Go Greener Tips

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Hundreds of individuals want to go green. If this consists of you, do you know you possibly can actually lower your expenses as you allow a lighter carbon footprint on the atmosphere? There are many methods of doing this, from getting “off the grid” and using solar and wind power, to easily lowering the quantity of vitality you employ by turning off lights and unplugging home equipment comparable to TVs and DVD gamers when they don’t seem to be in use. One of the more significant methods you could go green while saving cash is putting in a photo voltaic water heating system. Using solar energy to heat your water can cut back your fossil gasoline energy consumption by as much as 32% and be an essential first step in direction of upgrading your own home to be extra environmentally friendly.

How do photo voltaic water heaters work? Compared with different strategies of solar energy technology, solar panels work in another way than photo voltaic water heaters. Solar panels primarily use photovoltaics (PVs), which are arrays of cells that accommodates materials which convert solar radiation into direct current electricity. However, water solar power heaters use an easier technique of utilizing solar energy to provide warm water. They use photo voltaic thermal collectors to capture vitality from the sun. Everyone is aware of that when they wear darkish clothes on a sunny day, they tend to really feel warmer in the sun. This is because black supplies are more absorptive of daylight, whereas lighter coloured surfaces mirror the sun’s light. In the identical methodology, solar water heating programs seize vitality from the solar by biking fluids by way of black coloured tubing. This dark colored tubing captures thermal energy from the solar and warms the fluid. The nice and cozy water then circulates by way of the tubing and into your home. Typically a reservoir is connected to the warm water system to preserve warmth through night hours when the solar does not shine.

Solar energy water heaters rarely can present enough warmth to maintain hot water by way of an entire day, as the sun is just not always shining. Therefore, photo voltaic water heaters are sometimes supplemented with other forms of water heating. While this will embrace the usual gas or electric water heater, many householders get creative and use greener strategies of supplementing their scorching water heater system. One instance of this could be using the heat generated by a hearth, the place the same varieties of tubing that circulate via solar thermal collectors are run in close proximity to the heat of the fireplace, or by means of the chimney. One other creative method to supplement photo voltaic water heaters entails the warmth generated from the back of air conditioners.

You will need to observe that solar water heaters aren’t for all climates. In northern climates, weather conditions usually are not favorable to operate a solar energy system to heat water for a part of the year. Wherever situations may lead to the freezing of water outdoor, your solar thermal collector or the tubes between the collector and your sizzling water system should be emptied of fluids. Most areas the place this is able to occur have seasonal durations that are useful for utilizing photo voltaic water heating. During seasons where freezing would occur, you should drain the fluids from the tubing. It is because liquid expands when it freezes, and would burst the tubes and other very important components of your solar heater system.

What are the advantages of a DIY solar water heater? The stated purpose of this text is to both enable you reduce the scale of your ecological footprint, in addition to assist you to to save lots of money. Consistent with the objective of saving cash, you have to be conscious that there are “do it your self”, or DIY solar water heater kits that will not only scale back your monthly power invoice, they’re cheaper to install.

While professionally installed solar methods to warmth your water could cost upwards of $700, you may construct your own solar water heater for less than $100. When you’ve got checked out installing photo voltaic panels before, bear in mind that building a DIY solar water heater is much more simple. Whereas a solar panel can require purchasing expensive fragile elements and soldering them collectively, photo voltaic water heaters are by comparability far easier to assemble. It is because all the elements you want can be found at your native hardware store.

From the operators of www.GreenLivingRocks.com — providing education regarding how to solar water heater, diy solar, and solar kits.

From the operators of www.GreenLivingRocks.com — providing education regarding how to make a home made solar panel, solar panel kits, and how does solar power work.

One of the reasons that constructing your own photovoltaic panels has become so popular is that there are really very few parts involved. A regular solar panel consists of just a few basic parts, namely an enclosure, photovoltaic (pv), a substrate and wiring. Here’s a summary of what’s involved.

