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6. Solar Panels
The
Thin Film, Amorphous Silicon, Type of panel, is most
suitable for Tropical applications
 Solar Panel
- Front |
 Solar
Panels - Side
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7. SolarMio
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Your
devices can be connected and charged whether the
SolarMio folded or
opened | |
Power Anytime
Anywhere
Wherever you are, you will
always have enough power to charge your mobile
phone,GPS or iPod. The built-in lithium-polymer
battery is long lasting and with 900 mAh it can
charge most electronic devices once completely.
The battery is easy to remove from its wallet
and can therefore be used as an independent
spare battery. The LEDs inform you of the
charging and operating
status.
Advantage of our
Technology
No temperature effect
Temperatures exceeding 25°C do not cause a loss
in performance in our
products.
Robust
Our
modules are encapsulated in UV stabilized
polymers, which makes them exceptionally
durable
Shade
tolerant
Using triple junction
technology based on amorphous silicone, our
products capture the broad solar spectrum. This
spectrum splitting capability is the key to
higher energy
output.
Flexible
Exremely
thin layers guarantee max. flexibility; our
solar modules are 1mm thick.
Three
sources
PV panel, Mains charger, Car
adapter
The storage
Lithium
polymer battery, chip controlled battery
management | | |
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8.
BIPV High Power
Amorphous
Many Reasons To
Recommend Kaneka Thin-Film PV
!
Superior Performance Under
High-Temperature Conditions
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Crystalline-Si PV modules lose some
power-generating capability with rises in
temperatures. But Amorphous-Si PV modules
generate higher power during summer time.
Amorphous-Si PV modules can deliver maximum
performance during summer when the electricity
is needed most for air-conditioners in houses
and offices. |
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*Kaneka Silicon PV's
generated watt-power is approximately same as
that of other crystalline silicon PVs during the
winter months, but in summer the Kaneka Silicon
PV generates significantly more power compared
to other crystalline silicon PVs.
Source:
"NEDO/Ritsumeikan University
Module Field Test and Operational Analysis"
presented at the International PV SEC-11,
Sapporo, Hokkaido, Japan, 1999.
Installation
location: Kusatsu, Shiga Prefecture Japan Slope
angle: 15.3 degree
*NEDO : New Energy and
Industrial Technology Development
Organization | |
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Better
Actual Watt-Power Generation Compared With
Crystalline silicon PV
Modules
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Kaneka's amorphous silicon PV module
(a-Si) has superior light absorption per nominal
watt power. Compared with mono-crystalline
silicon PV modules (c-Si) or poly-crystalline
silicon PV modules (poly-Si), it generates
considerably more power per nominal watt
power. |
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Assuming that the total
solar radiation per year (1.323kWh/m2) is 100%,
Kaneka Silicon PV can produce 90.95% of actually
generated watt-power, much higher than that of
other crystalline silicon PVs (80 to 84%).
Source: "NEDO/Ritsumeikan University Module
Field Test and Operational Analysis" presented
at the International PV SEC-11, Sapporo,
Hokkaido, Japan, 1999. Installation location:
Kusatsu, Shiga Prefecture Japan Slope angle:
15.3
degree | | |
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Environmentally
Friendly
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The single
junction a-Si layer can be made extremely
thin.
The thickness of a-Si cell is 0.3
µm,which is 1/600 of that of crystalline silicon
cell (approx. 200 µm).
This means that a-Si
cell less material and energy thereby enabling
high productivity for mass
production. |
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Shorter Energy Pay-back Time
(EPT)
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EPT is the
time a PV module to "pay back" the energy used
in its manufacture by its own power
generation.
The EPT of amorphous-Si PV is 1.6
years, which is approximately 6 months shorter
than that of crystalline silicon PV (2.2
years).
EPT is one of the most important
aspects when evaluating the ecological benefit
of PV systems. |
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9. Controllers
Solar
Voltaic, design and manufacture their own
charge/controller units. Incorporated in its total
function, the controller has a built in, light sensor.
control circuit, for use with PV light systems,
switching on automatically when surrounding darkness
is sensed . This does NOT use a light sensitive
resistor but uses the panels themselves to determine
the outside light level.
The Solar Voltaic
charge/controller has a logic control, to know when
and how much to charge the battery , changing the
charge voltage in relation to the temperature of the
battery.
These
chargers are also 100% efficient by using a by-pass
system to direct 100% of the power directly into the
battery, whilst merely monitoring the
progress.
Another
feature is the preventation, of "over charge" and also
"deep discharge" , preventing damaging battery
exhaustion. |
 SC12 CHG
10A | |
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10. Oscillating Fan, Solar Powered
Maximum Air
Movement from units that occupy Minimal Floor space.
Internal Batteries allow you to use this Fan, without
wires, in any room or even outdoors, fishing, on the
Beach, Garden Party and many other uses. Additional,
roof mounted, Modular, Power Pack, can give Solar
power for 12 hours use per day. Wall mounted version
is available.
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 Fan - Front |
Fan -
Side
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11. Refrigerator Butane
Powered
Does not require any electricity. Runs
from any Butane or Propane Gas cylinder, available from
most Grocery and Food stores or works from the Gas
Cylinder on your existing Cooker. Lower Running costs
than Electric Fridges but the same specifications and
cooling |
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12. Cool Box. Solar Powered
Peltier Effect Cool Box. 5 degrees Celcius. Portable
Fridge, with folding Solar Panels. Also uses the car
cigarette Lighter socket, to keep cool during travel. Mains
adaptor to keep cool when back at Home.
Freezer- Front
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Freezer -
Side
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Freezer -
Top
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13. Road
Signs
| Flashing hazard Warning signs and
directional signs that light up automatically
from dust to dawn alerts road users to dangers
ahead | | |
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