Size:4 pack AAA The new SEC-HR4U4BPN 4-AAA eneloop battery
pack utilizes SANYO's advanced rechargeable battery technology allowing them
to last longer than ever before! They provide excellent performance-to-cost
advantages over both conventional alkaline and other rechargeable batteries.
Unlike disposable batteries which can only be used only once and are wasteful
to the environment, the new eneloop batteries can be recharged up to 1,800
times. They come pre-charged, can be used immediately out of the pack and
maintain 75% of their charge for up to 3 years when not in use. Eneloop
batteries deliver reliable battery performance when you need it the most! From
the Manufacturer The new SEC-SEC-HR4U4BPN 4-AAA eneloop battery pack utilizes
SANYO© advanced rechargeable battery technology allowing them to be recharged
up to 1800 times, 33% more than any eneloop battery! They deliver excellent
power performance. They come pre-charged and can be used immediately out of
the package. These eneloop cells also have increased storage life and better
extreme temperature performance than the original eneloop batteries. SANYO
eneloop 800 mAh, improved low self discharge rechargeable AAA batteries
Maintain 75 percent of their charge after 3 years of storage Can be recharged
up to 1,800 times Pre-charged and ready to use right out of the package Work
in extreme temperatures down to ? Provide long lasting power at a cost of
only 4 per recharge Pre-Charged using power generated from solar energy No
memory effect â batteries can be recharged when fully, or partially drained
INCREDIBLY LONG STORAGE LIFE SANYO 1800 cycle rechargeable eneloop Ni-MH
batteries maintain up to 75% of their charge after three years of storage
compared to conventional rechargeable batteries which often have 0% charge
after only 2 years of non-use. KEEPS YOUR DEVICES POWERED IN XTREME?COLD
WEATHER Keep your portable players, cameras, flashlights and other devices
powered in the winter. eneloop 1800 cycle and XX batteries deliver exceptional
performance at extreme low temperatures. ENELOOP...CLEAN ENERGY FROM THE
FACTORY TO YOUR DEVICE SANYOâs "Clean Energy Loop" initiative has become a
reality. All eneloop 1800 cycle and XX batteries are charged at the factory in
Japan using power generated from solar energy. PURCHASE GENUINE SANYO eneloop
BATTERIES For more details click here WHEN IS 1.2V BETTER THAN 1.5? eneloop
consistently High Voltage Level The initial voltage level of a battery
provides no indication of how long the battery will last or how much power it
can deliver. Alkaline battery cells rapidly drop below 1.5V soon after they
are put into use and the voltage continues to steadily decline over time.
Since alkaline cells are non-rechargeable, they must be discarded and then
replaced. SANYOâs eneloop batteries deliver best-in-class Ni-MH high capacity
power and are rechargeable up to 1800 times. Devices like cameras flash units
and wireless game controllers can easily draw more than 1000mA of current;
rapidly depleting alkaline batteries. eneloop batteries maintain a
consistently high voltage level keeping your devices operating for a longer
period of time. When you use eneloop Ni-MH rechargeable batteries, you will
realize that â1.2Vâ can indeed be better than â1.5Vâ. WHY ARE ALKALINE
BATTERIES 1.5V? Regular disposable AA and AAA batteries are considered Primary
Cells, and are most widely recognized as conventional âalkalineâ batteries.
