Seek and ye shall find...lol, we dug up info and we found him!

So, guys meet Uche Egbuka, the fiancé of AGN president Ibinabo Fiberesima - he is handsome!
Uche and Ibinabo were recently on vacation with their children in Disney land and Universal World of adventure.

Oh by the way, we found out that the handsome gentleman is a graduate of English Language and Literature/Letters from University of Ibadan who proceeded to the Central Michigan University where he acquired a Master of Science (MS), Health Services Administration before his Master of Divinity (MDiv) at the Liberty University where he finished the postgraduate in 2013.

And yes, Uche and Ibinabo will be getting married in a 2-day affair 18th and 19th December, at the bride’s hometown in Okrika, Rivers state. see more photos http://www.kemifilani.com/2014/11/aww-we-unveil-ibinabo-fiberesimas.html

Simply cool.

I no see anything..

Where is the guy and where is the handsome

akinsadeez:
Where is the guy and where is the handsome

Longest time. How are you. And is your power bank peeforming?.

mayorall:



Longest time. How are you. And is your power bank peeforming?.

Yeah. Its been a while. How's business?
Well, its still the same. I only get two full charge from it with a remnant of about 5-6% on the Powerbank.

akinsadeez:



Yeah. Its been a while. How's business?
Well, its still the same. I only get two full charge from it with a remnant of about 5-6% on the Powerbank.

ok my friend. This is battery actually works. I hope you can t as ke your time to read sir.


i did
some search on lithium ion, charge rate of a PB and a mobile
charger, PB capacity, power and some other searches and found
out some information i'd like to share as it explained why i had
anomalies #1 and #2.
Using a powerbank with a capacity of 12000mah, the internal
battery of the PB is usually at 3.7v. That means the total charge of
the PB = 12000mah x 3.7v = 44400mWh (44.4Wh).
When the PB is used to charge products such as a smartphone for
example, the output voltage is 5V, thus the total eletric charge is
44400/5V = 8880mah.
Two types of conversion occurs during a charging process using a
PB.
First conversion occurs when the PB internal circuit converts the
internal voltage of 3.7V to 5V, consuming some power in the
process and reduces its efficiency..
Second conversion occurs when the phone internal circuits converts
the 5V back to 3.7V, this consume some power and further reduces
the efficiency to around 80%.
So based on the total charge of the PB which is 8880mah and the
fact that efficiency isn't 100%.
We have 8880 x 0.8 = 7104mah. This is exactly the capacity of the
PB after all these conversions, power consumption and heat loss.
Since i use a 1400mah battery, total time charge = 7104/1400 =
5.074 times.
So a complete charge of my phone will take 100/5.074 = 19.708%
from the PB.
Also a charger with an output of lets say 500mA wont give out all
the 500mA, due to heat loss and efficiency not 100% , the charger
gives roughly 500 - 22% (+/- 3%) = 400mA - 375mA.
So to charge a PB that requires it's advisable to use roughly 1.2A to
1.5A so that after the heat loss, we still have rougly 1A .
Also the belief that a charger with an higher output known as rapid
charger or fast charger will only charge a device to some extent.
New devices uses a protection inbuilt circuit that limits the current
entering the device.
Most battery, phone, and other gadgets manufacturers include a
protection circuit to protect the battery and make it durable. Mayor
Source battery make use of this protection circuits according to my
tests.(Assumption).
For example, a charger with 700mA will charge a little bit faster than
a charger with an output of 400mA if the device input current max is
1A or higher. But a 2A output charger will take the same time as a
1.8A or 1.5A output charger as the device can only collect a max of
1A.
With all these info, i charged my PB from 91% to 100% from 8am to
around 09:30am and trickle charge it till 11:30am using a 2A
charger.
I used it to charge my PB once and it went from 100% to 81% i.e.
19% for a complete charge which was in accordance with my
estimates i mentioned.
The PB is working well and charges fast and i have been using my
phone since 7:30am today after charging it with my PB ( The charge
on my phone tend to last longer when using it than using a
generator)
N.B : Sorry for the long write up. my hand sef don dey pain me as i
dey use a phone type this.
P.S; Tired to starting proof reading and editing any grammatical
error in the write up, so endure



A customer honest review.

mayorall:



ok my friend. This is battery actually works. I hope you can t as ke your time to read sir.


i did
some search on lithium ion, charge rate of a PB and a mobile
charger, PB capacity, power and some other searches and found
out some information i'd like to share as it explained why i had
anomalies #1 and #2.
Using a powerbank with a capacity of 12000mah, the internal
battery of the PB is usually at 3.7v. That means the total charge of
the PB = 12000mah x 3.7v = 44400mWh (44.4Wh).
When the PB is used to charge products such as a smartphone for
example, the output voltage is 5V, thus the total eletric charge is
44400/5V = 8880mah.
Two types of conversion occurs during a charging process using a
PB.
First conversion occurs when the PB internal circuit converts the
internal voltage of 3.7V to 5V, consuming some power in the
process and reduces its efficiency..
Second conversion occurs when the phone internal circuits converts
the 5V back to 3.7V, this consume some power and further reduces
the efficiency to around 80%.
So based on the total charge of the PB which is 8880mah and the
fact that efficiency isn't 100%.
We have 8880 x 0.8 = 7104mah. This is exactly the capacity of the
PB after all these conversions, power consumption and heat loss.
Since i use a 1400mah battery, total time charge = 7104/1400 =
5.074 times.
So a complete charge of my phone will take 100/5.074 = 19.708%
from the PB.
Also a charger with an output of lets say 500mA wont give out all
the 500mA, due to heat loss and efficiency not 100% , the charger
gives roughly 500 - 22% (+/- 3%) = 400mA - 375mA.
So to charge a PB that requires it's advisable to use roughly 1.2A to
1.5A so that after the heat loss, we still have rougly 1A .
Also the belief that a charger with an higher output known as rapid
charger or fast charger will only charge a device to some extent.
New devices uses a protection inbuilt circuit that limits the current
entering the device.
Most battery, phone, and other gadgets manufacturers include a
protection circuit to protect the battery and make it durable. Mayor
Source battery make use of this protection circuits according to my
tests.(Assumption).
For example, a charger with 700mA will charge a little bit faster than
a charger with an output of 400mA if the device input current max is
1A or higher. But a 2A output charger will take the same time as a
1.8A or 1.5A output charger as the device can only collect a max of
1A.
With all these info, i charged my PB from 91% to 100% from 8am to
around 09:30am and trickle charge it till 11:30am using a 2A
charger.
I used it to charge my PB once and it went from 100% to 81% i.e.
19% for a complete charge which was in accordance with my
estimates i mentioned.
The PB is working well and charges fast and i have been using my
phone since 7:30am today after charging it with my PB ( The charge
on my phone tend to last longer when using it than using a
generator)
N.B : Sorry for the long write up. my hand sef don dey pain me as i
dey use a phone type this.
P.S; Tired to starting proof reading and editing any grammatical
error in the write up, so endure



A customer honest review.

. Wat is disss..??