Solar energy is a natural source of energy that comes directly from the sun. When solar energy hits the earth it spreads over the earth’s surface and provides warmth evenly. If you could capture the sun’s rays into a particular area for a long period of time it would provide enough warmth for nighttime or on cloudy days. Learning where to find solar energy can help you to get started today. Solar energy does not cost anything because it comes from the sun. The source that you choose may cost some but in the long run it should be your only expense, unlike gas or oil heaters that you continue to pay for monthly in order to have power or gas heat in your home. Solar power can provide heating, cooling and ventilation.
If you want to make your own solar power to capture the energy for heating its easy to do if you can find a solar collector, which is anything that attracts the heat from the sun in a concentrated amount, such as glass or clear plastic. Getting into your car that has sat out in the hot sun all day long can be extremely hot and you have to roll down your windows to cool it off inside. That is because the glass has attracted the sun and the objects in your car, including your seats, have trapped the heat not allowing it to escape. When you roll your windows down you are allowing the heat to escape causing your car to cool down. The same thing is true about greenhouses. The glass or clear plastic can attract the sun and not allow it to escape causing the greenhouse to maintain the heat for the plants to grow effectively.
In order to heat your home using solar energy, you need to know the information on a passive and an active home. These two types of solar homes offer the homeowner options to choose from and your cost of heating may be down. Solar energy does not only heat your home but it also heats your water and if you use solar energy lights it can light your home at night.
Passive homes do not use any equipment to heat the home. Passive homes use windows that are made to allow the maximum amount of sunlight into your home. The sunlight is controlled by keeping the doors closed in the hottest part of the day not allowing any heat to escape. At night thick curtains may be used on these windows so that the warmth stays inside during the night. This allows the sun to naturally heat your home without any help.
Active homes do use equipment to help circulate the heat in the home. Some of the equipment that may be used includes pumps, blowers and an alternative heating source in case the sunlight was not enough during the daytime. In order to heat the home with sunlight these homes use special boxes on the outside that attract the sunrays to it. They are made from a dark colored metal to help attract the sun more. The water or air that is carried in the pipes and ductwork is heated by this glass box that has captured the sunlight. Then the heated water or air is then carried to the rest of the home.
In the long run, solar energy helps to heat the home naturally and without depending on a company to supply it for you. Solar energy can be found anywhere the sun is.

Solar Heating (Solar Thermal) Systems

Using solar power to heat your water is one of the most practical and cost effective ways to harness energy from the sun. Solar thermal systems absorb the sun’s heat and use it to heat your residence’s own hot water needs. In general, the solar thermal system will easily heat water to 140ºF or higher matching the range of its traditional hot water tank counterpart. Effective systems can collect up to 70 percent of the sun’s energy that reaches them and transfer it to you. How Solar Hot Water Heating Systems Work

In general there are two types of active water heating systems: direct and indirect. Direct Solar Water Heating

As implied, direct systems capture the sun’s heat in collectors to directly heat a household’s water supply. The system consists of collector pipes filled with water that are linked to an insulated storage tank usually located inside a home. As the sun heats the water inside the pipes, the water flows into the storage tank. Although direct systems are more efficient that indirect ones, they require more maintenance to keep the pipes clear of mineral deposits. Direct solar thermal systems also work best in warmer climates where the system is less prone to freezing. Indirect Solar Water Heating

Indirect systems do not heat the water directly rather they use fluid with a low-freezing point to absorb radiant energy from the sun. Also termed closed-loop systems, an indirect solar water heating system absorbs the sun’s rays into heat pipes evacuated of air which in turn heats up the pipe’s thin copper laminate located on the back of each pipe. The collection array consists of multiple heating pipes that are mounted and tilted to maximize solar collection.

Often glycol (an ingredient in antifreeze) runs through adjacent pipes within the array and heats up via contact with the copper laminate. As the temperature in the pipes rise, the heat activates a pump that circulates the glycol fluid through a heat exchange coil in the water tank. That coil, in turn, transfers its heat to the water tank and voila, hot water is produced. Solar Pool and Hot Tub Heating Systems

Solar pool heating systems work on a similar principle to a direct system solar hot water heater. However, because the water can heat up too much in a solar thermal system, the collector’s glazing is often removed. Using non-glazed pipes or a heating system that resembles a flat black mat prevents the pool water from becoming super-heated as well as reduces costs to the overall system.

