₦airaland Forum

May I also ask if anyone knows good about recharge card printing?

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

wealthyk:
Thanks for the explanation. Now explain what capacity of inverter i need:
2 tv sets
5 ceiling fans but will not run them at the same time.
Decoder
Several light bulbs but will change to energy saving ones.
So tell me, will that capacity be enough or do i go for a larger capacity? Or still use that capacity and reduce output.
Thanks
P. S.
I reside in Lagos

We appreciate your compliments. U are just in d right place. Dis capacity is ok for d loads specified. Taking d 2 tvs as led and several energy bulbs, of say 18w each, your load is estimated to be btw 700 - 800w on d average, even if all run together at d same time. Dis is a good % to optimally run a full-power 1500w inverter. (We wll talk more about dis on our maintainance tips). We can only advise u alternate d fan usage in particular so dat your battery wl last longer. By d way, Lagos isn't Australia, we've done several safe delivery there and beyond.

Thnks for your interest in our product.

It's nt just about buying inverters, but u need to know d nature of your LOAD as well as its WATTAGE and understand how dis works.

1. Resistive load: This is a load dat does nt require extra power before running. Just ON and run on a consistent power consumption. e.g. bulbs, laptops, fans, tv, decoder, etc. Example: a 25w energy bulb will still require 25 watts to start off and also run continuously.

2. Reactive load: This is a type of load dat requires twice or thrice its actual power to start off then later stabilizes on a consistent consumption, all other things being equal. e.g. Air conditioner, refrigerator, etc. Example: Air conditioner unit of 1500w will require abt 3000-4500 watts to start off before stabilzing to a consistent consumption of its actual 1500w.

3. Peak or Surge wattage: Max. wattage a load/appliance wl require to start off before settling down to requiring a smaller amount of power for operation (continuous wattage). E.g. a 1500w Air conditioner may have a surge power of 3000w or more to start off.

4. Continuous wattage: This is d wattage required under normal use, i.e. steady wattage running on d inverter at a time as long as it has loads on it and it is on. E.g. If a 25w energy bulb is d only load running consistently for 5hrs on an inverter, then d continuous power consumption is 25w x 5hrs = 125 watts.

In summary, whether running restitive or reactive loads, d peak and d continuous power consumption levels drawn by d loads (appliances) should, in total, be lesser than d inverter capabilities.

ikare:
Do u have flip pouch or case for lumia 640 xl?

Kindly confirm d exact size to us.

Thnks 4 your interest in our product.