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RV Solar Kit keeps your batteries charged and
healthy. Avoid the hassle incurred by generators and
having to find an outlet to plug into by running your RV
with solar power. Full batteries give you the freedom to
run lights, furnaces, fans and more DC appliances
without the worry of running out of power. Watch TV,
DVD, video games - with healthy batteries you don not
have to give up the comforts you are used to wherever
you choose to stay. The rugged durability of our solar
panels guarantee you will generate solar power
everywhere you go. All the components you need to
setup your solar charging system are included in
every OkSolar RV Solar Kit. Solar panels are
mounted securely, and without worry of leaks, with the
provided mounting hardware.
OKSolar RV Kits are maintenance free and designed
to give you decades of uninterrupted power.
healthy. Avoid the hassle incurred by generators and
having to find an outlet to plug into by running your RV
with solar power. Full batteries give you the freedom to
run lights, furnaces, fans and more DC appliances
without the worry of running out of power. Watch TV,
DVD, video games - with healthy batteries you don not
have to give up the comforts you are used to wherever
you choose to stay. The rugged durability of our solar
panels guarantee you will generate solar power
everywhere you go. All the components you need to
setup your solar charging system are included in
every OkSolar RV Solar Kit. Solar panels are
mounted securely, and without worry of leaks, with the
provided mounting hardware.
OKSolar RV Kits are maintenance free and designed
to give you decades of uninterrupted power.
RV Solar battery Charger Kits keeps your batteries charged
and healthy. Estimated power 20 watts. $325.00
Solar battery Charger, estimated power 85 watts $716.00
Solar battery Charger, estimated power 115 watts $987.00
Solar battery Charger estimated power 170 watts $1610.00
A Collection Of Energy Saving
And Money Saving Ideas From
Around The World.
And Money Saving Ideas From
Around The World.
"Serious about solar charging? Details do I need to know"
Batteries - Changes in temperature and humidity affect battery efficiency, so extreme weather conditions may
hinder the ability of your electronic devices to function effectively. The charging temperature range for a lithium-
ion battery is 0° - 45° C (32° - 113° F), and the batteries can be discharged at temperatures of 20° - 50° C
(68° - 122° F). In case of extreme temperatures, keep your battery-using device from getting too hot or too cold.
Humidity and Salt - Coastal regions of high humidity are notorious for their effects on electrical devices and
systems. If you are in a tropical coastal region for prolonged periods of time, make sure that all electrical
devices are kept dry and covered when not in use.
Time of Year - During the summer months, the earth’s angle of exposure to the sun is at its greatest, making
the sun more powerful. Also, summer days are longer, allowing a battery to charge better.
Time of Day - The time of day you charge influences the charge speed. At noon, when the sun is at the
highest point in the sky, the maximum charge level will be obtained. Therefore, solar exposure for one hour at
noon will provide greater charge than one hour at 4 p.m. on the same day. The total time of solar exposure will
have a cumulative affect.
Orientation to the Sun - For optimum performance, panel must face directly toward the sun. As the earth
rotates, the position of the sun relative to panels will change throughout the day. If the orientation is not
corrected, the effectiveness of charging decreases. Adjustments are not necessary for slight changes.
However, over a period of hours, the loss of charging efficiency can reduce greatly. The sun moves
approximately 15 degrees across the sky every hour
Ambient Temperature - Solar cells are affected by extremes in temperature, and work within the range of 0° -
90° C (32° - 194° F) but our visits to the polar regions have proved us successful at extremes of minus 50° C.
For the best performance, the maximum surface temperature of the panels should be below 50° C (122° F).
Obviously, you must place the battery in the sun to charge it, so it will naturally heat up and become hotter than
the air temperature.
Solar Filters - Solar filters are objects or conditions that block the transmission of light to your panels. These
may be intermittent situations—such as a passing cloud or the shadow of a building—or continuous
obstructions—such as fog, air pollution, or tinted glass. Since solar electricity is primarily generated within the
visible light spectrum, anything that reduces the intensity of the light reduces the charge efficiency. Since most
vehicles and commercial buildings have tinted windows, charging through them will significantly or completely
reduce charging efficiencies. Normal glass has a slight UV filtering effect and will reduce charging efficiencies
between 5% and 10%. Dirty glass will obviously increase charging time.
Latitudinal Position -The strength of the sun is at its greatest along the equator. As you travel farther away
from it, the intensity of the sun diminishes, decreasing the effectiveness of solar charging
Batteries - Changes in temperature and humidity affect battery efficiency, so extreme weather conditions may
hinder the ability of your electronic devices to function effectively. The charging temperature range for a lithium-
ion battery is 0° - 45° C (32° - 113° F), and the batteries can be discharged at temperatures of 20° - 50° C
(68° - 122° F). In case of extreme temperatures, keep your battery-using device from getting too hot or too cold.
Humidity and Salt - Coastal regions of high humidity are notorious for their effects on electrical devices and
systems. If you are in a tropical coastal region for prolonged periods of time, make sure that all electrical
devices are kept dry and covered when not in use.
Time of Year - During the summer months, the earth’s angle of exposure to the sun is at its greatest, making
the sun more powerful. Also, summer days are longer, allowing a battery to charge better.
Time of Day - The time of day you charge influences the charge speed. At noon, when the sun is at the
highest point in the sky, the maximum charge level will be obtained. Therefore, solar exposure for one hour at
noon will provide greater charge than one hour at 4 p.m. on the same day. The total time of solar exposure will
have a cumulative affect.
Orientation to the Sun - For optimum performance, panel must face directly toward the sun. As the earth
rotates, the position of the sun relative to panels will change throughout the day. If the orientation is not
corrected, the effectiveness of charging decreases. Adjustments are not necessary for slight changes.
However, over a period of hours, the loss of charging efficiency can reduce greatly. The sun moves
approximately 15 degrees across the sky every hour
Ambient Temperature - Solar cells are affected by extremes in temperature, and work within the range of 0° -
90° C (32° - 194° F) but our visits to the polar regions have proved us successful at extremes of minus 50° C.
For the best performance, the maximum surface temperature of the panels should be below 50° C (122° F).
Obviously, you must place the battery in the sun to charge it, so it will naturally heat up and become hotter than
the air temperature.
Solar Filters - Solar filters are objects or conditions that block the transmission of light to your panels. These
may be intermittent situations—such as a passing cloud or the shadow of a building—or continuous
obstructions—such as fog, air pollution, or tinted glass. Since solar electricity is primarily generated within the
visible light spectrum, anything that reduces the intensity of the light reduces the charge efficiency. Since most
vehicles and commercial buildings have tinted windows, charging through them will significantly or completely
reduce charging efficiencies. Normal glass has a slight UV filtering effect and will reduce charging efficiencies
between 5% and 10%. Dirty glass will obviously increase charging time.
Latitudinal Position -The strength of the sun is at its greatest along the equator. As you travel farther away
from it, the intensity of the sun diminishes, decreasing the effectiveness of solar charging
Solar Products
SUNOVEN, Cooking Temperatures:
340 - 403 degrees Fahrenheit.
340 - 403 degrees Fahrenheit.
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