Rickstrange Home Improvement

Archive for the ‘Garden’ Category

Construction and reconstruction is what is happening in the modern urban world. Old buildings are destroyed and new buildings built, anytime, anywhere. This is the age of environmentalism maintains, three principles, namely ‘ recycling, reuse and reduce “and it is necessary, serious about thinking, managing recovered materials or salvaged building materials.” It is a viable idea than the costs for the new building materials increases at an alarming rate from day to day.

Most of the time, most people know not the sheer amount of useful materials in the rubble of the destroyed buildings or the destroyed, for example, buried during natural disasters such as earthquakes. You are not aware that most of these reuse precious objects and artifacts, and can be released. Salvaged building materials, depending on their original age are very often of much better quality than those that are available today, and finally they have already withstood the test of time.

Things such as brick, tiles, fiber sheets, Tin leaves and reclaimed wood can be reused, if treated during the deconstruction of the existing building or their removal from it with care. Reclaimed, building materials, such as these not only can cut the cost of a new building, but they can also improve, the quality of for which use of the new. Nothing made of plastic can be reused, because plastic for a very long time without damage or depreciation can survive.

The whole idea of release, is recycling and salvage construction materials to a new building want to reuse, eco-friendly and therefore currently much in fashion. Most environmentalists would see it as a viable solution, in part, looks of the ecological crisis of man today, and therefore it supports.

An exception to this rule would reuse the remains of a destroyed nuclear power plant, which is why the world thinks seriously about the safe burial of nuclear waste, but can any material that no radio activity detected it is recycled.

The list of recovered materials, by their nature, vary from place to place and city to city. It is as in the various countries differ also from one country to another, the various reclaimed materials are used for the construction and reconstruction. The climatic and cultural conditions will determine what building materials what type be used for the construction of structure. Some sites rely on stone, some on brick, wood and these are the things, that its survival is used another day.

Recycling and secure plays a crucial role in future construction. It is not only the reuse of a beautiful old object such as a fire surround or a guardrail rail, which is at the forefront of the debate. Finally, only a few would argue that with. But as the world more concerned about environmental problems, which is caused by urbanization and industrialization, every stone, every type of recovered materials important increases the reuse of each stone.

Solar electric systems complement that makes, you from the “grid” (aka your utilities) get.

Many houses, use especially if she have a number of people, amount of electricity. It is certainly possible, solar for all of them use, but the initial cost could be really high. So sometimes it’s a good idea, that start with a simple system, just to meet your needs.

Solar systems which used in conjunction with an output of your company can help your bills, and also some additional incentives. Another advantage as well as the cost savings it can however. If you are in an area, the frequent outages has your solar Setup may be to provide electricity, also if the grid system. Everything depends on how the two are integrated. You have batteries you save power from the solar panels have a source of electricity, even if the grid. If you have batteries, which is probably their solar Setup, also be disabled upon failure, to protect the utility workers in the area, which is trying restore. So, if you go solar to help to use in case of failure it is a good idea to install a battery storage system with the solar cells.

Solar electric system can makes, you get it completely replace by a utility company.

Do have a large enough solar you can completely separate setup – including batteries, to save power – from the Web. You have to pay for the solar panels and related hardware and their installation. But once the system is operational will not you pay bills, and in any case provide that some cost savings. And with the life of a solar panel in decades, you will be able to recover the cost in advance.

Solar electric systems offer makes, if a grid is your home away.

Not everyone wants in a city to live, and even those who should do a second home in a remote area. Your House in a utilities area, you can run these power lines it ask. But if the area is difficult to obtain the utility may not in a position to justify the cost and solar may be the only viable solution.

These are the three basic ways, House and apartment owners can take advantage of solar energy. Each has their advantages and disadvantages. But it is a good chance that one of these decisions for your situation works.

There was a time when residential wind turbines were only for the Far Left. With depleting energy reserves, now the issue has become mainstream and even the Rush Limbaughs of the world are loosening their grip on fossil fuels as the only short term solution.