While solar pool and hot tub heating systems often are exempted from federal and state monetary incentives and rebates, they often pay for themselves within 1–5 years (depending mostly on where you live). Radiant Heating Systems For Your Home

You can also use a solar hot water (or thermal) system to heat your home. Rather than transferring the heated water to a domestic hot water heater, the solar hot water system can connect to a radiant floor and/or wall panel radiator.

You can make the collection and distribution system as simple or complicated as you like depending on your location, climate, and intended use. Most radiant heating systems use the collection array to heat water and store it in a large thermal collection tank so that you have enough heat to last at least throughout the night. A general rule of thumb is to have a collection tank that can store 1½ to 2 gallons of water for every square foot of solar collector. That water, in turn, is piped via plastic tubing under floors to create an effective heating system.

Radiant floor heating systems have many advantages. They are typically 40 percent more efficient than a forced air heating system and can be zoned so that each room has its own thermostat. Furthermore, radiant floors distribute heat beneath your feet where it naturally rises providing a cozy and evenly distributed heated living space. Tips for Installing Solar Hot Water SystemsSolar Hot Water Heater Tips for Cooler Climates

In cooler climates during the colder times of the year, an indirect solar hot water system can help lower your energy costs by working as a water preheating system rather than an outright water heater. Preheated water reduces the load on your other energy systems to heat the water.

Another trick to increase the system’s efficiency is to wrap your water tank with an insulation blanket to keep the water sufficiently warm and further minimize the need to rely on traditional power sources to heat your water. (Note that not all water heaters need an insulation blanket. Many of the newer energy-efficient models come with a thicker layer of insulation inside the tank that eliminates the need for additional insulation). Where to Place a Solar Thermal Collection System

Like other types of solar energy systems, solar hot water heating systems work best on south-facing walls with full sun exposure. Because of the collector tubes’ type of construction, the outside elements have less effect on its performance compared to a photovoltaic collection system; a bit of shade on the thermal array will have a less noticeable impact. Work with a Solar Pro

As with any solar power upgrade, consulting with a solar professional can help you evaluate your potential savings and determine the type of solar hot water system that’s best for you. Solar thermal panels come both as stand-alone collection arrays and as integrated building panels. A solar pro can size your system and help you compare the different options for the collection panels and water tank you may need. And remember, solar domestic water systems often qualify for federal, state, and local tax credits and rebates!

