Intershelter Envirodomes launches in Australia

admin — Tue, 06 Dec 2011 12:24:27 +0000

The Intershelter™ Dome distriuted in Australia, New Zealand and Pacific Islands

We market the InterShelter™, a patented revolutionary portable shelter, made of a high-tech aerospace composite material, or cutting edge HD plastic that has bridged the gap from tents and trailers to traditionally built framed houses.

We are soon to build these wonderful affordable dome accomodation in Australia for the Oceania and Asia Markets

Interested in being involved contact and register your interest

Built to sustain hurricane strength winds or earthquakes and insulated to stay warm in extreme arctic sub-zero degree weather or cool in hot desert climates, these structures can be assembled in just a few hours by three untrained people. The pieces can fit in the back of a pick up truck, single helicopter sling, or a bush cargo plane and can be set up on almost any terrain.

These shelters are not only ideal for research needs, quarantine shelters, and emergency relief situations but will satisfy the needs of Homeland Security, the Military, Labor Housing, Homeless Communities and many more.

Easy Assembly
The Dome is a frame-less structure consisting of aerospace composite panels. It has the strength of a standard building but the mobility of a tent. One Dome can be assembled by two people in less than four hours with nothing more than a screwdriver, wrench and step ladder.

Portability
When unassembled, the enclosure can fit into the back of a pickup truck, trailer or small container and easily transported anywhere in the world. It can be repeatedly taken down and reassembled while retaining its structural integrity.

Maintenance
An exterior gel coat which is virtually indestructible covers the panels. This gel coat is resistant to sun, snow, rain or temperatures over 120°F or below 0°F. The gel coat is molded into the fiberglass giving the Intershelter Dome incredible structural strength.

Dome in the Snow Build – Just Imagine

Skystream 600 delayed to Australia

admin — Wed, 23 Nov 2011 11:36:18 +0000

Southwest Windpower Unveils Skystream 600 Wind Turbine

Southwest Windpower recently unveiled its newest and most efficient small wind turbine, the Skystream 600.

Launched at the 2011 International Consumer Electronics Show (CES), Southwest Windpower says the Skystream 600 produces 74% percent more electricity than its predecessor, the Skystream 3.7, and states it is the most efficient power grid-connected wind turbine in its class.

This turbine is now not available for general release into the global market for possibly 12months and may not make into the Australian market for 36months.

By all means please call us on 1300398766 if you would like further information

Southwest Windpower Skystream 3.7 – distributed in Australia by edenPOWER

edenPOWER — Fri, 23 Sep 2011 15:25:43 +0000

Skystream is now – APPROVED for installation in Australia

The Skystream 3.7™ is a new generation residential wind generator that hooks up to your home to reduce or eliminate your monthly electrical bill. It’s the first all-inclusive wind generator (with controls and inverter built in) designed to provide quiet, clean electricity in very low winds. This makes Skystream ideal for residential homes and small businesses.

See if Skystream is right for your property.

At a GlanceCertification: AS4777 AS3100 Approved
Rated Capacity: 2.4KW continuous output,
Rotor: 12 feet (3.72 m); 50-325 RPM
Interconnection: Utility connected or battery charging
Alternator: Gearless, permanent magnet brushless
Voltage Output: 240 VAC (Optional 208 VAC)
Estimated Energy Production: 400 KWh per month at 12 MPH (5.4 m/s)
Weight: 170 pounds (77 kg)
Tower: Towers from 34-70 feet (10.4-21.3 m) are available; height is dependent by site
Warranty: Five year limited
Availability: Skystream is available now. Check for availability in your area.
Downloads:

Installation & Operation: Owner’s Manual(5668 KB)

Product Brochure: Skystream 3.7(720 KB)

Technical Specifications: Skystream 3.7(193 KB)

LED Energy Efficient Lighting

admin — Sat, 18 Dec 2010 07:55:48 +0000

The Benefits of LED Lighting

Energy efficient lights & energy efficient lighting solutions for warehouses, factories & offices, designed to save you money, improve lighting levels, and so much more. Contact edenPOWER by phone on 1300-398-766 or fill in the inquiry form by pressing the following link – : edenPOWER Inquiries.

LED Light Emitting Diode lights are Energy Efficient, Long Lasting and have
reduced levels of Ultra Violet

These bulbs last over 50,000 hours giving plenty of time to enjoy some of
the benefits.

What is an LED Light Bulb?
The LED (Light Emitting Diode) light bulb is actually a cluster of
individual units. Many of these produce white light but others generate
light of other wavelengths. Modern LED lighting provided by edenPOWER falls
into the SSL lighting category (Solid State Lighting).