Almost all Europeans and a lot more Americans are asking themselves – “How can I take advantage of the wind energy surrounding my house?” It is becoming clear to everyone there is no long-term future in staying the course with fossil fuels. The Middle East is too turbulent and supplies are dwindling at an alarming rate.

How do you know if a residential wind turbine isn’t a waste of time for you? You need to be aware that prices now of these windmills can be very high and range from under $500 to over $50,000 – seemingly for the same thing!

Therefore, it is essential that you do your homework and make sure you are not setting yourself up for defeat before you begin. That requires some work to assess the wind resources that you have at your disposal.

The conventional wisdom is that you will need at least 9 mph of wind on average to make a windmill pay for itself. That average speed number is coming down however, due to the tremendous amount of research and development work being done in this emerging market.

The way to validate that a turbine will work for you is to first check Weather Underground.com. This will let you check things out at a 50,000 foot level, so to speak. You can enter your zip code or city and it will give you historical wind speeds over the last few years, or at least as far back as records have been kept.

Then, if you pass muster there, you need to check if that holds up in actual conditions on your specific property. For that you need an anemometer. An anemometer is like a little windmill that is handheld and you can mount almost anywhere to get a reading for a week or so. Checking this part out on the front end will give you the direction and confidence to dive in and buy the right residential wind turbine.

What we are hoping is that as government subsidizes the purchase of the windmills through tax incentives, the more people will buy them. As the more people buy them, the prices will come down and still more people will buy them.

As prices come down and more people buy them, the technology will improve and the 9 mph average rule of thumb for a project to work will also decrease. Honeywell has a home windmill now that will start turning in about ½ mph wind but the unit costs thousands more than most.

As we roll out this residential wind turbine technology, we are distributing generation of electricity and not keeping it centralized in large power plants that burn fossil fuels. If we took advantage of the wind we have in America, we could completely displace the power we create in power plants.

Roger G. Brown has saved numerous organizations money on their electric power payments. Look at Roger’s methods to save cash And additionally find out about Wind Helix Turbines

It would be severely irresponsible of me not to inform you of all the safety tips and hazards that come with reconditioning batteries. Don’t let that first sentence deter you though! Reconditioning lead acid batteries is very safe provided you follow some simple precautions.

I can promise you that this article is NOT designed to scare you off from reconditioning your own batteries… far from it! It’s just the safest way to proceed is to be properly informed. If you know the dangers you’re not likely to hurt yourself because you know what to watch out for.

Working with batteries safely is pretty easy as long as you use common sense and always remember to follow these guidelines:

Work With A Partner

This is a recommended safety tip. Should something happen when you recondition your batteries (you accidentally get zapped) there’s another person who can respond with help. The partner is just there to observe so it can really be anybody.

Rubber Gloves

Sturdy rubber gloves really are a must when you recondition batteries. Since there’s enough current in a battery to kill you any current that passes across your heart can cause some serious problems. Rubber gloves are non-conductive so by wearing them you eliminate the possibility of getting shocked.

Remove Jewelry

Since jewelry like rings, watches etc. are excellent conductors it’s not the best idea to wear them when working on a battery. They conduct electricity much better than human skin so accidental contact with the battery is not a good thing.

Protective Eyewear

Protective eyewear isn’t needed all the time when working with lead acid batteries. The only time you must wear eyewear is when you take the caps off the battery to refill the water in the battery or to change it. I don’t recommend letting a battery get to the stage where you need to re-juvenate the acid inside so all you’re going to need protective eyewear for adding distilled water and measuring the specific gravity of the battery.

Proper Ventilation

If you don’t follow any other suggestion in this article make sure that you follow this one! Always make sure that whenever you’re charging the battery (that includes it being hooked up to a desulfator) the battery needs to be in a well ventilated area. Charging (desulfators DO charge the battery somewhat because they send power into the battery) a lead acid battery causes it to release hydrogen gas which isn’t something you want to have lying around in a contained space.

As long as you follow the five safety guidelines I’ve laid out when you’re reconditioning your lead acid batteries the chances of you having an accident are very small. Now that we can work on batteries safely let’s get to reconditioning lead acid batteries!

