ceejay80s:
Konga price

https:///catalog/product/view/id/1731697

saint2ace:


Don't mind renewable energy, theirs is expensive.; it goes for about 26k in other shops. My advice for whomever wants to buy it, is for them to be careful with the regulator as it has a tendency to misbehave.

ceejay80s:
If not for this dollar wahala, I would have ordered for a 5w 12v ceiling fan from eBay.

http://www.ebay.com/bhp/12-volt-ceiling-fan

Most are 12w but I saw a 5w fan among the listing

vansledge:

boss after buying any item from eBay do u still need to anything wen it gets to 9ja?

tonyx4x44:
Hello thread and oga dem in the house...

I've have been a close follower of the thread in anticipation of creating my own setup and it's about time. I need to be clear on a few things though.

1. I see you guys mentioning 12v appliances. Why the need for this? I though the ups will convert the 12v current to the standard 220v, abi? (I'm not too knowledgeable on electricity) also, what is the benefit of the 12 voltage appliances

2. My setup will power my laptop (45w), two light bulbs (planning to get energy saving bulbs), phones and torches, 2 ceiling fans (also looking at low energy options), and sometimes my sound system on the lowest volume. How much (estimated) runtime can I get from a 100ah battery?

Thanks!

3. I already have the elite1000 ups from mercury. Can I wire this to a bypass (no kitchen, fridge and ac) of my house? It's a small one bedroom with only the aforementioned appliances.

4. Oga ceejay80s can you help me with purchasing the battery and a 20amps charger? I stay I Abuja, and the price of all these things here are super enormous.

ceejay80s:


I hope the ups u are talking about is not the mecury model: elite 650 pro, it won't work , that's why I prefer blue gate, 12v appliances consume less ,it will be difficult to get all appliances in 12v or u go waka tire. 12v appliances can not be connected to ur inverter directly unless u have a 12v to 220v converter adapter.
If the 12v appliance has a red and black wire, u will just need to connect the red to the positive terminal of the battery and the black wire to the negative terminal of the battery, and if connect the red to the negative of the battery ,black to the positive of battery, that appliance will be damaged, so u have to be very careful

tonyx4x44:
Also bro can you help me with the battery and charger purchase in your free time? @ceejay80s

tonyx4x44:


Thanks Bro, now I get the whole 12v thing.

The ups is mercury elite 1000 pro and it uses only one battery.

What are the rules for using stabilizers or surge controllers with the setup? That is at the wall socket where I'll connect the ups and or the charger

tonyx4x44:
Also bro can you help me with the battery and charger purchase in your free time? @ceejay80s

ceejay80s:


I have tested the 650pro mecury ups I mentioned above 2yrs ago and it didn't work, I tied the set up on a neighbors same mecury ups yesterday and it didn't work, which mean the said ups won't work,though II have no tried on other mecury ups, that's why I prefer blugate ups, never connect ur ups or smart charger to a stabilizer, all ups has surge protectors inbuilt,
I repeat: don't plug to a stabilizer

idsolar:
hello. goodday oga cj and everyone in d house.
pls bros how much be:

1. roysolar 24v 60ah charge controller

2. used ups 12v

3. smart charger 12v 20amp and 30amp

4. smart charger 24v 30a

make uno vex. i need ya help. easier whatsapp 08033735359.

nagode

ceejay80s:

Answered!!! I have replied ur whatsapp message

ceejay80s:




3KVA , new is about 75k, used should be around 35k ( not really sure)

FEATURES
*.Microprocessor-based Digital Control.
*.Wide Input Voltage and Frequency Range.
*.Pure Sine Wave Output Waveform.
*.Self-detection of input Frequency (50Hz/60Hz).
*.Battery Self Diagnosis.
*.Full AVR (Automatic Voltage Regulator)
*.Humanized Audio Alarm.
*.Full Protection against Overload, Short Circuit, etc.
*.High Speed of In-phase transfer.
*.Intelligent Communication Ports Available (RS232/USB/SNMP optional).
SPECIFICATIONS OF PURE SINE WAVE LINE INTERACTIVE UPS SERIES
MODELBGE3500
Real Power Rating1800W
DISPLAY
Indicator on PanelLED / LCD plus LED display
AC Mode
Types of LoadAncillary equipment such as PC, display, group computers, etc
Input Voltage165Vac – 280Vac / 145Vac – 280 (optional)
Input Frequency45 -65Hz (transfers to battery mode if out of this range)
Output Voltage190 – 245Vac
Efficiency≥96% (AC Mode)
Overload in AC mode110% transfer to bypass within 60sec
120% transfer to bypass within 30sec
Automatic recovery if load capacity is decreased
Short CircuitProtected by Input Fuse
INVERTER MODE
Output Voltage220Vac ± 5%
Output Frequency50Hz/60Hz ± 1% self-detection
Output P.F≥0.6
Output WaveformPure Sine Wave
Waveform DistortionLinear Load = 5%
Battery Backup Time≥10min (PC load)
Transfer TimeTypical value 5ms, Max: 8ms
Efficiency≥80% (INV)
Overload in INV mode110% Shut down within 60sec
120% Shut down with 5sec
Short Circuit≥20ms System shut down automatically
ALARM
AC abnormalOnce every 4sec, be silent after 40s
Battery lowonce every 0.2 sec
OverloadOnce every 1 sec
BATTERY
DC voltage48V
Configuration4x12V/8AH
Charging current1.2A (Max)
Recharge Time90% Capacity after 8hours
CommunicationRS232/USB/SNMP Optional (can be set to turn on/off UPS automatically)

ceejay80s:
If not for this dollar wahala, I would have ordered for a 5w 12v ceiling fan from eBay.