There are two electrodes inside each cell; one is made of Zinc, known as the
anode (the negative terminal) and the other is made of Manganese Dioxide,
known as the cathode (the positive terminal). The electrodes are surrounded by
an alkaline electrolyte, the chemical from which alkaline batteries get their
name. Battery chemistry of an alkaline battery generates 1.5V. As the chemical
reaction fades, so does the power of the alkaline battery cell. This is why
the voltage from alkaline batteries drops off shortly after the battery is put
into use and the power continues to fade over time. WHY ARE NI-MH RECHARGEABLE
BATTERIES 1.2V? Ni-MH rechargeable batteries have two electrodes inside the
cell: Nickel and Mercury Hydride. Battery chemistry of an Ni-MH rechargeable
battery generates 1.2V. While alkaline batteries experience rapid drops in
voltage Ni-MH rechargeable batteries maintain the same voltage throughout most
of the entire charge. The chemical makeup of Ni-MH batteries eliminates the
âmemory effectâ, which means the cells can be recharged at any time without
having to be fully discharged. eneloop batteries have continued to raise the
performance bar in Ni-MH rechargeable technology. eneloop has increased âlow
self dischargeâ performance on Ni- MH rechargeable batteries which allows
eneloop cells to store power for longer periods of time. WHAT MAKES ENELOOP
THE BEST RECHARGEABLE BATTERY The new SANYO eneloop battery incorporates a
highly-durable super-lattice alloy which lessens the deterioration of this
important alloy material. This super-lattice alloy increases the electrical
capacity of the battery chemistry through lower internal resistance and
delivers a long lasting, stable voltage output. A new strong, thin outer case
has also been added to the eneloop battery design in order to improve the
internal cell space efficiency. The new case optimizes the balance of the
components and when combined with other improvements have led to an increase
in the number of times that eneloop batteries can be recharged. eneloop =
LOWER COST OF OWNERSHIP Wireless game controllers incorporate power-hungry
features such as built-in speakers, gyroscopes and motion sensors. Consider
the hidden cost of ownership in operating two wireless game controllers. Let©
make the following assumptions: You play video games one hour per day or 365
hours per year, using two remote/wireless controllers. A pair of batteries
(either alkaline or eneloop) will provide you with roughly 20 hours of game-
play usage time. In the first year, you will need 18.25 pairs of batteries per
controller (either new alkaline or recharged eneloops). You will consume 73
alkaline battery cells in one year (for two controllers) compared to only 4
eneloop cells which can be recharged 1800 times ($0.04 per cell). Four AA
Alkaline batteries will cost roughly $5.49 MSRP. Four AA eneloop batteries
with an AC charger will cost $21.99 MSRP. Now letâs look at the annual cost of
ownership in only the first few years and then extend it out to ten years (at
that point, you probably wonât be playing on the same game system). It is
quite obvious that eneloop more than pays for itself in just the first year of
ownership! TOTAL ANNUAL COST PER YEAR Year 1 Year 2 Year 3 Year 4 Year 5
Year 10 10 Year Total $24.75 Includes Charger $2.92 $2.92 $2.92 $2.92 $2.92
$51.03 $100.19 $100.19 $100.19 $100.19 $100.19 $100.19 $1,001.93 Usage
assumptions & cost calculations listed below. RECHARGEABLE BATTERY POWER YOU
CAN RELY ON WHEN YOU NEED IT MOST! eneloop batteries deliver dependable power
allowing you to maximize your music, gaming, computer, photography and other
experiences. eneloop batteries can be used to power these and many more
devices. NEW 1500 CYCLE VS. ORIGINAL 1000 CYCLE ENELOOP The new 1800 cycle
eneloop delivers four important new features 500 extra charging cycles - The
new eneloop is rechargeable up to 1800 times 33% improved low self-discharge -
The new 1800 cycle battery maintains 75% of its charge for up to 3 years when
not in use. The original version maintained 75% of its charge for up to 2