I built my own solar panels and a wind generator and saved well over $30,000. I get a cheque from the power company because I produce more energy than I use. If you’d like to learn how you can do the same check out Reconditioning Batteries.

One problem that plagues many people that try to build solar panels is where can you purchase solar cells? If you’ve been searching around online you’ve probably found several websites where you can buy solar cells… the only problem is they want an arm and a leg for them! I was in the same position a few years ago when I started building my very first solar panel. After searching high and low I finally found a reliable source of inexpensive solar cells.

The best source of inexpensive solar cells that I have found to date has been eBay. It sounds crazy, but I’ve done lots of comparisons and they always win. These are pretty much the cheapest prices that you can find online (and I’ve search extensively). In the past 2 years prices have dropped below $1/watt which is phenomenal. I have to confess that I’m a bit annoyed that prices have dropped so drastically in the past 2 years because I build most of my panels at $3/watt (when buying them cost upwards of $10/watt).

What Kind To Buy?

Now that you know where to purchase solar cells it’s always helpful to know what kind of solar cells to buy. There are many different shapes and sizes and different types as well. I experimented quite a bit with different sizes of cells and panels and found that the optimum sized panel is 2′ x 4′. The reason being that you can buy glass or plexiglass in those dimensions and you can cut a piece of plywood into 4 pieces that are 2′ x 4′. The other reason that’s the best size is that 36 solar cells fit perfectly without you having to do any trimming to the panel.

How Many Should I Buy?

Well, 36 cells per panel are a standard ‘kit’; however, you can save a lot of money if you buy larger quantities of cells. At a minimum I recommend that you buy 108 because that’s when you start getting better deals.

Why Are They So Cheap?

These are what’s known in the industry as Class ‘B’ cells. That means that they still function, but they have a cosmetic defect. That means the solar panel manufacturers won’t use them and so they sell them to wholesalers. The crazy thing is that from even just 5 feet away you can’t tell the difference between Grade ‘B’ cells or Grade ‘A’ cells (seriously, I’ve tried). So you get a huge discount, but you still get something that looks great and pumps out it’s rated power.

I built my own solar panels and a wind generator and saved well over $30,000. I get a cheque from the power company because I produce more energy than I use. If you’d like to learn how you can do the same check out Building Solar Panels.

Für mich war grünes Leben immer über kümmert und unsere natürliche Umgebung und Ressourcen. Wasser ist eine wertvolle Ressource, die oft, mit wenig benutzt wird dachte, wie wertvoll es wirklich ist. In diesem Sinne sind hier einige Möglichkeiten können Sie Ihren Wasserverbrauch reduzieren.

Zähneputzen – sind Sie eine jener Leute, die Blätter das Leitungswasser läuft, während Sie Ihre Zähne putzen? Rund 25 Liter Wasser pro Tag einsparen durch einfaches Drehen Sie den Hahn vor Bürsten. Dieser Tipp kann gelten auch für die Reinigung von Gemüse in der Küche.

Möchten Bad oder Dusche – Sie lange Bäder nehmen? Sie sparen bis zu 50 % des Wassers von 5 Minuten Duschen statt ein Bad. Wie etwa nach der Dusche Wasserdruck ausklinken? Eine typische Bad wird rund 100 Liter Wasser, im Vergleich zu 5 Minute Niederdruck Dusche mit 25 Liter verbrauchen. Nehmen eine schnelle Dusche auch speichert auf Ihre Heizkosten aufgrund der Zeit gespeichert, Heizung Wasser.

Sparen die WC – können Sie Wasser wie Sie die Toilette zu benutzen? Legen Sie eine kleine Kunststoff-Wasser-Flasche in der Zisterne, die Menge von Wasser zu verringern, die Sie verwenden.

Waschmaschinen und Geschirrspüler – Ausschau nach ‘Konservierung’ oder ‘Eco’ Label beim Kauf eine neue Spülmaschine oder Waschmaschine, mehr Wasser effizienter werden. Warten Sie, bis Sie eine volle Ladung haben, bevor Sie Ihre Spülmaschine oder Waschmaschine. Haben Sie ein paar Gerichte zu waschen dann warum nicht gehen manuelle, überspringen die Spülmaschine und eigenhändig tun!