Solar panel case or enclosure
This is what most people see when they think of a solar panel. It’s the clear glass top, the frame and the backing that the photovoltaic cells are mounted on. The case can be hefty enough to need a custom built metal rack for mounting on a rooftop, or small enough to be a plastic box that can be placed almost invisibly near an outdoor floodlight. It needs to be resistant to ultra violet (UV) rays so that it doesn’t deteriorate with relentless exposure to sunlight. And the glass (usually Plexiglas) needs to be durable enough to withstand harsh weather, including hail and wind storms that could crash tree branches and other debris into it.

Substrate
This is the piece of wood, peg board or other material that the solar cells are mounted on within of the enclosure. It too needs to be UV-resistant to survive prolonged exposure to direct sunlight.

Solar cells
The solar cells are comparable to the silicon chips that power most computers. They combine the silicon, metals and other materials in a way that captures direct sunlight and converts it into electricity. The electricity can either be instantly used by direct current devices (DC) like LED lights, or stored in DC batteries and transformed into alternating current (AC) to power conventional appliances like refrigerators, TVs and other electrical equipment in homes and businesses.

Tabbed and untabbed pv (photovoltaic cells
When building your own pv (photovoltaic) panels, you can save money by purchasing untabbed solar cells and soldering the tabs on top of the cells yourself. This can be a good choice if you have more time than money, but it’s a tedious job. You can save time by buying tabbed solar cells which will cut your soldering time by one-half to two-thirds.

Pv (photovoltaic) cell wiring
As soon as the solar cells are mounted on the substrate, they are wired to each other in a series so that they can generate electricity. Copper wire is added to connect the solar cells to storage batteries for using the electricity later, or to connect directly to the device that the solar panel is powering like an attic fan or a solar powered toy.

Blocking diode

The blocking diode is a little component that prevents electricity that is stored in a battery from draining backward into the pv (photovoltaic) panel. Bigger photovoltaic systems use a charge controller for the same effect.

Support Climate Denial Crock of the Week – go to www.greenmanstudio.com This video inaugurates a new series, that will augment, but not replace, “Climate Denial Crock of the Week”. Many people seem to think dealing with climate change will bring poverty and limit human development. The truth may be exactly the opposite. Moving to a world of where we aren’t fighting each other over the last few drops of oil, where energy is free, will mean a better life, with greater opportunities even for an expanding population. If we make the right decisions, we could be on the verge of the most prosperous period in human history. Climate Denial Crocks will be back soon to tweak trolls and ding deniers. http www.environmentamerica.org www.udel.edu www.udel.edu newenergynews.blogspot.com climateprogress.org

I DID NOT BUILD THIS OR MAKE THE VIDEO, just posting it bcz I encourage everyone to invest in their own. This is a test run of the guys newly made wind turbine. If these links do not work, just google “Build your own Wind Generator”.. www.thekevdog.com www.instructables.com www.forcefieldmagnets.com Output depends entirely on wind speed, windy days will yeild more power. smaller units 5′-10′ average 50-500 watts larger units 11′-20′ produce on average between 500 watts-up (professionally 21′ and larger up to 7.5 Kw and up) Power is defined as the rate at which work is done or energy is consumed. The formula for average power is acquired by dividing work by the time needed to perform work: P = W/t. Power has units of newton-meters per second or joules per second or watts A kilowatt-hour is the electrical energy consumed in one hour at the constant rate of one kilowatt. The average household in the United States uses about 8, 900 kilowatt-hours of electricity each year. Here are some math formulas to consider…(source: www.awea.org Because air has mass and it moves to form wind, it has kinetic energy. You may remember from science class that: kinetic energy (joules) = 0.5 xmx V2 where: m = mass (kg) (1 kg = 2.2 pounds) V = velocity (meters/second) (meter = 3.281 feet = 39.37 inches) Usually, we’re more interested in power (which changes moment to moment) than energy. Since energy = power x time and density is a more convenient way to express the mass of flowing air, the …

THANK YOU FOR WATCHING! mmitchelldaviss.net http i made this video after being awake for over 30 hours… i rule

Life off the electricity grid, using renewable energy, with best selling author William “Bill” Kemp and his wife, living the good life with a low impact on the planet.