http://www.ebay.com/bhp/12-volt-ceiling-fan

Most are 12w but I saw a 5w fan among the listing

pato405:


I got the 12 watt recently..It's doing just fine! but expensive for the size.

ceejay80s:

What's the blade size?

pato405:


40cm

Trippledots:
Hi guys... I just want to drop this energy efficient lamp idea. It may be helpful to sombody:

Its a remodding of this common rechargeable lontor light with 63 LED bulbs to use regular USB source.

The light its self on full power draws about 4.4Watts of power and its quite bright for its Power demand.

Materials needed: Used lontor recargeable lamp (actually any recheargeable lamp should work too), male usb cable, Usb power socket (like phone charger or power bank or cigarettes phone charger for 12v battery), screwdriver, plier... The usual stuff

Step 1...open the lamp, look for the battery and carefully disconnect or cut the battery(s) from the circuit board. Take note of its positive and negative wires and where they attach to to the circuit board.

Step 2.. Connect the male USB plug wire to the points where the battery was cut from or directly to the mother board. Whichever is easier to do.

Step 3...cover the lamp back-cover such that it clamps on the usb wire enough to hold it in place not to spoil the connection done inside but loose enough that the usb wire is not severed into two.

Step 4...connect d USB plug to any usb socket such as phone chargers, power banks, laptop usb socket.

THATS ALL.

Note, dis lamp uses about 4.4watts So to get maximum brightness make sure your USB socket can deliver at least 1000mA of current.

Cheers.

PS: This is my brain child i didnt learn it anywhere. Dnt monetize this info pls. I currently use one In my room. Its so bright and lasts like forever.

Trippledots:
Hi guys... I just want to drop this energy efficient lamp idea. It may be helpful to sombody:

Its a remodding of this common rechargeable lontor light with 63 LED bulbs to use regular USB source.

The light its self on full power draws about 4.4Watts of power and its quite bright for its Power demand.

Materials needed: Used lontor recargeable lamp (actually any recheargeable lamp should work too), male usb cable, Usb power socket (like phone charger or power bank or cigarettes phone charger for 12v battery), screwdriver, plier... The usual stuff

Step 1...open the lamp, look for the battery and carefully disconnect or cut the battery(s) from the circuit board. Take note of its positive and negative wires and where they attach to to the circuit board.

Step 2.. Connect the male USB plug wire to the points where the battery was cut from or directly to the mother board. Whichever is easier to do.

Step 3...cover the lamp back-cover such that it clamps on the usb wire enough to hold it in place not to spoil the connection done inside but loose enough that the usb wire is not severed into two.

Step 4...connect d USB plug to any usb socket such as phone chargers, power banks, laptop usb socket.

THATS ALL.

Note, dis lamp uses about 4.4watts So to get maximum brightness make sure your USB socket can deliver at least 1000mA of current.

Cheers.

PS: This is my brain child i didnt learn it anywhere. Dnt monetize this info pls. I currently use one In my room. Its so bright and lasts like forever.

vitality22:

Will the battery be removed or it will still be there? can we have a diagram or picture of this stuff? more strength to your elbow.

Trippledots:
Hi guys... I just want to drop this energy efficient lamp idea. It may be helpful to sombody:

Its a remodding of this common rechargeable lontor light with 63 LED bulbs to use regular USB source.

The light its self on full power draws about 4.4Watts of power and its quite bright for its Power demand.

Materials needed: Used lontor recargeable lamp (actually any recheargeable lamp should work too), male usb cable, Usb power socket (like phone charger or power bank or cigarettes phone charger for 12v battery), screwdriver, plier... The usual stuff

Step 1...open the lamp, look for the battery and carefully disconnect or cut the battery(s) from the circuit board. Take note of its positive and negative wires and where they attach to to the circuit board.

Step 2.. Connect the male USB plug wire to the points where the battery was cut from or directly to the mother board. Whichever is easier to do.

Step 3...cover the lamp back-cover such that it clamps on the usb wire enough to hold it in place not to spoil the connection done inside but loose enough that the usb wire is not severed into two.

Step 4...connect d USB plug to any usb socket such as phone chargers, power banks, laptop usb socket.

THATS ALL.

Note, dis lamp uses about 4.4watts So to get maximum brightness make sure your USB socket can deliver at least 1000mA of current.

Cheers.

PS: This is my brain child i didnt learn it anywhere. Dnt monetize this info pls. I currently use one In my room. Its so bright and lasts like forever.