing my energy consumption I replaced the windows in the house, I considered switching over to gas from oil but the biggest bang for my buck is definitely been the solar panels the folks some Sun blue were really great answered all my questions made me feel comfortable they were local and that's why they got my business. So I would say that I offset greater than 50 percent in my power costs over the past two and a half years.
I've avoided 14.3 tons of carbon emissions it's a good feeling to know that your benefiting the environment at the same time that you're saving yourself some money. One of the biggest surprise is how well solar energy works in the Northeast. No issues with shade all year long I generate at least some power and in the spring the fall it's just fantastic. The first time I got my Con Ed Bill after I installed the system was really a very pleasant experience. The meter runs backwards, four months out of the year I actually have a negative.
Electric bill the total outlay in cash was about half of the quoted price if the job and the best part is that was the tax credit that I got for the government not a tax deduction but a tax credit one of the things that's really cool is that I can monitor my solar production on a minute to minute basis right on my cell phone so I've had no problems over the course of the last two and a half years the best part in this experience has been doing business with sun blue.
Which Solar Panels to Use
Namaste Solar primarily installs from three manufacturers SunPower, Sharp and Kyocera. Your Sunpower panel and your Sanyo are you two high efficiency high end panels, so must power per square foot but also the most cost per watt as well. Those panels are very popular when you have very limited roof space and you want to maximize how much power you get on your roof. Sunpower also has the nice added benefit of an all black ascetic that you don't get with any other panels and that is really popular with homeowners.
Then your Sharp and Kyocera panels are your low efficiency but lower cost panels so those can really make sense when you have a lot of roof space in order to fit the solar system. So which one has the most bank for the buck Sharp or the Kyocera They are actually quite comparable, Sharp has their own racking system now, which is called SRS aestecally is nice because black frame system which sits low to the roof but sometimes you do not get the flexiblity with that system because of the low profile and.
Because it is a frame you need to have some margin of roof space around the system to work so you end up losing a little bit of real estate with that system that you can't go over attic vents and those kinds of things. Where as with a panel like Kyocera can be used with standard 3rd party mounting systems such as Unirack or ProSolar and those tend to be pretty flexible and can often clear some roof obstructions and go right to the ridge of the roof or gutter of the roof.
Solar Energy Panels an Alternative Energy Source Save Money with Solar Energy Rebates
Imagine harnessing the power of the sun to reduce your utility bills. Despite the large initial investment, solar energy panels are a green renewable energy source that can add value to you home and reduce your energy costs paying for themselves over time. This is your Union Plus Green Minute and I'm here to tell you how to go green and save green at the same time. By installing solar energy panels to generate your own electricity, you can save between 400 and 700 dollars a year. You can also install a solar powered.
Water heater and save hundreds more. On sunny days when no one is home, you might generate more electricity than you use. Your meter will run backward and your utility will actually owe you money. Solar energy panels for your home are not as expensive as they seem because you'll get a 30 percent federal tax credit. Most people recoup their investment in eight to twelve years, though that depends on where you live, how much sun you get, what your utility rates are, and other factors. And that's not all. If you use your Union Plus credit card to pay for energy efficient.
Energy Broker Opportunity Sell Solar Electricity and Earn Residual Income
What if you could sell electric power and receive a 15 to 20 year residual income from the sale And what if that electricity was generated by a solar power plant instead of a coal plant or nuclear reactor What if you helped your customer create hundreds of jobs. and offset thousands of pounds of CO2, because of that simple act of selling electricity Hi, I'm Catherine McQueen with Community Green Energy. We're a solar aggregator. and utility scale solar developer. We combine the generation of direct grid connected projects. in order to sell their power directly to retail end users. We call what we do our Virtual.
Solar Power Purchase Agreement Program or VSPPA, and we're offering this valuable service to you to add to your portfolio of products. Our utility scale, solar electric commodity VSPPA gives you the opportunity to sell this. solar electricity directly to your customer. The solar electricity can help them meet their. corporate sustainability goals. And since we know the solar electricity will only represent. 1020 of their total load, our Virtual Solar PPA provides you with an opportunity to add. new customers while retaining existing clients. With the VSPPA, your customer contracts for.