How to conduct an energy audit at your house could seem a difficult task when you have no idea where to begin from. The colder months of winter quickly approach and if you are not preparing the house your utility bill will reflect. Electric audit is a good tool in that assignment.

Its impotent to consider manage and alter the situation. We must always get the respite from high utility bills. If you have no idea how to audit you need to read first the attached guide to getting a general overview. Performing a DIY energy audit through your home needs to be incorporated into your yearly checklist, one of the tasks you should do preparing to winter cold days.

Knowing how to conduct an energy audit is essential because there could be a huge selection of small places where your house is losing heat. However, once added up, it could significantly increase, and you are losing lots of heat.

After brief learning how to conduct an energy audit, you can quickly and efficiently discover the areas that require addressed before the snow will come.

1. Blower Door Test

Look for drafts coming from your areas like windows and doors that lead to the outside. A burning up incense stick is a great draft locator. It is extremely useful for hard to get drafts where the smoke will toss and turn under the slightest breeze.

It’s time to clean the old wear and re caulk the windows. Windows in bad shape will have to be replaced when ever you should have the money for it. Check also the doors leaks, are they closed tight or have cracks around?

You’ll find in most equipment stores a variety of inexpensive weather stripping, easy to put in, which could assist you to keep the cold out. Recheck that the doors are sealed with an incense stick.

2. Thermal Analysis Test

Confirm for drafts around electric outlets and switches. If ever the walls around them are not insulated properly there can be some significant heat loss. Changing some of the gaskets and installing them at the back of the covers can cut down air flow.

3. Duct Leakage Test

Check the attic hatch and re-insulate it. Heat within the home is rising and will exit through the open hatch.

4. Efficiency & Safety Test

The baseboards are another place to search for air drafts. Look for a small gap between the underside of the ground and the drywall. The gaps may be stuffed with caulk.

5. Moisture Evaluation Test

Fireplace louvers should function properly much heat can escape from your house by not having a louvered dryer vent to do his work.

6. The Final Report

Around a wall air conditioner, it’s one more place domed to air leaks. Best things to try and do are to seal the leaks with caulk.

7. Implementing The Solutions

This is time to maneuver to the outside of your home:

1. Inspect every one of the water pipes you are entering the home, you almost certainly will find openings and gaps around them, they ought to be caulk.

2. Check the siding and outer surface of your windows and apply caulk where needed.

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Ocean Thermal Energy Conversion (OTEC) process and an ideal location in Puerto rico

When industrial wind turbines which are 40 stories tall are sited too close to people’s home there is trouble with noise and shadow flicker. Wind developers deny these problems exist and in the state of Wisconsin want to put them 1000 feet from houses. That’s 350 steps. This video shows what happens when wind turbines are irresponsibly sited. The nation is slowly waking up to the downside of wind energy. Developers lie to residents about the impacts these machines will have on the landowners and neighbor’s lives. They take advantage of those of us who want to do the right thing for our environment by telling us there will be no problem with noise, no problem with shadows, and no problem with putting turbines in bird migration flyways. The truth will out, eventually. For the residents in the town of Byron, Fond du Lac county, the truth is what they live with every single day. There is a place for wind energy. It’s just not beside a person’s home.

Raising the share of renewable energy from 8.5% to 20% in the overall energy consumption is a necessary contribution to the global fight against climate change and towards better control over our energy dependence. The various uses of renewable energy are examined: electricity through wind and hydraulic energies; electricity or heat through geothermal and solar energies; electricity, heat, and biofuel coming from biomass. The EU is a world leader in the use and deployment of technologies that exploit renewable energy sources, providing over 350.000 jobs and an annual turn-over of € 30 billion. Download: ec.europa.eu. ec.europa.eu