Außerhalb im Garten – hilft Wenn Sie möchten Ihren Rasen zu halten kurz dann halten sie mindestens 2 cm, um verlorenen Wasser durch Verdunstung zu speichern. Mulchen ist auch ein guter Weg, um Feuchtigkeit behalten und helfen, den Zustand Ihres Bodens. Während wir im Garten sind, ist es erwähnenswert, dass Garten Sprinkler tausende Liter Abfälle können, wenn sie nicht richtig besucht werden. Montage ein Timer, um Ihre Sprinkler die Zeit sind sie reduzieren auf und richtige Platzierung der Ihre Sprinkler lohnt nachzudenken. Schwere Sprinkler-Benutzer sollten prüfen, Investitionen in eine richtige Bewässerung-System. Eine preiswertere Alternative ist eine einfache Wasserfaß Regenwasser sammeln.

Diese einfachen Tipps zum Wassersparen kann offensichtlich klingen, wenn Sie darüber nachdenken, aber es einfach ist zu vergessen, sie durch unser täglichen Leben. Warum nicht jetzt starten und versuchen Sie eine von ihnen heute?

Sie können grün Leben zu sein. Sie können weitere Nachrichten, Geschichten und Updates über Green living auf http://www.greenlivingspirit.com/ finden.

Making wind generator blades is a great way to save money on the first wind generator that you build. My recommendation to everyone is start out with a pair of homemade blades and then when your wind generator has saved you a bunch of money move up to a good set of fiberglass blades. Lets take a look at how to build wind generator blades.

Wind generator blades can be made out of wood or PVC. I don’t recommend building any wind generator blades out of wood for several reasons. The first reason is that no matter how well you coat the blades with water protectant one of them is bound to get a little chip in it. It may be big enough for you to see, but most of the time you’ll be hard pressed to find it. Once this crack forms the wood will start absorbing moisture which is going to make it heavier than the other blades. This will lead to unbalanced blades that are going to wobble quite a bit. If it’s not caught in time the unbalance can completely break the blade off (they move fast and they’re heavy so serious injury could result). Wooden blades are time consuming to make and it’s quite complicated (you need airfoil shapes etc.). I prefer to use PVC as the blades can be built and balanced in an afternoon and they perform quite well for what they cost.

To make all three blades all you need is one piece of 4″ or 6″ PVC pipe that’s less than 4′ long. For blades that are less than 30″ long you can use 4″ diameter PVC, but if your blades are between 30″ and 48″ you’ll need to use the stronger 6″ PVC pipe. I don’t recommend building wind generator blades longer than 48″ long as the PVC starts flexing quite a bit. An 8 foot diameter wind generator will still produce plenty of power though so you can save up for a good set of windmax blades.

What you need to do is mark a centerline down the pipe, but don’t cut it! The blades are actually offset from this centerline because they catch the wind better (which means more energy produced). The blades taper from about 5″ at the base to 2 3/4″ at the tip. When you’ve marked out where to cut it will look like you’re cutting a very weird shape, but don’t worry that’s how it’s supposed to look.

Cutting the blades is only the first part of making wind generator blades. You also need to sand all of the edges down so that they’re smooth. You’ll notice a marked difference by doing this.

Before we can balance the blades you also need to put a couple coats of UV protective paint on them. PVC becomes brittle when it’s exposed to sunlight for long periods of time. By putting two coats of UV paint on them they’ll stay nice and strong for as long as you use them. Any paint will work as long as it says “UV Protected” on it. If you’re not sure just ask somebody in the hardware store. Tell them you’re looking for paint with UV protectant in it.