The Specific Benefits of LED Light
Energy efficiency – The light bulbs burn very cool, while incandescent bulbs
emit 98 per cent of their energy as heat! Much more bang for the buck.
Long life – These lights can last from 50,000 to 100,000 hours. Incandescent
light bulbs typically last around 1,000 hours and fluorescents are good for
roughly 10,000 hours. Rugged durability – LED lights have no fragile
filament to contend with, and no fragile tube. They are resistant to heat,
cold, and shock.

edenPOWER distributed LED lights which offer greater than 75 lumens per watt
efficiency and target large commercial projects.

We can be contacted by phone on 1300-398-766 or fill in the inquiry form by pressing the following link – : edenPOWER Inquiries.

Sustainable Energy Solutions

admin — Tue, 16 Mar 2010 05:11:18 +0000

Global warming not only adversely affects the supply and demand of food, as well as the living conditions for human beings, but also the balance of the Earth’s important ecological systems. For the future of all living things on Earth we must quickly develop other sources of energy to replace fossil fuels.

Please upgrade your browser

The control of an energy source such as petroleum by a limited number of countries, invites international warfare and can throw the global economy into turmoil. Solar and wind power favors no single region and is a clean source of energy. Companies involved in solar and wind power generation are helping the world to look beyond short-term profit taking, to the advancement of society from a long-term perspective.

We can be contacted by phone on 1300-398-766 or fill in the inquiry form by pressing the following link – : edenPOWER Inquiries.

Solar PV – Solar Energy Rec – edenPOWER Sale Form

admin — Sun, 24 May 2009 00:30:26 +0000

Download the Solar PV System Assignment Form.

We can be contacted by phone on 1300-398-766 or fill in the inquiry form by pressing the following link – : edenPOWER Inquiries.

Kyocera d.Blue Module has highest conversion efficiency

admin — Wed, 25 Mar 2009 04:44:08 +0000

Kyocera has perfected its new d.Blue surface treatment technology and has now introduced it across its whole range of modules. The newly developed treatment method processes multi-crystalline silicon cells in order to produce a surface texture that minimizes surface reflectance and maximizes output. The result is a maximum conversion efficiency of 17.5%. This is the highest conversion efficiency in the polycrystalline module industry.

d.Blue is ideal for installation on all types of buildings, from residential to large scale commercial systems. The stylish dark blue cells blend in easily with the surrounding architecture or environment while producing energy at exceptional efficiencies.

All KC modules now feature d.Blue technology, from 40W through to 200W. All T and TM modules have an IP65 junction box, while GT models feature Multi-Contact™ output cables for simple grid-connect installation. All KC modules feature heavy-duty anodized aluminium frame with box-style walls and a 20-year power output warranty.

For further specifications, please click here

Kyocera KC Solar Modules are a perfect solution

admin — Wed, 25 Mar 2009 04:43:29 +0000

Kyocera solar modules are a reliable, virtually maintenance-free power supply designed to convert sunlight into electricity at the highest possible efficiency. Kyocera began researching photovoltaics in 1975 and has installed thousands of systems throughout the world since 1978. These systems are ideal for charging storage batteries to power remote homes, recreational vehicles, boats, telecommunications systems and other consumer and commercial applications.

Kyocera’s advanced cell-processing technology and automated production facilities produce highly efficient multi-crystal photovoltaic modules. To protect the cells from the most severe environmental conditions, they are encapsulated between a tempered glass cover and an EVA pottant with a PVF back sheet. The entire laminate is installed in an anodized aluminium frame for structural strength and ease of installation.

edenPOWER Solar Hot Water powered by Apricus………. What it looks like on the roof and how it works

admin — Tue, 18 Dec 2007 05:43:55 +0000

Apricus solar collectors can be installed in many different configurations depending on your requirements, and type of house. The structure of the collector can be seen below. Normally the evacuated tubes are 1.8m long, and come in 10, 20, 22 or 30 tube sizes.

Apricus Collector

The Apricus evacuated tube technology is a highly efficient, reliable solution suitable for the diverse conditions of the Australian climate.

Manufactured in line with ISO9001:2000 quality management requirements, and meeting SRCC, AS2712, and, Solarkeymark requirements. Apricus collectors are a quality choice for your home or commercial application.

Excellent Cold Weather Performance

Apricus collectors can perform well even in freezing conditions thanks to thick glass wool insulation and the vacuum insulated evacuated tubes. This is in contrast to flat plate collectors that perform poorly in cold conditions.

Passive Sun Tracking

Apricus collectors are designed with a round absorber surface that can passively track the sun throughout the day. This means more stable heat output throughout the day, not just at midday. The tubes are also spaced close together to minimise light loss between the tubes, and eliminate the need for a reflective panel.

Freeze Protected Heat Pipes

Apricus heat pipes are designed to withstand freezing without damage, which means that the collector can operate in very cold regions.

All Stainless Steel Mounting Frames

Stainless steel provides strength and corrosion resistance, and is used for all Apricus collector frame components.

Special Sprung Heat Pipe Design

Apricus has developed a special spring assembly design to ensure heat pipes are kept firmly in contact with the header pipe within the manifold. Tighter contact means faster heat transfer which is key for high collector efficiency.