If you watch or listen to the news, discussions come up all the time about the price of a barrel of oil and the cost of fuel at the gas pump. The sale of large SUV’s has plummeted and manufacturers have been giving huge rebates to manufacturers just to get rid of them. With gas prices climbing, people are seeking other ways to save on fuel such as buying small or mid-size SUV’s, smaller cars or Hybrids. When listening to the news, you may also hear about alternative fuels such as E85, Hydrogen or anything else to reduce or dependency on foreign oil.
Crude oil is pulled from the ground and sent to refineries to create our fuel. The sludge that is left at the refinery is then used to create oil to lubricate the internals of the engines in our vehicles. Did you know that conventional oil from the ground is full of impurities, paraffin’s and waxes? Crude oil from the ground has millions of different kinds of molecules. Many of these molecules are similar in weight but not in structure. Refining the oil does not remove all of the critical impurities. The lubrication and performance qualities of refined petroleum are limited. The refining process cannot distinguish such molecules, so a wide assortment of molecules is present in the finished lubricant made from crude oil. Many of the molecules from the crude oil contain paraffin (a wax-like substance harmful to your engine), which cause the lubrication to thicken and flow very poorly in cold temperatures. There is also sulfur, nitrogen and other nasty elements in refined crude oil that cause the build up of sludge and varnish inside of an engine. The sludge and break down of molecules are what significantly cause wear and breakdown of the oil in your engine.
That same crude oil is also used to make tar for the roads. Is that something you want lubricating your engine? The automobile manufacturers and car dealerships seem to think so. That low-cost conventional oil guarantees profits all across the board. How is this possible? Manufacturers like the low quality oil because it’s just good enough to get a car to get passed the warranty period before major wear starts to be noticeable, such as your valve guides wearing out. That’s when you see that puff of smoke when you first start your car in the morning once you have put high mileage on it. Since conventional oil is loaded with all of these impurities and non-uniform molecules, it breaks down quickly and creates sludge and varnish; hence you need to change it at approximately 3,000 miles. This is a perfect excuse to create foot traffic at the dealership and the quick lubes. The last thing the dealerships or quick lubes want is a long lasting oil or an oil that will extend the life of an engine or transmission. Marc Graham, the president of Jiffy Lube, stated in an article that if they could get their customers to shorten their drain interval by only 100 miles (changing the oil at 2,900 instead of 3,000 miles), that it would mean an extra $20 million dollars in revenue for the company each year. If they could get all of their customers to get one extra oil change per year, the company could make an extra $294 million. I hope you can now see their motivation for the short intervals. It’s in their best interest, not yours.Here’s your chance to participate in the movement to reduce the need for foreign oil dependency.
Not only can you reduce to dependency on the importing of oil, you can also save at the pump while doing it. On top of that, you can also dramatically extend the life of your engine and transmission, and that folks, is definitely not on the agenda of the vehicle manufacturers. The hidden agenda of the auto manufacturers is to have your drive train wear out after the warranty period so you can keep coming back to buy more vehicles. It is not in their best interest for any vehicle manufacturer or mechanic to tell you how to extend the engine life of your vehicle. If they told you how to get your engine to last longer, they would kill their profit margin.So how you can reduce the foreign oil dependency?
That’s easy. Stop buying conventional petroleum oil to lubricate your engine, transmission and axles. The next time you are due for an oil change, only buy synthetic oil. And don’t buy the “blends” as they have all of those nasty impurities that I just mentioned above by mixing synthetic with conventional. Just buy 100% synthetic. You don’t want any additional impurities in your engine.But synthetic oils are expensive! That’s why I have been buying conventional oil in the first place.
That is the biggest myth. If you use 100% synthetics in your entire drive train, synthetic oil can end up costing you nothing. How can that be, you ask?
First let me explain the benefits and then I will do the math. fully synthetic oils are chemically engineered from pure chemicals rather than from crude oil. Fully synthetic oils do not contain that nasty sulfur, nitrogen and other elements that can cause sludge and varnish in your engine that conventional oils do. Fully synthetic oils also have a much higher flash point and can handle much higher temperatures than conventional oil without breaking down. Since their resistance to break down is dramatically reduced, they can be used for a much longer timeframe than conventional oils. Fully synthetic oils stay much cleaner and last significantly longer than conventional oils. Unlike conventional oils, fully synthetic oils have uniform molecules which ensure low friction as the lubricant layers slide across each other (which is what you want in your hot running mechanical engine.)If they can land a space ship on the moon, can’t they make an oil last longer than 3,000 miles?
You bet they can and they do just that.So what are the financial advantages of spending a little more money on a quart of oil?
For one, 100% fully synthetic oils can last up to 11 times longer than conventional oil depending on the vehicle, application and fuel type. A small company called Amsoil is the only company that has such long lasting motor oils. The Amsoil corporation is the very first company in the United States to make synthetic motor oil for passenger cars, years before Mobil 1, Havoline, Valvoline, Castrol or any of the other big-named companies. Amsoil owns the trademark for the phrase “First in Synthetics” because of this. The thing is that most people don’t know is that Amsoil is the only company that makes motor oil last up to an incredible 1-year or 35,000 miles and has been doing this since 1972. This oil is guaranteed in writing.If fully synthetic oils can last up to 11x longer and can virtually eliminate wear in your drive train, then what are the benefits of using conventional oil?
Well, not a whole heck of a lot. Their initial low cost gets people to buy them. Using it for engine break-in to help seat valves and other components during the first several hundred miles. Other than that, it’s actually costing you a lot of money to keep using conventional oil. Look what happens to a transmission once you put high mileage on it while using conventional transmission fluid. You can end up spending $1,500, $2,000 or even more on rebuilding a transmission on a passenger car. If you would have had used a fully synthetic transmission fluid which resists heat and break down of molecules, you could potentially eliminate that need for a transmission rebuild. For every 20 degrees above 175 degrees, your transmission life is CUT IN HALF! When facing up to $2,000 on a repair bill, do you really want to risk that chance by sticking with old school crude oil?
Other savings of switching to synthetics are the fuel mileage increase that most everyone notices. I will give you an example in my own personal vehicle. I was initially getting 22 MPG on the highway with my car with conventional oils. I switched over my engine, transmission and rear differential over to Amsoil’s synthetics. Afterwards, I realized a gain of 4 MPG due to the reduced friction of the synthetics. I paid approximately $250 (including labor costs) to have all of my fluids changed over. That change over lasts up to 1 year on the oil and several years for the other fluids. At the time of my tests, fuel was $3.19/gallon for premium that I was using. That same $250 is close to what I would pay for a year’s worth of oil changes at a quick lube for conventional oil, but with conventional oil, I’d still be getting 22 MPG, not the 4 MPG increase from synthetics.
When driving 2,000 miles per month at 22 MPG, that comes out to 90 gallons of fuel per month.
With the increase in gas mileage to 26 MPG, the same 2,000 miles per month now only uses 76 gallons of fuel. That’s $44 per month that I saved right there. $44 x 12 months = $535 per year in fuel savings.
That’s not too bad of an investment. Not only am I saving money on the fuel (actually saving more at the pump than I paid for all of the oil, which basically makes the oil free when you do the math), I am also saving on time because the oil changes last up to 1 year or 35,000 miles before I have to get them drained. Not to mention the fact that I am cheating the manufacturers planned obsolescence of my vehicle. By using the 100% fully synthetics, my drive train will now last much longer than what the manufacturer designed it to last for.
And to think… that’s just for me. Imagine if I owned a company with a fleet of vehicles. How much money would I save then? Our governments could save millions of dollars if they sat down and ran the numbers in spreadsheets to figure out savings over time. That’s millions of dollars of our hard earned tax dollars being saved. Think of all of the police cars and utility vehicles that the governments currently use that could keep going for an extra few years before getting rid of them as long as their engines ran like new (which they typically do when using synthetic oils in the drive trains.) Those long-term benefits and savings are not thought about when using conventional oil.
Let’s look at how much oil is saved on an annual basis. If I drove 1 year on 6 quarts of fully synthetic oil for 24,000 miles, if I would have done it the old way, I would have had to get 8 oil changes and use up 48 quarts of oil to travel the same distance. That’s 48 quarts of oil imported from another country. By using the fully synthetic oil, I have saved the country 48 quarts of oil that I did not have to use for the year.
But how many people drive 24,000 miles in a year? LOTS! With the crazy prices of homes, people have been moving farther and farther out to the suburbs. Over 50% of the people are driving more than 1 hour to get to work just to live in affordable housing. If everyone stopped using conventional oil for their cars, the demand would go down and the price of fuel would most likely plummet. If gas prices went down like crazy, then the sales of large SUV’s such as Hummers, Chevy Tahoe’s and Ford Expeditions would probably dramatically increase.
Visit this Synthetic Motor Oil web site for more important information about cheating your engine’s planned obsolescence and synthetic oil dealership opportunities.