Now all you need to do is balance the blades. To do this all you need to do is mount them on your hub and put your hub on something that turns easily (piece of steel rod with some pillow block bearings works good. Simply give the blades a good spin and mark down which one ends up on the bottom (number the blades). After a couple turns one blades will appear on the bottom more than the others. Simply trim a little bit of the end of the blade off and repeat. It doesn’t take too long and balanced blades are a lot safer than unbalanced ones (remember the unbalanced wood blades?).

That’s pretty much all there is to making wind generator blades. It can be done in an afternoon and they’ll last you quite a long time (plus they look pretty good too). If you’re interested in learning how to build a wind generator just click the link at the right that says ‘Become a Member’ or join our newsletter.

I built my own solar panels and a wind generator and saved well over $30,000. I get a cheque from the power company because I produce more energy than I use. If you’d like to learn how you can do the same check out Build Wind Generator.

As consumers are becoming more aware of the lasting effects non-renewable energy fuels can have on the environment, many are seeking a more sustainable, eco-friendly option that not only is cost effective, but can also be sustained. Wind power is one of the most eco-friendly options currently available. Wind is a continuous resource, making wind power an unlimited power supply, especially when the power can be stored in batteries for a later use.

To understand the true benefits of wind power, it is important to consider several factors. The first factor to consider is cost. A micro wind turbine is one that can be installed in a backyard, often supplying enough energy for a home to live off the grid. This means, after the tower and wind turbine themselves have been installed, the home can essentially live free of utility charge. The turbine produces enough energy to have the previous energy source disconnected from the home. In case of dry-spells (days that are not simply windy enough to power the home) the power collected can be stored safely in batteries, to use on a later date.

Some wind towers can actually produce an excess of power, allowing the home owner the option of taking the extra energy and selling it back to the utilities provider at a cost – giving the home owner extra cash in his pocket. Another financial reward to wind power is the longevity of the towers themselves. A tower last anywhere from 25-30 years, if not longer. This means a long-term financial savings for towers, something everyone can be happy about.

Many people are unsure of having a wind tilt tower installed in their backyard; uncertain about the green space they will lose, or understanding the long term cost. The towers can vary in width for the base, but our model is approximately four-feet by four-feet or about 1.2 meters by 1.2 meters in space. It may seem large, but after measuring it out in the backyard, many customers are shocked at how little space is actually needed.

Aside from financial savings, the carbon footprint with other fuel sources can be detrimental. With the constant demand for oil, coal or other non-renewable fuels, it is not surprising to hear the effects of global warming. Wind on the other hand, leaves almost no carbon footprint – an impressive feat for any fuel source.

Wind energy is a constant energy; as long as there has been life, there has been wind. There will always continue to be wind, making wind an economically suitable and environmentally conscious solution for those people trying to save money, or trying to save the environment.

Ben J Stone is the creator and developer of Tilt Towers; the only ground accessible tower, with an innovative tilt and crank feature. http://www.tilttower.com/ is the safest tower for those not wanting to leave the ground. Offering both pre-built towers and blue prints available for purchase, Tilt Towers are more than just a tower — They’re a solution. Discover the difference at http://www.tilttower.com/photo.html

There’s been a lot of excitement when solar panel systems finally made its way to our homes. Solar power technology became more efficient in collecting energy from the sun, the generators became more efficient in converting that energy into electricity, and the batteries became more efficient in storing those generated electricity.

Together, the improvement of these components made solar energy systems efficient and compact enough that they can finally supply power to a home. In the long run, that means a lot of electricity bill savings and carbon emission reduction.

However, with all the wonderful things you might’ve heard about residential solar power systems, there is always something that they don’t tell you. Just to give you the complete picture, let me break down the advantages and disadvantages of residential solar panel systems.

Advantage 1 – Endless Supply

The sun, at least for the foreseeable future, is a perpetual source of energy. Unlike fossil fuels, sunlight doesn’t run out of supply. Short of the sun dying (let’s face it, if the sun died you won’t need your solar panel systems anyway), sunlight is an endless source of fuel for your solar panel systems that you can benefit from for the very long run.

Advantage 2 – Environmentally Friendly

If you ever had the urge to save the planet, or simply care about the future of the next generation, solar panel systems allow you to be part of the solution to the environmental crisis.