Denver Federal Center Solar Power Sustainability
Sustainability at the Denver Federal Center. Energy Efficiency at the DFC Under the American Recovery and Reinvestment Act ARRA Building 1A Average Annual Savings $1,960.05 Building 15 Average Annual Savings $44,000.00 Building 20 Average Annual Savings $489,003.00 Building 21 Average Annual Savings $44,000.00 Building 25 Average Annual Savings $178,487.61 Building 40 Average Annual Savings $10,436.01 Building 41 Average Annual Savings $51,927.50 Building 45 Average Annual Savings $19,100.66 Building 50 Average Annual Savings $29,631.30 Building 54 Average Annual Savings $33,354.90 Building 55 Average Annual Savings $3,110.97 Building 56 Average Annual Savings $44,000.00 Building 85 Average Annual Savings $44,000.00 Building 95 Average Annual Savings $196,208.00 Building 710A Average Annual Savings $13,724.94 Building 720 Average Annual Savings $3,574.21 Building 810 Average Annual Savings $195,242.70.
Sustainable Features at the DFC Cool Roofs Xeriscape Pervious concrete Porous Asphalt Recycling Solar Array Solar Thermal Electric Vehicle Bicycle Parking Peoples Garden Building 20 Cool Roof Solar Array Electric Vehicle Bicycle Parking Building 21 Recycling Bicycle Parking Building 25 Solar Array Electric Vehicle Bicycle Parking Building 40 Xeriscape Electric Vehicle Bicycle Parking Building 41 Cool Roof Xeriscape Recycling Bicycle Building 50 Cool Roof Xeriscape Pervious Concrete Recycling Solar Array Solar Thermal Electric Vehicle Bicycle Parking Building 53 Xeriscape Pervious Concrete Porous Asphalt Recycling Solar Array Solar Thermal Electric Vehicle Bicycle Parking Peoples Garden Building 54 Porous Asphalt Bicycle Parking Building 56 Solar Array Electric Vehicle Bicycle Parking Building 67 Cool Roof Electric Vehicle Bicycle Parking Building 85 Electric Vehicle Bicycle Parking Building 95 Cool Roof Electric Vehicle Bicycle Parking Building 810 Solar Array Electric Vehicle Bicycle Parking BiCentennial Park DFC Farmers Market.
Solar Arrays at the DFC For a virtual tour visit DFCPV 8.0 Megawatts DC The combined amount of energy all arrays will produce for the DFC Campus. Which generates 11,000 megawatt hours per year. Building 20 Roof 381.00 kW DC Carport 254.80 kW DC Building 25 Carport 484.10 kW DC Building 50 Carport 146.50 kW DC Building 56 Roof '3.00 kW DC Building 810 Roof 2,498.64 kW DC Carport 363.10 kW DC Solar Array Field 1 1,177.oo kW DC Solar Array Field 2 286.6 kW DC Solar Array Field 3 2,032.00 kW DC.
Solar Arrays DFC Building 56 Roof Solar Array Photovoltaic System Characteristics '3.0 kW DC 544,811.0 kWh per year Started up 12162010 224watt solar panels Quantity 1,755 Greenhouse Gas Pollution Prevented in Denver Area per year 471,031.6 metric tons of carbon dioxide 5,838.6 kilograms of methane 7,138.4 Kilograms of nitrous oxide Solar Arrays DFC Building 810 Photovoltaic System Characteristics Roof Solar Array 2,498.64 kW DC 3,345,343.0 kWh per year Started up 12182010 224watt solar panels Quantity 11,154 Greenhouse Gas Pollution Prevented in Denver Area per year 2,892,303.0 metric tons of carbon dioxide 35,850.9 kilograms of methane 43,838.5 Kilograms of nitrous oxide.