Imagine warmth radiating from the ground up, producing evenly heated rooms at lower temperatures, no constant hassle with the thermostat and lower energy and heat bills. This dream is an every day, all-day reality for those with electric radiant heat systems in and around their homes.
But saving extra money in the warmth of your own home is only part of the advantage of employing electric radiant heat. Add the fact that such a heat source helps allergy sufferers by reducing the levels of mold, dust and pollen spread by typical forced air systems and the benefits multiply. And don’t forget doing your part to clean up the environment by being able to throw out those snow-melting salts and chemicals, as well as the burnt fuel used in other heating methods.
While most electric heating systems distribute heat by circulating warm air throughout a room, electric radiant heat takes a different approach. By warming surfaces to directly heat objects and, therefore, people in your home, this heating alternative is gaining popularity by the day.
Often embedded in the ceiling or floor of a given room, each system comes complete with a thermostat to choose the right temperature for each room in your house in use. If occupants turn the heat on and off as they enter and exit rooms in use, utility bills will inevitably decrease. Pros in the radiant heat business state this is the perfect solution to reducing energy consumption in unused rooms and saving up to 30 percent on heating and electric costs.
In addition, if electric rates vary by time of day, you can save money by setting the clock thermostat to heat the slab during off-peak hours when electric rates are lowest.
At that point, the preheated floor can warm the house through high-cost, high-peek hours to maintain comfortable temperatures without using too much additional energy.
With low-voltage systems utilizing Zmesh technology, simple under-floor mats or cables, electric radiant heat occupies no visible space. As opposed to hydronic heating systems where water is heated by a boiler or water heater and pumped through tubes underneath the floor, an electric system is much easier to install and less expensive to operate and zone.
The lower installation costs of electric radiant heat help offset high fuel costs, lower the otherwise impending costs of supplemental energy and there are additional savings from forgetting the hassle of heaving inefficient or leaky ductwork.
More specifically, electric mats are similar to electric blankets, made up of loops of cable embedded in a fabric that often looks mesh-like. They come in a range of standard sizes and are easy to install based on their thin exterior.
On the other hand, Zmesh heating systems, measured at barely 1/16 of an inch, are basically a bronze, electrically conductive screens. Such an element usually measures 12 inches wide and comes in lengths from 50 to 350 feet. Installation is a simple process of retrofitting the Zmesh to an existing floor or building it into newly constructed homes.
When looking for the right electric radiant heat system, a short delivery time, easy to understand installation directions and simple electrical connections are important to keep in mind.