No other environmental crisis demands a sense of urgency than carbon emission (last time I checked we are not yet in danger of being overthrown with garbage, although we are getting close) and air pollution. Installing residential solar panels cover your part in the carbon emission and air pollution solution.

Advantage 3 – Economical

This is the benefit that attracts the most people. Solar panel systems are long-lasting, easy to maintain, and supply free electricity. What more can you ask for right?

For all those advantages, there are still disadvantages you can encounter along the way. Here they are:

Disadvantage 1 – Dependence on the Sun

The system’s strength is also its greatest weakness. As it uses sunlight as fuel, it is dependent on the sun which means in situations where in the sun is not cooperating, you’ll have inconsistency with your electric supply.

Think of cloudy days, typhoon seasons, or at night when the sun doesn’t shine as bright. Although battery systems are improving as the years go by, we are still a long way to go before we can store large amounts of energy for a long time on a compact battery.

Disadvantage 2 – Initial Cost

At this stage of development for the technology, solar panel systems are still expensive. The system itself is quite expensive together with installation cost. There are still no cheaper options (other than going DIY) and specialized professionals need to install the system to your home.

However, I can only see these costs dropping as economies of scale takes over when more and more people adapt solar technologies into their home.

Disadvantage 3 – Suitability of Your Home

The biggest drawback when it comes to solar panel systems is that they should be suitable for your home seamlessly. At the basic, you must have a roof that can handle the equipment. It should be tilted in an angle that catches sunlight optimally. Lastly, there should be no obstacles between the sunlight and the solar panel.

Solar panel systems really aren’t perfect, especially at this stage of their development. However, it’s functional and does the job it’s supposed to. For more information about solar energy or details about solar panels cost, do visit my website.

What are the parts to build solar panels? It may or may not surprise you that there are very few parts needed to build solar panels. Obviously, the most important part is the solar cells so lets start there.

We’re going to be building our solar panel our of poly or multicrystalline solar cells. These are the ones that you see all the time is solar panels. There are also a third kind of solar cells called thin film solar cells; however, their efficiency isn’t quite as high as the silicon cells (yet). If you just hop onto eBay you can find pretty inexpensive solar cells. There are several different kinds of cells you can buy which I’ll go over.

Whatever you do do not buy any broken or chipped cells. These cells are garbage. You can basically buy untabbed or pre-tabbed solar cells. The difference between them is a couple hours of work. Untabbed cells add a couple hours to the build time of your solar panel. Tabbed solar cells make it easier and faster to build your solar panel although they do cost a little bit more (not much).

Depending on which cells you buy you may need tabbing wire as well. Tabbing wire is simply flat thin wire which is used to tab solar cells. It’s available in spools and doesn’t cost too much. You’re also going to need something called bus wire. Let me explain what it’s for. The solar cells get hooked into strings (usually 5-6 per string) and the strings need to get connected together. That’s what the bus wire is for. It allows you to connect the strings of cells together without adding to the thickness of your solar panel.

You’re also going to need a soldering iron with some solder and flux. Soldering isn’t that hard and soldering solar cells doesn’t require anything special. As long as you can hold it you’ll be able to solder. In addition you’ll need a sheet of plexiglass (a thin piece works great) and a 2′ x 4′ piece of plywood.

The plywood gets painted (I use white) so it looks more professional. You’re going to need about 2 tubes of clear silicone as well. The strings of cells get siliconed into place and that creates a very good moisture barrier. It’s important to use a fair amount because you don’t want any moisture to get into your panel.

Lastly, you’ll need some tools like a scroll saw, caulking gun, pliers etc. Whatever tools you have at home will work just fine.

There really isn’t that many parts used to build solar panels. I recommend a beginner start with tabbed solar cells so you can learn the process of building a panel. If you want a challenge you can use untabbed cells in later panels. Just remember that it does add a couple hours to the build time.

I built my own solar panels and a wind generator and saved well over $30,000. I get a cheque from the power company because I produce more energy than I use. If you’d like to learn how you can do the same check out Build Solar Panels.