How the Apricus Solar Collector Works

The operation of the Apricus solar collector is very simple.

Step 1. Solar Absorption

Solar radiation is absorbed by the evacuated tubes and converted into heat.

Step 2. Solar Heat Transfer

Heat pipes conduct the heat from within the solar tube up to the header

Step 3. Solar Energy Storage

Water is circulated through the header via intermittent pump cycling. Each time the water circulates through the header the temperatures is raised by a small amount. Throughout the day, the water in the storage tank is gradually heated. The temperature the water in the tank will reach will depend upon the amount of solar radiation, the size of the tank and the hot water usage throughout the day.

Evacuated Tubes

Apricus solar collectors use twin-glass evacuated tubes. They are comprised of two glass tubes, fused together at the top and bottom. The space between the two tubes is evacuated to form a vacuum. The structure is therefore very similar to a Thermos® flask you may use to keep water hot. The outer layer of the inner tubes is coated with a special selective layer which absorbs sunlight very efficiently. The vacuum layer insulates very well against heat loss providing excellent performance even in cold weather.

To learn more about the different types of solar collectors and evacuated tubes, please .

Apricus solar collectors have from 10 to 30 evacuated tubes, with each tube 1.8m / 70″ long and 58mm / 2.3″ in diameter. Each tube contains a long heat transfer fin and a heat pipe. The fin acts to hold the heat pipe in place against the inner wall of the tube, and also provides additional heat transfer.

Heat Pipes

Heat pipes are commonly used in many industries, in particular in computers, working to transfer the heat from the CPU away to the heat dissipator past which the fan blows air. Heat pipes are also used in many industries to move heat from one point to another.

Apricus has specially designed a heat pipe for use with evacuated tubes. The operating temperature range from freezing to more than 200 ºC / 395 ºF means that many common heat pipes designs are not viable. Apricus heat pipes are designed to be begin working at a low temperature (30 ºC / 86 ºF), are able to transfer heat consistently up to high temperatures and can withstand freezing conditions without damage.

Below is a diagram which shows the basic operation of the heat pipe.

The operation is very simple. The heat pipes is basically a copper pipe that has been evacuated for form a vacuum. The heat pipe contains a small volume of purified water which acts as the “working fluid”. Because the pressure in the heat pipe is very low, the water boils at only 30ºC / 86ºF. The resultant steam rushes to the top of the heat pipe where it off-loads heat, after which it condenses back to water and runs back down to repeat the cycle. Using this process, Apricus heat pipes have a heat transfer capacity in excess of 110Watts, with the evacuated tubes in strong sunlight able to provide around 50-60Watts.

Mounting Options

Depending on the roof surface, different attachment methods may be required. Apricus provides a range of accessories which allow installation on almost any surface.

Round Feet

Round feet are the standard option for high angle frame kits when installing on a flat roof, as they provide a strong foundation with large surface area.

Roof Track

The roof track provides the same mounting format as the standard frame, a C shaped channel, ideal for use on tiled roofs, asphalt shingles or galvanized steel roofing

The roof track can be attached to the roof using a roof attachment straps or rubber pads.

Mounting Accessories

The frame can be attached to almost any roof surface. The following accessories are used depending on the roofing material.

Rubber Foot Cover

If installing using round feet on a asphalt roof, the rubber foot cover is used to prevent the asphalt from melting when the metal foot gets hot in the summer.

For a galvanized steel roof, the rubber cover separates the stainless steel foot from the metal roof, preventing any galvanic reaction or scratching.

Rubber Pads

If installing using the standard frame, or a frame kit using the roof track option, rubber frame pads may be used.

Normal thickness rubber pads are ideal for corrugated roof roofing, as widely used in Australia and New Zealand. The pad is able to mould to the shape of the corrugation, forming a good seal and preventing directly contact between the metals.

Thick rubber pads are used on asphalt roofs to prevent the C channel cutting into the shingles, or melting them in sunny weather when the metal becomes hot.

Roof Attachment Straps

Use roof attachment straps when mounting the collector using the standard frame, or roof track option on a tiled roof.

The straps attached into the underside of the C channel, and then run under the tiles and are secured to the roof’s steel or wooden frame.

By all means contact us directly for more information at edenPOWER Inquiries.

Apricus 3 Speed Pumps

admin — Sat, 02 Jun 2007 13:33:35 +0000

Triple Speed Pump

Most solar water heating systems are “active” which means that a circulation pump is required to force water through the solar collector.

The circulation pump is not responsible for developing pressure, it is simply used for circulating the water through the solar collector. In many cases where the length of piping is more than 5m and especially if the house is 2 or more storeys high, a single speed pump does not have enough “head” pressure. A 3 speed pump allows the installer to adjust to a suitable speed setting to ensure a fast enough flow-rate is achieved.