If you’re looking at building a new house, or adding an addition, you’ll need to consider how you’re going to handle heating and cooling. You’ve probably looked at your typical forced air systems, but you heard about something called in floor radiant heating, and are intrigued. You can get warm, even heating, without having to deal with allergen carrying ducts. You’re pretty interested in the idea, but you may still be worried about the cost.
How do you determine the cost of radiant floor heating? As it turns out, it depends on a lot of different factors that you need to be considering. In this article, we’ll cover these factors, and explain how you can decide if radiant floor heating fits into your price range.
First of all, let’s talk about the two most common radiant heating systems out there, electric and hydronic. Electric systems place what is essentially a large electric blanket underneath your floor, which provides the heat. Hydronic systems employ a boiler to heat water which is then pump through a thin network of pipes underneath the floor.
These systems have two types of cost, the initial cost, and the ongoing cost. the initial cost is what you have to pay when you get the system installed. The ongoing cost is how much it takes to keep running the system.
Simply put, electric systems have a much lower initial cost than hydronic systems do. This is because a hydronic system requires the installation of a boiler and plumbing, whereas on electric system just uses the wire you already have hooked up. This make electric systems ideal for smaller areas, such as bathrooms and additions, where the cost of installing and hooking up a boiler would prove quite expensive.
However, these electric systems are far less efficient, meaning you’ll pay more in electricity as time goes on than you would with the more efficient hydronic system. This makes hydronic systems ideal when you need to heat your entire house, since you will save a lot of money in the long run over most electric systems.
Another confounding factor is the installation. Installing these types of systems isn’t easy, so most opt for professional installation. However, if you’re a die hard do it yourselfer, its fair to say that an electric system will be much easier to install than a hydronic system. Something to take into account, for sure.
So, you can see that there are many factors that go into pricing a radiant floor heating system. Of course, the best way is to find a company that specialize in in floor radiant heating, and get a quote from them. This should give you a good start, though, and help you understand how these things are priced.

