Posts Tagged ‘Storage Tanks’

Solar Water Heaters: Saving Your Money Using A Solar Water Heater At Home

February 8th, 2010

Solar water heaters or, as they are likewise named, solar domestic hot water devices, can easily be a cost effective way to produce hot water in your house. They have the ability to be made use of with virtually any climate, plus the fuel that they use – sunshine – is 100% free.

The prospective benefits might possibly break down your resistance to the idea of making the investment in a solar water heating system that’s a component of building an environmentally friendly residence, along with other more traditional means of reducing energy costs.

What They are Made Of

Sunshine powered water heating systems consist of storage tanks coupled with solar collectors. There are a couple sorts of these heating devices: active – which include circulating controls and pumps – as well as passive heating systems, that do not.

Passive heating devices are generally less costly than active systems, though they’re commonly not as economical. Still, passive systems may well end up being more reliable and may well last longer. Regarding active devices, you ought to talk over the upkeep requirements together with your system supplier and check with the system’s owner’s manual.

Heading Down the Tank

Nearly all water heaters which operate on sun power need an insulated storage tank. Solar storage tanks include an extra electric outlet and inlet connected to and from the collector. In 2-tank designs, the solar heat tank warms up water just before it goes in the standard water heater. In single-tank designs, the backup heater is joined with the solar storage in one tank.

Electrical Power While the Sun Isn’t Available

Solar water heating systems nearly always demand a backup device for cloudy days and periods of greater need. Traditional storage water heaters normally provide backup and may possibly already be a component of the solar heating package.

A backup system might also be an element of the solar collector, like rooftop tanks with thermosyphon models. Since an integral-collector storage system already keeps hot water as well as collecting solar heat, it might possibly be tied in with a backup water heater.

Up Front Issues to Consider

Prior to when you purchase and install a solar driven water heating system, you need to consider the immediate and ongoing expenses of solar energy devices, examine your site’s solar resource, establish the correct system measurements and power efficiency, and then read your local requirements and polices.

The correct assembly ?s dependent upon your solar resources, climate, community building code standards along with safety concerns. It is advisable to get a qualified, solar thermal systems service provider install your system.

Normal upkeep on simple devices can end up being as sporadic as each 3–5 years, and if at all possible completed by a solar service provider. Systems having electrical components normally require a replacement part after a decade.

The Payback

While you can find limited complications with existing solar water systems, the technological innovation is quickly becoming even better. For a customer, these systems are a wise commitment because they will pay for themselves in a brief amount of time, therefore trimming back on your power bills.

Moreover, several governments provide rebates to consumers who invest in environmentally friendly solar energy systems. While saving money with solar power and other measures to reduce energy costs, you are able to additionally be environmentally friendly simply by decreasing your dependence on fossil fuels.

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Big Coconut Bio-diesel Production In Ilocos Norte, Philippines Introductory In The World

August 16th, 2009

North Luzon, Philippines, particularly the province of Ilocos Norte boasts of not just the country’s but the world’s first large scale coconut plantation intended solely for the production of coconut bio-fuel as an alternative energy resource.

The Arroyo administration is promoting indigenous energy exploration to protect the country from shocks brought about by volatile imported fuel prices and help solve the global problem on climate change.

Some 400,000 hectares of land in North Luzon, majority of which will be in the villages of Balaoi, Caparispisan and Caunayan in the town of Pagudpud, will be developed and planted with coconut trees to secure the supply of coconut oil for domestic market demand and sustain exports.

Not only will there be development of alternative fuels but also reforestation that promotes cleaner, fresher air; protect and restore the environment and absorb carbon dioxide.

A Coconut Bio-fuel energy plant, covering 9 hectares of land, will be constructed in the coastal town of Pasuqin in the province of Ilocos Norte. The coconut oil mill and bio-diesel plant will produce at least 2,000 tons of coconut oil per month with provisions of up to 25,000 tons; and 300,000 tons of coconut bio-diesel annually.

The first aspect of the project is for the construction of the Coconut Oil Mill plant. Covering an estimated 4.5 hectares, it will consist of a copra warehouse, copra milling section, coconut oil refinery section, copra cake section, storage tanks, administration offices and port facility. The second phase is the construction of the Coconut bio-diesel plant and Coconut shell charcoal processing plant and will cover another 4.5 hectares of land.

The bio-fuel power project is one way of solving the problem of climate change because the use of coconut bio-diesel will contribute to the decline of green house gas emissions in the atmosphere.

Philippine President Gloria Macapagal Arroyo has repeatedly stressed that climate change is already adversely affecting the world and will have catastrophic effects if immediate and enough actions to curb fossil fuel emission and forest loss are not taken.

Bio-fuel is any fuel derived from organic matter. It is a renewable source of energy unlike other resources such as petroleum, coal and nuclear fuels. One advantage of bio-fuel in comparison with most fuel types is its biodegradability, thus its handling and use is relatively harmless to the environment.

The bio-fuel coconut oil project will secure the region’s – and the country’s – own source of substitute fuel and lessen dependence on imported fossil fuels. It will also mean job creation and economic upturn for various business Philippines.

The bio-fuel/coconut oil project will cost P3.5 billion of which P500 million will be for land and infrastructure while the remaining P3 billion will be for the growing of coconut trees, including provisions for livelihood and employment, farm supplies, fertilizers, seedlings, etc.

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