years when not in use. Improved low temperature performance - The new 1800
cycle battery can be used in environments down to -4 degrees F. The original
eneloop can be used in temperatures as low as 14 degrees F. Each battery cell
is pre-charged using solar energy when it leaves the factory in Japan. Genuine
SANYO eneloop Batteries SANYO has three authentic styles of packaging: 1. The
1800 cycle batteries which are in a blue/green cardboard blister design with a
earth image screened on the package. 2. The 1000 cycle batteries are in a blue
and orange cardboard blister pack. 3. The eneloop XX batteries are in a black
cardboard blister package. Products sold in plastic bags or flexible foil
style packages are not authorized for sale by SANYO in the U.S. and may not
contain authentic SANYO batteries. How to tell the difference between the ew
1500" and the riginal 1000?eneloop batteries It is easy to distinguish
between the 1800 and 1000 cycle eneloop batteries. The 1800 battery has a gray
top (in the Green/Blue package pictured) and the 1000 (in the Blue/Orange
package pictured) has a white top. eneloop Battery Specifications Product Name
"1800 Cycle" "1000 Cycle" eneloop XX Technology Ni-MH rechargeable battery Ni-
MH rechargeable battery Ni-MH rechargeable battery Applications all-purpose
all-purpose high power consumption devices Recharges / Discharging Cycles up
to 1800 up to 1000 up to 500 Low self-discharge / Storage Capacity Maintains
75% of its charge after 3 years of non-use Maintains 75% of its charge after 2
years of non-use Maintains 75% of its charge after 1 year of non-use Low
Temperature Capacity -4 degrees F +14 degrees F -4 degrees F Size AA AAA AA
AAA AA Model number SEC-HR3U4BPN(4 Pack) SEC-HR4U4BPN (4 Pack) SEC-HR3UTG-4BP
(4 Pack) SEC-HR4UTG-4BP (4 Pack) 4HR-3UWX SEC-HR3U8BPN (8 Pack) -- SEC-
HR3UTG-8BP (8 Pack) -- -- SEC-HR3U16SPN (16 Pack) -- -- -- -- Voltage 1.2 V
1.2 V 1.2 V 1.2 V 1.2 V Typ. Capacity 2000 mAh 800 mAh 2000 mAh 800 mAh 2500
mAh Min. Capacity 1900 mAh 750 mAh 1900 mAh 750 mAh 2400 mAh eneloopHE BIRTH
OF A NEW TECHNOLOGY For more than 35 years, SANYO has been a leading
manufacturer of battery technology. In 2005 SANYO set out to develop a new
type of rechargeable battery that would literally change the way people live,
work and play. The result was eneloop, a rechargeable battery created with a
very simple idea in mind: provide a common energy source that can be reused
over and over again. This ooping energy?became eneloop. Today, eneloop
battery cells are recognized by millions of consumers worldwide as the
industry premier rechargeable battery. eneloopâs âsignature featuresâ include
ready to use rechargeable power with the ability to maintain 75% of their
charge for up to 3 years (when not in use), can be recharged up to 1500 times,
they have no âmemory effectâ and outstanding performance even in extremely low
temperatures (down to -4 degrees F). Americans deposit 8 billion disposable
batteries into landfills each year! eneloop batteries can be recharged up to
1,800 times, which means that the purchase and use of a single eneloop cell
can keep many hundreds of batteries from entering landfills! They can also be
recycled free of charge at any of the 50,000+ Rechargeable Battery Recycling
Corporation (RBRC) recycling centers near you. Usage Assumptions Two Wii
remote controls 1 hour usage per remote, per day, per year 20 hour avg.
battery life per remote $5.49 MSRP - 4 pack AA akaline $21.99 MSRP - eneloop 4
pack AA + charger ©Wii is a registered trademark of Nintendo eneloop Recharge
Cost Assumptions and Calculations 0.144 Kilowatts @ 8 hours per 4 batteries 4
AA --- 1,800 recharges each 1,800 cycles x 8 hours each = 12,000 hours of AC
power 0.144 KW x 12,000 hours = 1,728 KWH 1,728 KWH x $0.12 = $207.36 Initial
product cost = $21.99 (4AA eneloop + 4 position charger) Total cost of product
and recharging = ($207.36 + $21.99) = $229.35 Total number of recharge cycles
= (4 batteries x 1,500 each) = 6,000 recharges Cost of recharge =
($229.35/6,000) = $0.038 (3.8?PER RECHARGE) NOTE: Cost of electricity is based
on 2010 national US average energy costs @ $0.12 per KWH