In Calgary, heating a home is never easy. The average nightly temperature in February, the coldest month of the year, is -15ºC. Add in the occasional wind chill, and you have some pretty frigid temperatures. In fact, late January of 2009 brought wind chills of between -30 and nearly -50 ºC.
Given those bone chilling temperatures, it is only logical that many Calgary homeowners are evaluating their home heating systems to see where they can increase efficiency and decrease costs.Why Choose a High-Efficiency Furnace for Your Home Heating
Alberta’s Climate Change Central (CCC) estimates that close to 60% of your home energy bill goes toward heating. Clearly, a more efficient furnace would help reduce those costs.
In today’s economy, however, many people are weighing the expense of buying a new high-efficiency furnace against other options. Maybe a mid-efficiency furnace will do. Or maybe they can stick with their old furnace until the economy recovers a bit.
Those in difficult financial circumstances will have trouble justifying the costs of a new furnace, especially if there is life left in the old one. For the rest of us, there are many reasons to consider a high-efficiency furnace:
? Costs will be offset somewhat by government incentives. A new renovation tax credit (only available until early 2010) and the existing federal retrofit program will shave off at least a couple of thousand dollars from the price.
? High-efficiency furnaces cost more than mid-efficiency furnaces, but the higher costs will be paid for in less than six years, according to CCC.
? A new furnace adds to the resale value of your home.
? High-efficiency furnaces are quieter and keep the temperature in your home more constant.
? High-efficiency furnaces can be operated by a DC motor, which uses about 30% less energy than an AC motor.How a High-Efficiency Furnace Heats Your Home
What makes these new furnaces so efficient? According to the Natural Resources Canada (NRC) website, the efficiency comes from the way heat is generated and the way gas from the furnace is vented.
In a standard furnace, combustion gases are generated by the burner, pass across a heat exchanger and release heat, and then get exhausted outdoors via a chimney. In high-efficiency models (specifically condensing gas furnaces), “heat exchange surfaces made of corrosion-resistant materials [are used] to cool and condense the combustion gases (causing them to liquefy), thus releasing more heat for the home.” There is a small amount of wastewater, piped to a floor drain.
The condensing process also reduces the temperature of the flue gases, so they can be pumped out of a PVC or ABS plastic pipe, instead of a chimney. Chimneys are a major source of heat loss, so bypassing them increases the efficiency of your home heating system.
In addition to greater heating efficiency, a high-efficiency furnace can also reduce overall energy costs, if you use a variable-speed DC motor. These motors, mentioned earlier, use less energy while distributing heat better. What’s more, they generate less heat, which allows the bearings to run cooler. According to NRC, this results in less motor noise and longer life expectancy for the motor.Installing a High-Efficiency Furnace
If you want to start reducing your home heating bill, look for heating contractors in your area. It is best to get a few estimates before signing a contract. You can find a company through references from your friends or through a simple Internet search for Calgary heating contractors.

An ever growing burden in today’s society is the cost of the average utility bill. Over recent years, especially in the U.K, we have seen continuous price increases regarding gas and electricity bills.

The causes behind the rising prices are primarily political. In recent months, prices have dropped slightly as new pipelines from friendly nations have been connected to the U.K, but do you want to be at mercy from your government and other nations?

A very good way for you to save on your heating bill would be to install a geothermal heating system (or a solar power heating system.) The geothermal energy system works on the basis of the underground placement of pipes, a water pump and an energy efficient boiler.

Water is pumped through one end of the pipes (which are laid about 1 meter underground.) These pipes run for around 100 meters while they are absorbing natural heat from the earth around them.

By the time the water has reached the end of the piping system, it is significantly warmer than when it first started. All that needs to be done now is some extra heating, by the back up (energy efficient) boiler. This extra heating may not be required, depending on the geothermal activity beneath your feet, and the depth of the pipes.

Geothermal energy is very sustainable, the heat is always there. A proven example of this is that geothermal heating equipment is widely used in countries such as Iceland, Norway and Sweden. There is an awful lot of heat beneath all of that snow, and many people harness the energy our earth has to offer.

So in conclusion, geothermal energy is a great way to heat your home, in a naturally, highly environmentally friendly way.http://www.clean-energy-ideas.com/geothermal_power.html

The most common mechanical problem with the 98.5-2002 Dodge Cummins was failure of the Bosch Vp44 injection pump and lift pump. Over the years these have been notorious for going out and costing consumers a lot of money, especially if you take your truck back to the dealer, repair cost usually average about $3000. There are three common mechanical failures of the VP44 injection pump:

The most common mechanical failure of the VP44 pump is rupturing of the diaphragm in the front of the injection pump. The diaphragm ruptures allowing the timing piston to vibrate and damage the front cover until fuel bypasses. This will cause the dreaded check engine trouble code P0216. When this occurs your Bosch VP44 Injection Pump must be replaced. The rupturing of the diaphragm is caused by a poorly designed lift pump. When the lift pump does not supply the Injection pump with the correct amount of Fuel Pressure (a minimum of 5psi under load at wide open throttle) the diaphragm then doesn’t have enough positive pressure and ruptures. Dodge has recognized this problem as they will no longer even sell the lift pump that goes on the side of the block, they replace it with a unit that is now mounted in the tank. The average cost of having the lift pump put in the tank is about $800.