Solar Arrays DFC Field One Solar Array Photovoltaic System Characteristics 1,177.0 kW DC 1,454,000.0 kWh per year Started up 252007 190watt solar panels Quantity 6,192 Greenhouse Gas Pollution Prevented in Denver Area per year 1,257,094.0 metric tons of carbon dioxide 15,582.1 kilograms of methane 19,053.7 Kilograms of nitrous oxide Solar Arrays DFC Field Two Solar Array Photovoltaic System Characteristics 286.6 kW DC 423,872.0 kWh per year Started up 8122011 245watt solar panels Quantity 1,170 Greenhouse Gas Pollution Prevented in Denver Area per year 336,470.0 metric tons of carbon dioxide 4,542.5 kilograms of methane 5,554.6 Kilograms of nitrous oxide.
Solar Arrays DFC Field Three Solar Array Photovoltaic System Characteristics 2,032.0 kW DC 3,051,726.0 kWh per year Started up 8122011 245watt solar panels Quantity 8,424 Greenhouse Gas Pollution Prevented in Denver Area per year 3,051,726.0 metric tons of carbon dioxide 32,706.2 kilograms of methane 40,037.8 Kilograms of nitrous oxide Solar Arrays DFC Building 20 Carport Solar Array Photovoltaic System Characteristics 254.8 kW DC 337,718.0 kWh per year Started up 10152011 245watt solar panels Quantity 1,040 Greenhouse Gas Pollution Prevented in Denver Area per year 291,883.0 metric tons of carbon dioxide 3,619.2 kilograms of methane 4,425.6 Kilograms of nitrous oxide.
Solar Arrays DFC Building 25 Carport Solar Array Photovoltaic System Characteristics 484.1 kW DC 641,664.0 kWh per year Started up 12302010 245watt solar panels Quantity 1,976 Greenhouse Gas Pollution Prevented in Denver Area per year 554,767.3 metric tons of carbon dioxide 6,876.6 kilograms of methane 8,408.6 Kilograms of nitrous oxide Solar Arrays DFC Building 5053 Carport Solar Array Photovoltaic System Characteristics 146.5 kW DC 194,188.0 kWh per year Started up 10152011 245watt solar panels Quantity 598 Greenhouse Gas Pollution Prevented in Denver Area per year 167,890.0 metric tons of carbon dioxide 2,081.1 kilograms of methane 2,544.7 Kilograms of nitrous oxide.
Solar Arrays DFC Building 810 Carport Solar Array Photovoltaic System Characteristics 363.1 kW DC 452,811.0 kWh per year Started up 10152011 245watt solar panels Quantity 1,482 Greenhouse Gas Pollution Prevented in Denver Area per year '1,490.0 metric tons of carbon dioxide 4,852.7 kilograms of methane 5,933.8 Kilograms of nitrous oxide Overall Energy Production and Pollution Reduction Denver Federal Center 8.0 Megawatts DC The combined amount of energy of all arrays will produce for the DFC Campus. Which generates 11,000 megawatt hours per year 9,486,373.0 metric tons of carbon dioxide per year 117,586.9 Kilograms of Methane 143,830.0 kilograms of Nitrous Oxide The combined amount of greenhouse gas pollution prevented in Denver are, per year, by the DFC Arrays. One metric ton 1.10231 tons To view real time data, visit DFCPV.
Solar Arrays How Solar Energy Works on the DFC The Solar Field Arrays send electricity to the inverter, then the transformer and finally the medium voltage grid before being sent to the DFC Substation. The Solar Roofs on the DFC buildings as well as the Solar Carports also send electricity to the inverter, then the transformer and finally the medium voltage grid before being sent to the DFC Substation. The electricity at the DFC Substation is then sent to the BiDirectional Meter and finally the utility grid. Sustainability at the DFC The General Services Administration is leading by example when it comes to sustainability. These projects are some of the many environmentally responsible products and technologies being implemented across the Denver Federal Center DFC campus.
Saving Energy with Solar Power Using Rainwater to Save Energy
What we don't do is we don't drink our rainwater. I know that a lot of people do but we are a little bit careful with it because you know that the rain is falling from the sky and it can grab every particle that's in the air. And when you have fire burning, then the rain will wash out all particles from this fire. And very often it happens that people burn not only trash or brush, they burn plastic and when you burn plastic then you have a lot of bad emissions in the air. And the next rain will wash it down and you have it in.
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