The next most common mechanical failure of the VP44 is that the rotor seizes in the head of the pump. This again can be contributed to the lift pump not providing enough fuel to the injection pump. Diesel Fuel is used as a lubricant , so when there is a insufficient amount of fuel the rotor does not get lubricated properly. If the rotor seizes the truck wont start and the VP44 Injection Pump must be replaced.

The last reason for the failure of the VP44 pump is electrical problems with the computer on top of the pump. Heat is the main reason associated with this problem, causing the soldered components to become crystallized over time and make bad connections. Lack of fuel is again part of the problem, because the VP44 is cooled with fuel instead of oil (as the old P7100 12valve pumps). When this problem occurs you will usually experience intermittent hard starts, white smoke and what’s usually referred to as “The Dead Pedal”.

The most innovative water pumping system that can be of use to many people is the solar water pump. Its attributes make it a product of interest ton homeowners, agricultural specialists, farmers, industrial workers, and stewater management employees alike. An easy to use pump, the solar water pump has become quite popular in many areas of the world. It is especially handy in any area where there is no electricity, or during a power outage. They have been used for home solar water heating systems, for crop irrigation, and to pump water from lake to livestock. Some small villages are using solar water pumps to provide water for everyone who lives in their area. Think of the potential that solar powered pumps have! No more use of electricity to run them, with the resultant costs. Farmers all across the globe are already aking advantage of the solar powered pumps. Agriculture is taking a hard look at their successes so as to see how these pumps can be put to use elsewhere. This pumping system could work in a small town that has never before had electricity, and give its residents a chance to use some basic farm equipment that they have never been able to have before. Wastewater management personnel are very curious about how well the solar powered pumps would work for their needs. Submersible wastewater pumps are generally what is used to deal with wastewater. If a company who dealt withsolar pumps was able to come up with a solar powered submersible wastewater pump that was large enough to be used in a municipal setting, companies from everywhere would want to have first chance at buying one. Can you imagine the savings in electrical costs for the businesses and industries that were able to take advantage of the solar pumps to do what electrical pumps are doing for them now? Solar pump substitutes would more than likely make every lagoon pump builder who ever existed rather sad, as he could well be out of a job if when this happens. But, if he or she were at all interested in technology and progress, they would want to check out the solar lagoon pump Industry would endorse the use of the solar inventions hands down if they could be assured that they would work as flawlessly as the electrical pumps they would be replacing. What would happen if the sun didn’t shine for a week? How would the solar pumps be able to do their job? There have been steps taken in the solar cell world to make sure this question can be answered. Two ways to store extra energy from the sun that was not needed by the pumps at the time it was taken in by the solar cells have been suggested. One is the use of batteries. The other is having your home or business set up to use electricity occasionally – and to sell the solar electricity that you do not use back to the power company. Whether this happens or not in the future remains to be seen. Research is still being done on solar power and a way to make it feasible for everyone to use. Perhaps in just a few years, you can order your own innovative custom pump system that runs on solar power.

Electric and gas hot water systems accounting for approximately 20% of a household’s greenhouse gas emissions,and by installing a solar water system you will reduce these emissions and also save up to 75% of your water heating costs! Table below is sourced from the Debartment of Environment and Climate Change NSW.

Solar pool heating uses a similar technology to building / household solar hot water systems. Solar pool heating involves covering a roof with a black blanket of coils and pipes which also get heated by the sun combined with a slow flow pump which circulates the water through the panel and into the pool. Unfortunately Energy Matters only installs building / household solar water heating systems and does not perform installation of pool water heating systems.

Flat plate collectors work on copper pipes running through a glass covered collector, often connected to a water storage tank on the roof. The hot water can then thermo-syphon itself in and out of the tank, thus heating the water. The updated option of flat plate collectors are evacuated tubes.

Evacuated tubes use a glass tube with a vacuum inside it and copper pipes running through the centre. The copper pipes are all connected to a common manifold which is then connected to a slow flow circulation pump which pumps water to a storage tank below, thus heating the hot water during the day. The hot water can be used at night or the next day due to the insulation of the tank.

The evacuation tube system is superior as they can extract the heat out of the air on a humid day and don’t need direct sunlight. Due to the vacuum inside the glass tube, the total efficiency in all areas is higher.